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Do Solar Panels Increase Property Value?

For many people in Australia, their home is their most valuable asset, and maintaining its property is critical to ensuring its value. Property maintenance and upgrades can improve your lifestyle while preserving or increasing your property’s market value.

But how do you increase the value of your homes? Well, according to 85% of Australians, installing solar panels can increase property value.

However, the type of solar panel, solar panel cost, and geographical location will be important. Solar homes sell up to 20% faster than non-solar panels homes. But do solar panels increase property value?

Whether you intend to sell your home or not, you may wonder if installing a residential solar system will increase the value of your home. The simple answer is YES!

Many households in Australia are considering embracing solar energy as the globe becomes more conscious of sustainable energy. We look at how solar systems can reduce your carbon footprint while simultaneously increasing the value of your home.

According to the Clean Energy Regulator, one in every four Australian homes has solar panels on its roof. Solar installations have increased the resale value of a home by up to $6,000 per kilowatt of solar panels installed. In other words, about 4% of the home’s value depends on solar panels.

Not all renovations or changes increase the value of a home sufficiently to cover the cost of having them done.

Why Solar Panels Are the Answer For People?

Because most Australians view solar energy positively. It can be a selling point for the home.

According to research, the higher the property’s value, the more solar panels are on the roof. An estimated increase of nearly $6000 per kilowatt of solar energy equals a $29,000 increase in the home’s retail value for a 5kW installation.

Since electricity prices are rising rapidly, the benefits of having home solar power will become even more apparent.

Selling Becomes Easier

Putting your house on the market makes it easier to achieve other goals once it sells. The number of prospective buyers increases too.

It’s as if you’ve put your life on hold until the right buyer signs on the dotted line. Only then can you move on and settle into a new environment. It can be very frustrating if the house sells slowly.

Installing solar panels on a home can help it sell faster. Your home could sell up to 20% faster than comparable homes without solar power. This is another aspect of the value that solar energy can add to your home.

Investment Value

Investment value is the actual monetary value it adds to the sale price of your home.

According to the Australian Real Estate Survey, more than 85% of respondents agreed that solar panels and solar batteries increase the value of their homes. Solar energy is becoming increasingly popular among Australians and stands out among the others.

But How Much Worth Does Solar Add to Properties?

According to a survey, the number of solar panels installed on a home’s rooftop increases its value. It is important to note that each 1kW of solar installed can increase the value of your home by up to $6,000. A 5kW installation can add $29,000 to the value of your home.

Solar panels can add up to 4% to the value of your home. For example, if your home is worth $300,000, the increase could range from $9,000 to $12,000. Aside from the monetary value added by solar panels, properties with solar panels sell up to 20% faster than those without.

While the initial investment is high, solar panels can significantly reduce, if not eliminate, your monthly utility bills. These ongoing energy savings are an excellent addition to increased property values.

You should use an STC calculator if you’re wondering how much money you could save by installing solar panels.

Value of Consumption

The environmental benefits of using a renewable energy source are called consumption value.

Several factors determine the value a solar panel system can add to your home. Some of the most notable are-

Your home’s location – Installations in more active solar markets can provide a higher return on investment than installations in less developed markets.

Size of the installation – The number and quality of solar panels you install directly correlate with increased property value. The more you have, and the higher the quality, the higher the value of your home.

How Much Solar Actually Boosts Your Property’s Value?

Although there is an upfront cost for buying solar panels, the benefits are numerous. And it is indeed an investment opportunity.

A recent report by Domain found that energy-efficient homes attract more prospective buyer interest, sell faster, and grab higher sale prices.

The premium paid for a median-priced energy-efficient house in 2022, compared to non-efficient houses, was $125,000, or 17.1% more. And for energy-efficient units, the premium paid was $72,750, or 12.7% more.

Here’s a difference in premium paid for median-priced energy-efficient home vs non-efficient home-

	Houses		Units
Year	$ Difference	% Difference	$ Difference	% Difference
2022	$125,000	17.10%	$72,750	12.70%
2021	$115,000	18.00%	$81,000	15.60%
2020	$85,000	15.60%	$81,000	16.80%
2019	$78,625	15.30%	$60,000	13.30%

Source: Domain Sustainability in property report

Choose Solar Emporium To Increase Your Property Value

Solar Emporium has carefully designed multiple solar packages for your personal needs. Solar Emporium values quality over quantity. We have over 300,000 satisfied customers in New South Wales and Victoria. With top-notch installations, we take pride in our post-installation assistance and service.

We value our customers above all else at Solar Emporium because we care! That is why, rather than being the largest solar retailer, we emphasize being the most customer-satisfied retailer. Solar Emporium’s free quote on solar panels, batteries, and inverters allows you to choose your desired renewable products easily and increase your property’s value.

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Solar Storage 101, Basic Guide To Solar Storage System

Australia exceeded past solar battery storage installations in 2021. An estimation of 1,089MWh installations was made by 2021. About 30,246 home battery systems, totaling 333MWh, accounting for the remainder. No, this is not just our assumption. Tangible data is showing the numbers.

With these numbers, this is the perfect time for Australia to go entirely solar in support of solar storage. Want to participate in the revolution and know more about solar storage 101? We will provide you with a basic guide to solar storage system.

This article should work best for solar storage beginners.

Components of the Solar System

Solar Panels
Solar Batteries
Solar Inverters
Ranking/Mounting
Energy Monitor

What are Solar Batteries?

Solar power is becoming more popular as people become more aware of renewable energy’s economic and environmental benefits.

Nevertheless, there is a limitation: solar panels only supply energy for your home during the day. You still have to pay for electricity from the grid at night or when weather conditions prevent you from producing all the energy you require.

Solar batteries allow you to store the energy produced by solar panels. And the battery will then distribute at the end of the day when the sun sets. This is known as peak hour consumption. And it’s one of the most effective methods to save money on electricity.

Solar battery storage can nearly triple a household’s self-consumption of solar energy. Installing a 4 kWh battery to a 5 kW solar system can boost the amount of solar electricity generated and used by a family from 30 to 60%.

Types of Solar Batteries

Lead-acid Battery
Lithium-ion Battery
Flow Battery
Nickel-cadmium

Why Lithium-Ion Batteries?

A lithium-ion (Li-ion) battery is high-tech and employs lithium ions as an important element. During a discharge cycle, Lithium atoms in the anode are ionized and separated from their electrons.

The lithium ions go from the anode via the electrolyte to the cathode, recombining with their electrons and electrically neutralizing.

These are tiny enough to pass through a micro-permeable separator that separates the anode and cathode. Because of the small size of lithium, Li-ion batteries can have very high voltage and charge storage per unit mass and unit volume.

For more Lithium-Ion battery details, click here.

This technologically advanced battery has many benefits. That’s why it has gotten popular over the years. Most Australian households and businesses only use Lithium-Ion batteries. Let’s see the benefits, so you can compare before investing in solar and solar storage.

Charges faster
Lasts longer
Has a higher power density for more battery life in a lighter package.
Smaller in size
Easy to maintain
Has a greater DOD (Depth of Discharge)

Benefits of Solar Storage

There are countless benefits to solar storage. We are naming only a few of those for your interest.

Provides flexible financing Options
Increases the value of your home
Stores extra energy
Maximizes consumption
Boosts power resiliency with sustainability

Why is Solar Plus Storage Important?

When a battery is combined with a new or existing solar system, it raises the system’s overall value. While solar provides inexpensive energy from a renewable source, its utility can be limited at night or on overcast days without the assistance of a battery.

Excess solar power can be saved for future use with a battery. Solar plus storage is the perfect combination when the sun sets, peak demand charges are high, or when the grid is down. It is the ideal renewable energy option for economic and environmental advantages.

Solar systems are a renewable energy pillar since they do not require the usage of fossil fuels. On overcast days, however, a solar system without storage may force a firm to consume electricity from the grid, which is generated using fossil fuel-producing units.

Businesses may enhance their renewable energy consumption using battery storage. A solar-plus-storage system will fulfill and frequently surpass corporate goals for organizations with specified greenhouse gas emission targets or sustainable energy initiatives.

Solar battery storage helps to prevent power outages if the grid fails. Power outages have increased over the last several decades, and if extreme weather events become more often, outages may worsen.

Solar-plus-storage is one of the most powerful resiliency options on the market, capable of providing backup power for several hours to many days. Solar-plus-storage systems can frequently provide enough electricity for operations while also allowing organizations to meet their sustainability goals.

You can use the grid less and save money on electricity bills since the solar battery bridges the gap between peak solar and peak demand. Feed-in tariffs give you back the money for supplying energy to the grid.

Refraining from relying on the grid also means you have a backup power source during any power outage. That means you will be energy independent as a homeowner or a business owner.

How is This a Long-term Investment?

Solar batteries are also known as deep-cycle batteries. Unlike a car battery, which is meant to discharge a high voltage quickly, deep-cycle solar batteries discharge a lower voltage over a much longer time. Typically, 20 to 100 hours or more.

There are many reasonable warranties available in the market right now. Most lithium-ion batteries have a 10-year warranty, making them a long-term investment.

Aside from the financial advantages, a solar system allows you to generate your own renewable energy, contributing to a more sustainable future. It’s a win-win situation; it is a money-saving method that helps you build an energy-efficient home.

How Can Solar Emporium Help?

This Solar storage 101 provided a basic guide to solar storage system. But choosing solar storage can still be tough. And Solar Emporium understands your dilemma completely. Therefore, our company’s solar packages are designed to meet customer demand. We have multiple packages and deals to satisfy your solar solutions.

Check out our website for amazing deals that were designed only for you!

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5 Easy Steps To Invest In Solar Energy In 2023

As technology has advanced and costs have decreased, consumers and businesses are increasingly interested in solar energy. Renewable energy sources are in higher demand since fossil fuel prices are high. Consequently, there are many ways to profit from solar energy while oil prices rises.

Therefore, we have compiled a solar investment guide showing 5 easy steps to invest in solar energy in 2023! But is solar actually profitable? Let’s see.

Solar energy has become popular over the last decade as solar panel prices have plummeted.
Over the next few years, solar is expected to be just as cost-effective as fossil fuels.
Several publicly traded companies are involved in the solar industry, ranging from PV production to panel installation.

Solar power is becoming more cost-effective and efficient at converting the sun’s energy into usable electricity. People benefit from net metering and lower energy bills by installing solar panels in homes or businesses. So what are the 5 easy steps for solar investment?

1. Invest in Solar Stock

Newer reports show an average annual solar growth rate of 52%. Moreover, as the oversupply from Chinese production is met by increasing demand, the profits of solar companies are likely to increase. Solar panels are a sound investment in all Australian states, regardless of how much energy you use.

Solar panels are still a great investment in Australia. Even though the upfront cost, long-term savings, and payback time can vary greatly.

Renewable Utilities Stocks List Australia 2023 provides a detailed list of how and where to invest in solar stocks. It includes firms that manufacture solar power equipment and products for end users. Those that manufacture equipment used by solar panel manufacturers, and those that specialize in solar cell manufacturing. As of February 19, 2022, the fund had a year-to-date return of -15.59% and a three-year return of 41.10%.

2. Invest in Land Development for Utility-scale Solar

Land development utility-scale solar is a power generation facility that provides energy to the electric grid. These are also known as solar farms. Solar farm includes small-scale and large-scale solar.

Investing in utility-scale solar land is a more targeted approach to investing in the solar industry. A combination of fossil fuels, nuclear energy, and renewable energy typically powers utilities. These plants increase in value in sunny places like Australia.

Investing in a solar power plant can provide numerous advantages, including the following:

Excellent return on investment
Long-term contracts
Cash flows tied to inflation
Low volatility as a result of predictable revenue
Earnings throughout the year
Contributing to the growth of clean energy sources

3. Contribute to Solar Installation Process

Most state governments provide a tax break or grant to encourage more widespread use of solar panels. As a result, the total cost after installation could be lower than the sticker price. Furthermore, tax credits for solar energy help lower annual tax bills. However, net metering is the best way to profit from installing solar panels on your roof.

Net metering allows utility customers to produce their own solar energy to feed some excess energy back into the grid. This billing method credits solar customers’ electricity consumption, lowering monthly bills. Most cities in Australia have already passed net metering legislation. But the benefits of net metering can vary for solar customers across the country depending on various legislation and implementation.

The total estimation of Savings from solar panels adds up to much higher numbers.

4. Invest in Solar Panel Manufacturing

The solar panels are on the opposite end of the solar investment supply chain. The global supply of solar panels needs to be increased to meet demand. Like many others, innovative solar PV panel manufacturing and assembly startup businesses require early-stage capital to get off the ground.

Direct investments in renewable energy benefit our environment in the following ways:

Enhancing energy efficiency
Improving access to electricity
Promoting economic development
Reducing climate action

Businesses and business owners can invest in renewable energy through onsite and offsite direct investments. Given the solar industry’s rapid growth over the last decade, investing in domestic solar manufacturing is wise. The recurring revenue could pay dividends for years, resulting in a high ROI.

5. Be A Solar Homeowner

Solar panel investment is highly profitable. However, you do need some initial investment before you start saving money. In the long run, having a solar home counts as an investment because of the ROI. Check out Clean Energy Council’s solar guide to know the incentives and rebates on solar based on your area.

You can also earn money in exchange for the green energy shared by transferring the excess energy produced by his panels to the local utility grid. You also get the added benefit of reduced electricity bills. As soon as you install solar, you’ll receive a minimal amount for your electricity bill, increasing your savings.

To get the best prices on your solar panels and various solar solutions, get in touch with us Right Now!

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Does Solar Investment Save Money?

After the post-pandemic economic storm, everyone is looking for new investment opportunities. They also want to eliminate inflation as it takes away our cash.

Despite the controversy, home solar is a good investment and inflation hedge for many homeowners. Aside from energy savings and increased home value, solar provides a performance warranty, something few other investments can do.

Does solar investment save money? This article will examine if solar can be a good investment for your home. And how it plays against other traditional options. Therefore, let’s go into the article with some basics of solar.

What Exactly is a Photovoltaic (PV) Solar System?

A solar photovoltaic (PV) system converts solar energy into renewable electricity. It is also known as solar panels or solar power. Solar panels are usually installed on the roof of a house or shed, facing north so that they have better access to the sun.

However, panels are sometimes installed to face in other directions if there is limited roof space for solar access. Some west-facing PV panels can also be beneficial because they generate more electricity on a hot summer afternoon when you may be using an air conditioner.

Types of Solar Photovoltaic (PV) Systems

Solar photovoltaic panels in Australia are typically connected to the power grid and generate DC (direct current) electricity. An inverter converts this DC electricity into the 240-volt AC (alternating current) electricity needed to power your home’s electrical appliances.

PV System: The PV system generates electricity delivered directly to your home for consumption, with any excess exported to the power grid. When it is dark, your house will draw power from the grid.

PV System with Battery: Solar PV systems with battery systems can also be installed, but they are far less common than grid-connected systems.

Solar PV systems with batteries enable the storage of PV-generated electricity for use at night or during periods of low sunlight, as well as the operation of electrical appliances during power outages in some cases.

If the battery installed is large enough, a house can be completely disconnected from the power grid; however, these systems usually require a diesel generator backup and are expensive to install.

Advantages of Solar PV Systems

Installing a solar PV system allows you to generate renewable energy while lowering energy bills.

A typical house in Victoria uses about 17 kilowatt-hours of electricity per day. Solar PV systems can typically generate 2kWh to 4kWh energy for each KW solar installed. For example, a 6.6kW solar system is expected to produce 13.2kWh to 26.5kWh of energy.

The size of your PV system determines the amount of PV-generated electricity used in your home, your total electricity consumption, and how much you consume during the day.

The more electricity you use during the day, the more PV-generated electricity you will use. Typically, 30 to 50% of a PV system’s electricity is consumed at home, with the remaining 70 to 50% exported to the grid.

This lowers your annual electric bill and retailer’s bill.

Apart from bill reduction, there are other benefits. Such as-

Increases the value of a home
Solar credit can give your initial money back
Panels are low maintenance

It can provide electricity in any climate if there’s a battery involved

What are Tariffs for Feed-in

The company that sends you your electricity bill is the retailer. A feed-in tariff is a payment made by your electricity retailer. Your PV solar system exports electricity to the grid for each unit. It is typically much lower than the electricity tariff for mains electricity.

So Does Solar Investment Save Money?

Solar energy is a clean source that recently gained popularity in lowering energy bills and the carbon footprint of homes and businesses. Many people, however, are concerned about the economics of solar energy and whether it is a financially viable option. Here, we’ll look at solar energy’s costs and potential savings.

Solar panels’ cost varies on several things, such as system size, panel type, and location. On the other hand, a solar panel system can range in price from $10,000 to $30,000.

Various factors, including your location, energy consumption habits, and solar panel system, determine the potential savings from solar energy. You can use a solar panel calculator to get a more accurate estimate of your potential savings. It considers these factors and estimates your potential savings, depending on your area.

Solar energy can be an excellent investment for homeowners and businesses looking to lower their energy bills and carbon footprint. Solar panels can increase your home’s value and save money on energy bills. A solar panel system is a valuable asset that can increase the value of your home to potential buyers.

According to studies, homes with solar panel systems can sell for up to 4.1% more than comparable homes without solar.

However, it’s essential to consider the upfront cost of solar panels and whether you can recoup this cost through energy savings. Consider your energy needs, budget, and long-term energy goals to determine whether solar energy is a good investment. In our opinion, it should be a good investment.

Check out our solar packages for the best prices.

The Up-front Cost of Solar Panels

We need to understand the initial outlay involves installing solar panels. Before calculating your ongoing savings from switching to solar power, We need to consider the government rebates and taxes.

As you plan your initial budget, consider the following factors: where you live and the solar installers you choose.

Rebates and incentives for solar power are available from the government or the Clean Energy Council.
The solar installation process varies depending on the retailer or installer you select
The type of solar panel system and the number of panels
Solar inverter type and size

Whether to purchase solar batteries
The type of framing equipment and other solar panel system components
Any warranties and agreements for after-sales service

To calculate your solar cost, contact us and get a free quote.

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Science Of Solar And How Does it Work?

Solar energy’s popularity is no surprise to anyone anymore. P.V.s have reached many households, even in the most rural areas. Australia is taking the utmost advantage of the possibilities of solar.

As solar reaches every home, people are getting more interested in the science behind solar. Therefore, we have taken the liberty to explain the science of solar and how it works. Let’s get into it then, shall we?

How Does Solar Energy Function?

The science behind solar power is amazing. Solar energy generates electricity by converting the sun’s energy. The sun generates two types of energy, which are electricity and heat. Both are produced using solar panels, ranging in size from residential rooftops to “solar farms” spanning acres of rural land.

The sun functions as a natural nuclear reactor in the solar system. It emits photons, which are tiny portions of energy that travel 149.6 million kilometers to our Earth. It travels for about 8.5 minutes. When photons strike a solar cell, they dislodge electrons from their atoms.

A solar panel comprises multiple cells, and multiple panels can be attached together to form a solar array. The more panels you can install, the more energy you can generate. An electrical circuit is created when conductors are connected to a cell’s positive and negative sides. When electrons flow through such a circuit, electricity is produced.

Every hour, enough photons collide with our planet to generate power. It is enough to meet the world’s energy needs for an entire year!

Solar panels convert sunlight into D.C. (direct current) electricity when the sun shines. The solar inverter converts this electricity into A.C. (alternating current) power for use in your home. Instead of drawing power from the power grid, your home appliances like fridges, ovens, heat pumps, dishwashers, heaters, and so on.

Any excess electricity generated by solar panels not used by appliances is returned to the grid or used to charge a solar battery. Also, excess electricity can be transferred back to the main electricity grid. Electricity retailers are charged a feed-in tariff for any electricity returned to the grid.

A smart monitor tracks solar records such as electricity generation, consumption, and export. In addition, it can provide data for electricity billing.

Although it’s not a requirement, according to Clean Energy Council, solar systems work best when positioned on the north-facing side. Considering average Australian structures, the panels get better exposure to enough sunlight on the north side. The panels get power without disruption, shaded by trees, power lines, or other structures.

Fundamentals of Photovoltaics

You’ve probably already heard of P.V. These are famously used in solar panels. Whenever the sun shines on a solar panel, the P.V. cells in the solar panels absorb energy. This energy generates electrical charges that move in response to an internal electric field in the cell. As a result, the flow of electricity is maintained.

P.V. solar panels comprise solar cells packaged in various types of glass. Solar cells, like semiconductors, are made of silicon. They contain a positive and a negative layer that works together to form an electric field, much like a battery.

Most solar panels are covered in aerospace-grade conductive adhesives and proprietary substances to protect these cells. The process also minimizes degradation from environmental exposure.

Looking Back at Solar

Humans used solar energy as early as the seventh century B.C. They used sunlight to light fires by reflecting the sun’s rays onto shiny objects. Later, in the third century B.C., the Greeks and Romans used mirrors to harness solar power to light torches for religious ceremonies.

A 19-year-old French physicist, Edmond Becquerel, discovered the photovoltaic (P.V.). He was actively working on it while experimenting with a cell made of metal electrodes in a conducting solution in 1839. He noticed that when the cell was exposed to light, it produced more electricity. Later, it became a photovoltaic cell.

Daryl Chapin, Calvin Fuller, and Gerald Pearson created the silicon P.V. cell at Bell Labs in 1954, the first solar cell capable of absorbing and converting enough of the sun’s energy to power standard electrical equipment.

And now, to everyone’s surprise, satellites, and spacecraft are powered by solar energy!

Enough about Solar! What Exactly are Solar Farms?

Solar farms are solar parks or fields. These are large areas of land with interconnected solar panels spread across many acres to harvest large amounts of solar energy. Solar farms can simultaneously power a single home or building. And large-scale solar farms are designed to feed electricity generation directly into the grid.

Is Solar Truly a Green Energy Source?

Yes, solar energy is a renewable and infinite energy source that produces no harmful greenhouse gas emissions – energy is released as long as the sun shines.

Solar panels have a low carbon footprint because they last for 25 years or more without losing efficiency. Furthermore, because the materials used in the panels are increasingly recycled, the carbon footprint will continue to decrease.

But Can Solar Panels Provide Power at Night?

Technically, Solar panels do not generate electricity at night. To generate electricity, photovoltaic cells in solar panels require sunlight. But the bright side is, solar panels do provide two indirect solutions for nighttime energy.

You can continue to benefit from their energy production after the sun goes down. By using solar battery storage and net metering, your tension for not being able to use solar power at night goes away. So, how do solar panels work at night? The answer is solar storage and net metering. These are the two possible indirect routes.

Solar energy is transforming how we power our lives. Electric grid net metering and solar battery storage allow the solar system to provide power when your solar panels are unused. Giving you comfort around the clock.

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Solar VS Wind Which Renewable Energy Source Is Better?

Our planet is running out of fossil fuels, and we must transition to renewable energy. As energy technologies are developing, wind, water, biomass, and solar power are becoming our future. We must change our energy consumption habits and maintain sustainable energy use.

We quickly went from relying on fossil fuels to various viable renewable energy sources. Furthermore, the industry is still innovating. The debate isn’t about something other than whether renewable energy will be adopted or not. The real debate is which type of green energy is better.

So solar vs wind, which renewable energy source is better?

Currently, solar and wind energy are Australia’s most widely used types of renewable energy. According to Born To Engineer the scenario is quite similar worldwide too. Therefore, one may automatically wonder which energy source is more efficient. The most efficient option is heavily influenced by the environment in which you live.

Solar power will be much easier to produce in some areas, but wind energy will be more readily available in others. We will look at some factors that influence wind and solar energy efficiency. But before that, we will need to know what wind and solar energy are.

Wind Energy

Wind energy is when the sun’s rays heat the uneven surface of the Earth, hot air rises, and cool air settles. Wind is created by the difference in atmospheric pressure, a kinetic form of energy. Turbines are used in kinetic energy to generate electricity. When wind blows around the turbine’s blades, it converts the rotating blade’s energy into mechanical power. It is then converted into energy to pump water, grind grain, or power homes, businesses, schools, and even power plants.

Solar Energy

Solar energy is the radiation from the sun that reaches Earth. When sunlight strikes photovoltaic (PV) cells inside solar panels, the radiation from the sun is converted into electricity. And the PV cells then generate power for homes, businesses, and utility-scale power plants.

Clean and Green Energy

Wind and solar power are the most popular green energy alternatives to fossil fuels among the various renewable energy sources. They contribute significantly to reducing our reliance on fossil fuels. Solar panels and wind turbines are used to extract solar and wind energy. These two power systems are abundant and inexhaustible with less to zero environmental impacts. These two sources of energy lessen air pollution significantly too.

As renewable sources, wind and solar power reduce toxic pollution, making our planet greener and cleaner. It has the potential to improve local infrastructure and economies by creating jobs. Because of its low operating costs, it has the potential to power even the most remote parts of the world. However, solar panels and wind turbines are expensive to manufacture, install, and maintain.

With government rebates, most people can afford it. However, prices still must fall to persuade consumers to switch to green energy sources. The primary impediment to green energy adoption is economic sustainability. Developing a practical, cost-effective method of storing power when there’s no sunlight and the wind is critical to phase out fossil fuels.

Both solar and wind power have advantages over one another. But which green energy source is better?

Both solar and wind power have advantages over one another.

Advantages of Solar Energy:

Solar panels provide more predictable energy output than wind energy. Massive energy production can be done with massive-scale solar farms.
Panels can be installed easily after determining the solar system and requirements by installers.
Unlike wind turbines, solar panels don’t require a specific space for installation. Since panels can be installed anywhere from roofs to front or back lawn
Solar panels don’t produce any noise, while wind turbines are noisy.
Better for suburban areas.
More feasible for residential purposes.

Advantages of Wind Turbines:

Wind energy can produce energy even at night, while Solar energy only works with sunlight.
Residential wind turbines transform the same amount of electricity as the traditional method.
Wind turbines release less CO2, automatically making wind a more efficient power source. A wind turbine generates 4.64 grams of CO2/1 kWh, while a solar panel produces 70 grams of CO2/1 kWh.
Wind power produces more energy while consuming less compared to solar panels.
A wind turbine can produce power for utility-scale commercial purposes, depending on the average wind speed.

Which is more effective?

Solar panels’ and wind turbines’ efficiency is determined by how well they convert sunlight into usable electricity. Even the most efficient residential solar panels convert only about 22% of the energy captured from the sun into electrical power.

On the other hand, wind turbines can transform up to 60% of the wind energy they capture into usable electrical energy. Clearly, wind power is more efficient, but it is more challenging to capitalize on, whereas solar power is much easier to use.

Which is the most cost-effective?

Based on daily electricity consumption, average sunlight received, and individual panel output, an average household of six would require approximately 24 solar panels to meet their energy needs. Solar panel prices will typically range between $11,000 and $15,000. It will produce 6,000 to 10,000 kWh per year. The cost of installation varies depending on a variety of factors, including. It costs 4.6 cents per kWh.

The annual average wind speed of an area and a house’s size and energy requirements of a house determine whether a wind turbine can power a house.

A 5kW wind turbine will provide enough energy to power a 6-person household. It would be equivalent to the energy generated by 24 solar panels. Wind turbine installation costs will range between $50,000 and $70,000. It will depend on the size and height of the turbine and the equipment used.

Which Renewable Energy is the Best?

It will generate between 8,000 and 12,000 kWh per year at an average cost of 20.3 cents per kWh. As a result, solar power is less expensive than wind power. Combining these two green energy sources to power one’s home is the best option. However, it only makes sense for rural communities with plenty of open space.

Solar panels are the better option for homeowners looking for a renewable energy source because they are less expensive to install and require less maintenance. Wind will play a utility-scale role. Renewable energy sources help to reduce energy costs while also having a positive impact on the environment. If wind and solar power continue to grow at their current rates, they may be able to compete with fossil fuel giants.

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Q Cell Review| Best For Aesthetics And Affordability

Hanwha Q cells have been in the solar market for a long time. The company got their popularity because of their aesthetic panels on a budget. Solar consumers can get a premium and long-term service without losing their fortune. But the question still remains if the company is best for aesthetics and affordability. In this Q cell review, we will precisely look into these rubrics.

So let’s get into it right away!

Is It Q CELLS or Hanwha Q CELLS?

Q cells solar panels have been around for almost as long as the modern solar industry. Since its inception, the company has been sold and rebranded several times. And now the company has grown to become a leading manufacturer.

Founded in 1999 as Q cells AG in Thalheim, Germany, the company quickly became one of the world’s top solar module manufacturers. Unfortunately, the late-2000s global economic downturn and intense competition from Chinese solar companies took a toll on them. And the company declared bankruptcy in 2011. The Hanwha Group, which is a South Korean company, then purchased Q cells.

In the years since, Hanwha has resurrected the Q CELLS brand by bringing together its German engineering team and world-class manufacturing capabilities, becoming one of the world’s top ten solar module manufacturers. In 2018, Hanwha removed its name from the brand, leaving its products simply “Q cells.” In 2022, the brand name was further simplified to “Q cells.”

You could, however, get away with using any format of the brand name. Hanwha still owns the company. Q cells now have manufacturing facilities worldwide, including the most prominent facilities in Australia and USA.

Q Cells Solar Panels Quick Summary

For residential, commercial, and industrial use, Q cells are among the top ten brands in the world, producing high-quality monocrystalline silicon solar panels.
Q.ANTUM DUO Z technology is a novel method of constructing solar cells into panels that produce abundant electricity in the same space as less efficient panels.
Q cells are among the best panels you can buy for your home, offering comparable performance, cost, and warranty to other Tier 1 solar panels.

Q Cell's Technology

Q cells have been a leading innovator in solar cell technology since its inception in 1999. It has grown its business by wiring those cells into the solar modules discussed below. They recently expanded their offerings. It includes Q.HOME solar batteries and hybrid solar inverters. But their main product remains solar modules.

The company has dabbled in various solar cell technologies, ranging from polycrystalline silicon to CIGS thin-film. Still, beginning in 2012, it focused on a technology known as PERC, which stands for “passivated emitter and rear contact.”

PERC solar cells have an extra layer of conductive material on the backside. It can be built into a solar panel with a reflective back sheet to capture a small amount of excess energy from photons. Otherwise, it would reflect in the sky.

Some technology used in Q Cells includes

Q.ANTUM DUO PERC Technology

Traditional PERC solar cells are vulnerable to two issues: light-induced degradation (LID) and potential-induced degradation (PID) (PID). Simply put, exposure to light and electricity can cause cells to degrade faster than they should. Qcells treats its PERC cells with a proprietary process that reduces these issues to almost none.

The duo in Q.ANTUM DUO refers to the most recent advances in Q cells modules. Each panel is wired in two parts with a cut in half in this technology.

Tron Solar Panels

Q Cells’ most efficient offering is Tron solar panels. They are N-type solar panels. And because of their increased efficiency, they are ideal for small spaces such as residential rooftops and smaller industrial buildings. Q Cells’ Q. Tron technology is backed by a 25-year warranty and a 10% higher energy yield performance guarantee than other solar products.

Antum Duo Z Solar Panels

Q. Antum Duo Z is Q Cells’ most innovative cell technology, allowing solar cell interconnection and eliminating gaps between individual cell rows. This zero-gap interconnection enables increased power generation. Combine this with their Q. Antum technology, and the two work well together to provide a more cost-effective and environmentally friendly electricity solution.

Panels Available in Australia

The Q.BOOST and Q.PEAK series of solar panels are available in Australia from Q CELLS. Q.BOOST is the lower-cost or budget-friendly option for those looking for dependable performance without breaking the bank, whereas the Q.PEAK series is the best-performing solar panel range from Q CELLS.

Q Boost Series

Q.BOOST Q CELLS solar panels provide an affordable solution. This solar panel range is less expensive, allowing more households to use renewable energy in their homes.

Features:

132 Half-cell Monocrystalline PERC Cells
375~395Wp Nominal Power
4000 / 5400 Pa Wind/Snow Load
Module Efficiency up to 21.1%
Temperature Coefficient -0.35
Temperature Tolerance -40℃ up to 85℃
25-year product warranty
25-year linear power warranty
Black anodized aluminum Frame

Q.BOOST Q CELLS solar panels are available in the following configurations:

Q.BOOST
G2 Q.BOOST
Q.BOOST ML-G2

Q Peak Series

Q.PEAK is the high-end solar panel series from Q CELLS. The Q.PEAK solar panel line includes higher kw models that can absorb and convert more sunlight into energy faster. Although these solar panels are more expensive, the trade-off is that they generate more energy.

Features:

Monocrystalline Q.ANTUM solar half cells
Q. ANTUM DUO technology
25-year product warranty
25-year linear power warranty
Up to 21.1% module efficiency
Black anodized aluminium frame
Ideal for commercial and residential installations
High snow (5400Pa) and wind loads (4000Pa)

The Q.PEAK solar panel line includes the following products:

Q.PEAK DUO ML-G10.a+
Q.PEAK DUO ML-G10+
Q.PEAK DUO BLK ML-G10+
Q.PEAK DUO XL-G9.2
Q.PEAK DUO XL-G10.2
Q.PEAK DUO XL-G11.2
Q.PEAK DUO XL-G11.3

The efficiency of Q Cells

The efficiency of Q cells’ current solar panel lineup ranges from 20.9% to 21.6%, which is higher than the industry standard of 15% to 20%. As a result, Q cells solar panels are among the most energy-efficient on the Australian market.

But what do these numbers mean anything to you as a customer? To put things in context, most solar panel manufacturers offer panels with efficiency ratings ranging from 15% to 20%.

Q cells’ solar panels start at 20% efficiency for the Q.PEAK DUO-G5, and the Q.PEAK DUO XL-G9 offers 20.9% efficiency, putting Q cells in the same league as solar industry leaders LG and SunPower.

Product name	Q Cells Q. PEAK Series	LG NeON R series	SunPower Maxeon 5 AC
Cell Number	60 cells	60 solar cells	66 solar cells
Cell Type	Monocrystalline Q.ANTUM half cells	Monocrystalline/ N-type	Monocrystalline Maxeon Generation 5
Power Output	390W	380W	415W
Solar Panel Efficiency	20.80%	22.00%	22.20%
Company average turnover (USD)	$2.42 billion	$47.91 billion	$2.7 billion
Annual Power Degradation	0.54%	0.30%	0.25%
Number of busbars	12	12	N/A
Approximate cost per watt (AUD retail incl GST)	$1.00	$1.25	$1.80
Approximate cost per module (AUD retail incl GST)	$375	$468	$750
Dimensions	1840 x 1030 x 32mm	1,700mm x 1,016mm x 40 mm	Not Mentioned
Weight	19.5kg	17.5kg	21.1kg
Product Warranty	25 years	25 years	25 years
Performance Warranty	25 years	25 years	25 years
Operational Temperature Range	-40℃ –85℃	44 ± 3℃	?40℃ to +60℃
Made in	South Korea	South Korea	Malaysia/Philippines/Mexico
Datasheet supplied?	Yes	Yes	Yes

The temperature coefficient and temperature tolerance factors also influence solar panel efficiency ratings.

Temperature Coefficient – The percentage of power output lost by a panel due to a temperature increase greater than 25 degrees Celsius. This diagram depicts how heat affects solar module power and how much energy is lost when the ambient temperature exceeds normal operating levels. Q CELLS solar panels typically have a temperature coefficient of -0.39 to -0.34, outperforming most competitors.

Temperature Tolerance – The expected average operating temperature is shown as a temperature range. The modules can operate indefinitely if the temperature does not exceed this range. And with temperature tolerance, high performance is also expected.

All in all, it is a high-efficiency solar company.

Warranties Provided by Hanwha Group for Solar Products

Q cell warranty services are among the best in the world. They have different warranty policies for each product.

Most high-quality solar panels of Q cells are covered under a 12-year product warranty and a 25-year linear performance warranty. This linear performance warranty guarantees a minimum power output of 97% in the first year. In addition, it also ensures 83% power output in the 25th year, with a reduction rate of 0.6% every year.

But What About the Cost?

Q CELLS solar panels will cost an average of $1.05 to $1.12 per watt for overall-sized systems in 2022 or $0.89 to $1.07 per watt for a 10kW system. After federal and state rebates, these are the out-of-pocket costs for fully installed solar PV systems with inverters.

These prices include complete installation, a solar inverter, and state and federal government solar rebates. To get premium installation service along with experienced solar installers, get in touch with us immediately!

Size	Average Price Per Watt	Average Price�
All Systems	$1.02 to $1.12	$6,950 to $8,505
10KW	$0.86 to $1.1	$8,646 to $11,013

Solar Emporium’s most recent solar panel packages and quotes provide up-to-date statistics on the cost of Q CELLS solar panels in Australia.

So are the Panels Aesthetical and Affordable?

According to many independent solar reviewers, Q cells’ panels are the most aesthetical looking among all the panels in the market. Their panels are premium-looking on an affordable budget. Q cell would be the right choice for people who prefer to make their houses more aesthetic with solar panels.

Panels that are available in the Australian market are incredible value for money. No wonder they are the second-largest solar industry in Australia. The company holds more than 10% of the entire market share.

If you are still confused about purchasing Q cells, head to Solar Emporium and get a FREE QUOTE!

For regular updates about energy solutions and more solar panel reviews, keep an on our website.

Our Solar Experts are here to Help!

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Is REC The Most Dependable Solar?

Even a few years ago, solar panels were not as popular as it is now. And many solar companies are actively operating in Australia. Day by day, the popularity of solar panels are increasing. REC solar panel is one of the most talked about solar in the market. But is REC the most dependable solar? You shall find the answer here in this review article.

REC Solar Panels At a Glance:

REC is a pioneer in the solar industry and a leading innovator in solar PV technology. The advanced Alpha series panels use high-performance heterojunction cells. These cells have elevated REC to the level of the world’s best manufacturers. And they are among the most efficient solar panels on the market.

In this highly competitive solar market, the more affordable REC Twinpeak and N-peak panels offer excellent value for money and are backed by a 20-year product warranty and a 25-year performance warranty. The range is longer than the industry average.

Bloomberg Tier 1 Solar Panel
Power rating (Watts): 360W – 450W
Efficiency (%): 19.5% – 22.3%
Cell technology: N-type and Heterojunction
Price bracket: Med to High $$$$
Most popular panel: Alpha 400W
Product Warranty: 20 years
Service and support: 5/5
Overall: Highly recommended ☆☆☆☆☆

Overview of REC

REC is a award winning solar company with the Tier 1 title. It was founded in Norway in 1996 and has grown to become a leading innovator of solar PV technology. The company is employing over 2000 people and operates an advanced manufacturing plant in Singapore. Typically, REC produces approximately 1.5 GW of solar panels per year. REC is still growing, though it is still small in comparison to the massive Chinese solar manufacturers. The company is also an industry leader in sustainability.

The operations headquarter and manufacturing facilities are in Singapore. And the new parent company, Reliance New Energy Solar, is part of the Indian conglomerate Reliance Industries as of 2021. The company currently has eight offices worldwide, including one in Melbourne’s CBD. REC is a fully vertically integrated company. Therefore, they manufacture everything from silicon ingots, wafers, cells, and complete module assemblies. Since they make everything in-house, it gives them complete control over the quality and traceability of all components.

REC claims to have the industry’s lowest warranty rate. It is a big claim and difficult to verify. But given the overwhelmingly positive feedback, they are definitely known to produce highly reliable and high-performing panels. Especially, they are known for their effectiveness in the harsh Australian climate, with very few known quality issues. Also, The REC Certified Solar Professional Program allows them to offer their customers longer warranty periods, including a product and labor warranty of up to 25 years.

Revolutionary Cell Technology

REC was the first company in the world to release panels that used the innovative split module design with half-cut cells. The high-efficiency PERC cell architecture is also used by REC in the entire TwinPeak panel line. Because of the many advantages and improved efficiency of the half-cell design, it is now becoming an industry standard.

Innovative Half-cut Cells

The half-cut cell and split module design effectively divides the panel into two halves, each with 60 ‘half-size’ cells, for a total of 120 cells. The two halves are joined parallel at the center of the panel but operate independently. So if one half is shaded, the performance of the other half of the panel is not affected.

When a small portion of a full-size 60-cell panel is shaded, it can lose up to 40% of its power. Another advantage of the half-cut cell format is that the current is reduced to half per side. Ultimately, it reduces resistance and losses by 75% of hot spot formation from shaded cells. Furthermore, the busbars can be smaller because of the lower current. As a result, less cell shading occurs and further efficiency improves. Overall, the half-cut cell and split panel design increase panel performance.

High-performance N-type Silicon Cells

The introduction of the N-Peak series in 2018 cemented REC’s position as a pioneer in half-cut cell technology. REC was the first manufacturer to create half-cut cells out of high-performance N-type silicon rather than the more common, lower-cost P-type mono or multi-silicon wafers. This places REC in the same league as LG, Panasonic, and SunPower, which are among the few other manufacturers that use high-purity N-type silicon wafers.

REC has included PERT, or ‘passivated emitter rear totally diffused’ cell technology, in addition to N-type silicon. The PERT process increases cell efficiency by utilizing full passivation on the cell’s backside to absorb more light photons and generate more energy.

Heterojunction HJT Cells

The REC Alpha series was the first mass-produced solar panel to use heterojunction (HJT) in a half-cut cell format. To increase cell efficiency, the HJT cells are built on a high-purity N-type silicon base with a thin-film layer of amorphous silicon above and below the cell. The HJT cells also have 16 microwire busbars, which increase efficiency and provide exceptional high-temperature performance with a very low-temperature coefficient of 0.26%, which is significantly lower than the industry standard of 0.38%. Because of the lower temperature coefficient, the Alpha panels will operate much closer to their rated power in high temperatures.

Range of REC Solar Panels

REC solar produces multiple ranges of solar panels for residential and commercial purposes. Many configurations and sizes are available utilizing the half-cut cells. Multiple companies are moving towards efficient cells, but REC has paved the way with their HJT and N-type monocrystalline cells.

REC Alpha Solar Series

Cell Number- 120

Cell Type- Half-cut with HJT

Power Output- 380W

Panel Efficiency- 21.7%

Annual Power Degradation- 0.25%

Dimensions- 1721 x 1016 x 30mm

Weight- 19.5kg

Product Warranty- 20 years

Performance Warranty- 25 years

Operational Temperature Range- 40°C to 85°C

Alpha 72 Series

Cell Number- 144

Cell Type- Half-cut with HJT

Power Output- 450W

Panel Efficiency- 21.3%

Annual Power Degradation- 0.25%

Dimensions- 2063 x 1026 x 30mm

Weight- 23..5kg

Product Warranty- 20 years

Performance Warranty- 25 years

Operational Temperature Range- 40°C to 85°C

REC Alpha Pure R

Cell Number-120

Cell Type- Half-cut with HJT

Power Output- 380W

Panel Efficiency- 21.7%

Annual Power Degradation- 0.25%

Dimensions- 1721 x 1016 x 30mm

Weight- 19.5kg

Product Warranty- 20 years

Performance Warranty- 25 years

Operational Temperature Range- 40°C to 85°C

REC N-Peak

Cell Number- 120

Cell Type- Half-cut mono c-Si n-type cells

Power Output- 380W

Panel Efficiency- 19.8%

Annual Power Degradation- 0.5%

Dimensions- 1675 x 997 x 30 mm

Weight- 18kg

Product Warranty- 20 years

Performance Warranty- 25 years

Operational Temperature Range- 40°C to 85°C

REC Twinpeak Series

Cell Number-120

Cell Type- Half-cut mono-Si p-type PERC cells

Power Output- 330W

Panel Efficiency- 19.8%

Annual Power Degradation- 0.7%

Dimensions- 1675 x 997 x 38 mm

Weight- 18.5kg

Product Warranty- 20 years

Performance Warranty- 25 years

Operational Temperature Range- 40°C to 85°C

REC solar panel specification/ datasheet

	REC Alpha Series	REC Alpha 72 Series	REC N−peak Series	REC TwinPeak Mono Series	REC TwinPeak 2s Mono 72 Series
Cell Number	120	144	120	120	144
Cell Type	Half−cut with HJT	Half−cut with HJT	Half−cut mono c-Si n-type cells	Half−cut mono−Si p−type PERC cells	Half−cut monocrystalline PERC cells
Power Output	380W	450W	330W	330W	400W
Panel Efficiency	21.7&percnt;	21.3&percnt;	19.8&percnt;	19.8&percnt;	20&percnt;
Annual Power Degradation	0.25&percnt;	0.25&percnt;	0.50&percnt;	0.70&percnt;	0.50&percnt;
Dimensions	1721 x 1016 x 30mm	2063 x 1026 x 30mm	1675 x 997 x 30 mm	1675 x 997 x 38 mm	2005 x 1001 x 30 mm
Weight	19.5kg	23.5kg	18kg	18.5kg	22kg
Product Warranty	20 years	20 years	20 years	20 years	20 years
Performance Warranty	25 years	25 years	25 years	25 years	25 years
Operational Temperature Range	−40℃ to 85℃	−40℃ to 85℃	−40℃ to 85℃	−40℃ to 85℃	−40℃ to 85℃
Made in	Singapore	Singapore	Singapore	Singapore	Singapore

Efficiency

The term solar panel efficiency refers to how effectively a solar panel captures and converts sunlight into usable electricity. A high-efficiency solar panel will produce more electricity than a lower-efficiency panel of the same size under the same conditions. As a result, a higher efficiency rating is generally preferred.

The efficiency of your REC solar panels will differ depending on the model you select for your system. Solar panels in REC’s product line have efficiency ratings ranging from 19.1% to 22.3%.

REC SERIES	EFFICIENCY (&percnt;)
Alpha Pure-R	20.7&percnt; − 22.3&percnt;
Alpha Pure	21.1&percnt; − 22.2&percnt;
N-Peak 2 (black)	19.1&percnt; − 20.3&percnt;
Twinpeak 4 (black)	19.4&percnt; − 20.3&percnt;

Cost

Many homeowners base their final decision on the cost of the solar equipment they select. The total cost depends on solar power and solar module. To determine the price range for REC solar photovoltaic (PV) systems, we analyzed free quotes from Marketplace installers that included REC solar panels. Most REC solar PV systems are priced between $2.32 and $3.10 per watt, making them an excellent value in the home solar market.

This means that the gross cost of a 6 kW system (before any tax credits or other incentives) would range between $13,920 and $18,600. Furthermore, most homeowners pay far less than the total gross cost. With the federal solar tax credit of 30%, which everyone is eligible for, a 6 kW system with REC’s solar panels would cost between $9,744 and $13,020.

There are numerous state-level solar incentives and rebates available to help you reduce your upfront costs even further. Remember that when you go solar, you’ll be producing free, renewable energy right in your own home. Check out our solar packages for your convenience.

Warranty

REC began offering a 20-year manufacturer’s product warranty (previously 10 years) alongside the standard 25-year performance warranty on all TwinPeak and N-peak panels in early 2019. The REC solar installer certification program, on the other hand, extends the product warranty by an additional 5 years, for a total warranty period of 25 years.

The new warranty significantly improved over the previous 10-year product warranty, which is not surprising given REC’s good reputation and low failure rates. The N-peak panels will have a 20-year product warranty and a 25-year performance warranty, with an 86% retained power output after 25 years.

In contrast, the new Alpha series will have a 25-year product warranty with a 92% retained power output after 25 years. With global support offices in the United States, Germany, India, Japan, Singapore, and Melbourne, REC has a good reputation and service in the event of a warranty issue or claim.

So, Is REC The Most Dependable Solar?

Depending on the market criteria and the company’s reputation, REC seems to be a very dependable solar company. Their warranty and solar panel range is better than satisfactory. According to the market, they are actually better than most other companies. Therefore, you can choose REC solar any day. Although the final decision remains up to you.

Our Solar Experts are here to Help!

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Is Trina Solar The Best Option? Solar Emporium Review

Is Trina The Best Option? Solar Emporium Review For Solar Emporium

The world is going solar, so what are you waiting for? With the growing threat of climate change caused by excessive carbon emissions, many countries are looking for clean energy alternatives to replace traditional fossil fuels. After weighing the pros and cons, the future of solar energy is considerably bright.

All the government rebates on purchasing and installing solar panels provide Australia with the perfect time to go entirely solar. There are many solar companies with a competitive price range. This Solar Emporium review will take a deep dive into Trina Solar Panel. Is Trina Solar the best option? Let’s explore the possibilities of Trina.

Inception & Overview of Trina Solar

Trina solar’s journey dates back to 1997. It is a Chinese manufacturing company. Jifan Gao brought out the company’s inception.

Soon after its inception, the company made a name for itself for being the first photovoltaic manufacturer in China. Since then, Trina solar has become one of the popular names worldwide. They have become one of the largest solar panel manufacturers in the world. Till now, this solar company has won over 20 world records for their cell efficiency and solar module power output. 

A Tier 1 Manufacturer

Trina Solar received a perfect score of 100 percent in the 2021 Bloomberg New Energy Finance Bankability Survey, making it the only module manufacturer to do so for six years in a row. So it’s a financially sound company. But what about their solar quality?

Trina is a well-known brand in the solar panel industry. It manufactures high-quality tier 1 solar panels and provides a 15- to 25-year product warranty, depending on the module. 25-year product warranties were once exclusive to high-end panel manufacturers. So Trina solar, a budget-friendly but high-quality solar manufacturer providing impressive warranties, indicates better quality products.

Power Ratings 

The wattage of the solar panel is referred to by the power rating. A typical solar panel can range in power from 275W to 400W. This wattage represents how much power solar panels can produce under ideal conditions. Trina Solar panels have a competitive range of 310W-380W. Therefore, you get the best possible productivity with Trina solar. Whether residential, utility or commercial, Trina solar panels will be sufficient to power your purpose. 

Maximum Efficiency Ratings

The efficiency rating of a solar panel shows how much of the sun’s energy is absorbed by the panel and converted into electricity. Some exclusive brands offer solar panels module efficiency ratings between 21% – 22%. Trina solar offers an average efficiency between 19% – 20%. Trina solar panels are an excellent choice based on that metric, with high-efficiency ratings of 19.9% and 21.6%, respectively.

How Much Does Trina Solar Cost? 

Do you want high-quality solar power with a high power output? Trina Solar offers some of the best solar panels on the market in Australia at a reasonable price. The average cost of panels comes with STC solar rebate and GST installation. Trina solar panels provide a complete solar system installation. 

System Size (kW)	Average cost (fully installed)
5kW	$5,130
6kW	$5,992
7kW	$6,607
8kW	$7,274
9kW	$7,851
10kW	$8,429
12kW	$11,550
15kW	$13,339

More accurate cost depends on your area and the solar quote you go for. Solar installers will inspect your house and suggest the best solar system per your need. To get the best quotes and packages, get in touch with Solar Emporium TODAY!

Trina Solar Modules 

Trina solar panel modules have Utility, Residential and Commercial sectors, which works for your convenience. This solar can basically serve all your solar energy needs. Inside these modules, they have many popular series like Vertex, Honey M, Tall Max, and Duo Max. All the series have high-efficiency ratings and are compatible with utility, residential, and commercial modules. 

Trina Vertex Series- 

monocrystalline PERC cells
Up to 21.2% panel efficiency
Split-cell/MBB/Bifacial/dual-glass technologies
Compatible with tracking systems and mainstream inverters
0.55% annual degradation rate
12-year product warranty
25-year performance warranty
Ideal for residential settings
Models – Vertex 550W TSM-DE19 MBB / 535 – 555W, Vertex 550W TSM-DEG19C.20 MBB / 530 – 550W, Vertex 600W TSM-DE20 MBB / 585 – 605W, Vertex 600W TSM-DEG20C.20 MBB / 580 – 600W, Vertex TSM-DE18M(II) 1/3-cut, MBB, 480-505W, Vertex TSM-DEG18MC.20(II) Bifacial, 1/3-cut, MBB, 485-505W

Trina Honey Series- 

Half-cut monocrystalline cells
MBB/ half-cut PERC cell technology
Up tp 21% module efficiency
– 0.34%/℃ temperature coefficient
0.55% degradation rate
0/+5W positive power tolerance
– 0.34%/K temperature coefficient of Pmax
Model – Honey M, Honey Black

Trina TallMax Series-

Monocrystalline
Half-cell/MBB cell technology
Up to 21% module efficiency
0.55% annual degradation rate
12-year product warranty
25-year power warranty with 80% power output guarantee
Resistant to ammonia, acid, and salt
Ideal for commercial projects
Models- Tallmax 350-385W – TSM-DE14H(II), Tallmax 5BB, 385-410W – TSM-DE15H(II), Tallmax 9BB, 390-415W – DE15M(II)

Trina Duomax Series-

Big Cell, 390-415W – DEG15M.20(II)
Monocrystalline solar cells
Double-glass/ MBB/ half-cell technologies
Up tp 20.2% module efficiency
0.5% annual degradation rate
12-year product quality warranty
30-years power warranty with 83% power output guarantee
Models – Bifacial, MBB, 390-410W -DEG15MC.20(ii), Bifacial, 380-405W – DEG15HC.20(II)

Trina Solar Panel Specifications

	Vertex Series	Honey M Series	Tall MAX M Series	DUOMAX Series
Power (W)	485-510W	375W	435-460W	390W
Cell Number	150	120	144	144
Cell Type	Monocrystalline PERC	Monocrystalline N-Type	Monocrystalline N-Type	Monocrystalline N-Type
Efficiency (%)	0.212	0.207	0.21	0.192
Size	2187 × 1102 × 35 Mm	1763 × 1040 × 35 Mm	2102 × 1040 × 35 Mm	2024 × 1004 × 35mm
Weight (KG)	26.5	20.04	24	29.2
Features	Monocrystalline PERC Half-Cut Cell Technology For High Efficiency	Monocrystalline Half-Cut Cell Award-Winning Cello Technology For High Efficiency	Monocrystalline Half-Cut Cell Technology For High Efficiency	Monocrystalline Half-Cut Cell Technology For High Efficiency
Operational Temperature Range	-34℃ To 90℃	-34℃ To 90℃	-34℃ To 90℃	-34℃ To 90℃
Annual Power Degradation	Not More Than 0.55&percnt;	Not More Than 0.55&percnt;	Not More Than 0.55&percnt;	Not More Than 0.55&percnt;
Product Warranty	12 Years	12 Years	12 Years	12 Years
Performance Warranty	25 Years	25 Years	25 Years	30 Years

Performance & Quality

The annual PV Module Reliability Scorecard Report is produced by PVEL (DNV-GL), a German-based testing facility and one of the world’s leading independent solar module testing and performance services. Various Trina solar panels have consistently scored as a top performer among 20+ of the world’s leading solar brands tested over the last six years. Although Trina solar is not ranked first, instead, it was found among the highest-performing modules in the group, with no degradation or failures. 

Improved Quality Control of Trina Solar 

Trina Solar, like many other large manufacturers, has had some quality issues over the years. These have mainly resulted from back-sheet degradation and failure, which has resulted in water ingress or PID issues. Fortunately, this is limited to panels sold between 2011 and 2014 and is related to using an alternative back sheet or EVA material during manufacturing. 

Recent panels do not appear to have any recorded issues, but this does not rule out the possibility of future flaws. With any large-volume manufacturer, occasional malfunctioning of some panels are inevitable. 

Warranty & Better Warranty Support

With every Trina product, you get a standard 12 year product warranty and 25 years performance warranty. This protects against any defects for the first 12 years, as well as the 25-year performance warranty that guarantees an 84% power output rating after 25 years of use. The Vertex and Vertex S panels have a 15-year product warranty with the option to extend it to 25 years, whereas the Vertex S+ panels have a 25-year product warranty and a 30-year performance warranty. 

Trina Solar has numerous customer service centers worldwide. Their Australian service office is based in Sydney. Trina’s warranty support has significantly improved too. It came with a much higher level of service in case of a warranty claim. Trina’s service and support service were average a couple of years ago. The most recent feedback from solar professionals reviewed Trina as one of the top performers for warranty claims. 

Comparison between Trina, Jinko & REC solar panels

Product name	Trina Vertex Series	REC Alpha Series	Jinko Tiger series
Cell Number	110 – 150 solar cells	120 half-cut solar cells	156 half-cut cells
Cell Type	Monocrystalline	PERC Heterojunction	Monocrystalline/ N-type
Power Output	480 – 600W	380W	450 – 470W
Panel Efficiency	0.212	0.217	0.2065
Company average turnover (USD)	$3.15 billion	$820 million	$3.2 billion
Annual Power Degradation	0.45 – 0.55&percnt;	0.0025	0.004
Number of busbars	Multi-busbar	16	9
Approximate costs per watt (AUD retail incl GST)	0.65	1	0.73
Approximate cost per module (AUD retail incl GST)	200	371	258
Dimensions	2,394mm × 1,096mm × 35mm	1,721mm × 1,016mm × 30mm	2,205mm × 1,032mm × 40mm
Weight	28.6 – 35.3kg	19.5kg	26.5kg
Product Warranty	12 years	20 years (25 if installed by a REC certified installer)	15 years
Performance Warranty	25 years	25 years	30 years
Operational Temperature Range	-40~+85℃	-40℃ – 85℃	45 ± 3℃
Made in	China	Norway	China

Is Trina Solar the Best Option? 

Trina Solar can be the best option for residential and commercial purposes. The company thrives on reducing waste and creating a more efficient manufacturing process. That is only making their company’s sustainability stronger. In addition, the SVTC scoreboard granted Trina solar a top score of 99 out of 100. The company also received a rating higher than 4.5 on the top manufacturer list. 

Their revolutionary technology of half-cut panels boosts solar production. Cutting the panel in half allows the top and bottom halves to operate independently. Meaning shade cover on one half will not affect the other. Trina’s residential panels are both half-cell panels, making either one ideal for your home. 

Trina Solar is the best option for all purposes. Their cost-effectiveness is the best example of value for money. But don’t just go with our words. Let the facts speak for themselves. 

To buy Trina Solar Panels go to Solar Emporium and get a free quote. For more in-depth content like Trina solar panel review, visit our page. 

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Jinko Solar Panel Review | Is It Worth Purchasing Jinko?

The popularity of solar panels is sky-high right now. People consider solar homes as smart homes. Solar panels don’t only increase your home’s value; they also serve an aesthetical purpose.  

Jinko Solar Panels have been in the market for years. Ever since they entered the market, there was always hype for their product. But is it worth purchasing Jinko? We will try to answer that in this Jinko Solar Panel review.  

Quick Summary  

Jinko Solar is a Tier 1 brand from China. 
One of the world’s largest solar panel manufacturers. 
Jinko Solar is ranked fifth-best overall by the Solar Reviews solar panel scoring system. 
U.S. homeowners can choose between the high-end Eagle G4 or entry-level Eagle G2 models. 
Very high module efficiency (21.6%). 
Panel warranties could be better. 
High-quality and cost-effective 
Cost ranges from low to mid to range

Company History

Jinko Solar was founded in 2006 and has grown to become the world’s largest manufacturer of solar panels only a decade later, in 2016. With global shipments of 14.3 GW in 2019, the company has held the top spot for the last six years in a row. Jinko Solar, headquartered in China, is a massive multinational, vertically integrated corporation that employs over 15,000 people in 70 countries and has manufacturing facilities in China, Malaysia, and the United States. 

Jinko Solar’s success appears primarily due to its emphasis on research and development, performance testing, quality control, and rigorous durability testing. This is evidenced by numerous record-breaking accomplishments over the years, including several efficiency records and consistent top score results from several independent testing companies, including the well-known PVEL scorecards. 

Jinko Solar was at the forefront of innovation only recently, preferring to stick to tried-and-true cell architectures like traditional P-type PERC and half-cut cells. Jinko, on the other hand, has begun to push the boundaries with the release of the new Tiger series panels, which are described in greater detail below.  

Range of Panels 

Jinko solar panels have been on the market for a while. With time, their solar panel range has developed and become more affordable for all structures like residential, commercial, and utility-scale installations.  

They also design custom solar panels for larger solar systems for owners who require panels for specific applications.  

Their most popular solar panel series are mentioned below:  

Cheetah HC series 
The Cheetah series 
Swan series 
Tiger series 
Tiger Pro Series

The Cheetah HC module efficiency is also much better at 20.48%, and the temperature coefficient has improved to -0.35%. Much more energy can be yielded under higher temperatures than conventional panels. 

The Cheetah Series: Jinko Cheetah series penetrated the market in 2018. Soon, it became very popular. The series of the panel ranges from 325W to 340W for half-cut size and up to 410W for the full-size solar panel. 

Features:  

Integrates the newer Five Busbar solar cell technologies to boost the solar module’s efficiency and improve the panel’s aesthetic appearance. 
Amazing anti-PID performance guarantees reduced power degradation, which is great for mass production. 
PERC technology usage increased module efficiency by up to 20.38%.  
Advanced glass and cell surface textured design, significantly enhancing performance in low-light conditions. 
The panel got TUV Nord certification for its high salt-mist and ammonia resistance. It’s also certified to tackle extreme weather conditions, including wind load and snow load.

All panels have a 25-year performance warranty and 15 years of product warranty. The degradation rate is at 1% in the first year and 0.4% in the subsequent years until the 25th year.

Tiger Series: Jinko Tiger series is the newest and one of the most impressive addition to Jinko Solar. This series features two shingle-cell solar panel types; The Tiger monofacial and the Tiger Bifacial. 

This next generation uses the N-Type monocrystalline silicon cells. As it boosts the efficiency output. It consists of a 78-cell design and the tiling of ribbon technology. Jinko’s Research and Development team developed this technology to increase power generation by facilitating light absorption.  

The panels can generate up to 475W with a 21.16% efficiency.  

Tiger Pro Series is considered one of the most powerful utility solar panels. Solar panel market entirely shifted after this series of Jinko entered the space. The panel can deliver up to 580Wp with an Ultra-high p-type mono-module efficiency of around 21.6%. 

Features:  

This series uses tiling Ribbon tech + half-cells. Combining the TR and half-cell technologies helps eliminate cell gaps and increase efficiency. 
Light-induced degradation is much lower with N-type cells than P-type cells.  
Tiger series panels use 9 busbars instead of 5 busbars. To reduce the distance between the bars and the finger grid line. It helps decrease the resistance of power losses and improves efficiency. 
Panels utilize the Half Cell technology and improve shading tolerance by splitting the full cells. Hence, the panels perform well on cloudy, early mornings and dusk. 
The panel modules degrade by 1% during the first year, then maintain a 0.4% linear degradation.

Best warranties – This series has the best warranty periods from Jinko, with a 15-year product warranty and the 30-year linear power warranty. 
Weather resilience – The panels come certified to withstand snow load of 5400pa and wind load of 2400pa.

Swan Series: Jinko Solar’s Swan bifacial series has been the talk of the industry for a while after scooping the European Intersolar Award for innovation. 

These panels incorporate the Cheetah HC, half-cut cell technology with a transparent back sheet that makes it more lightweight than other glass modules. 

Their power output is estimated to be 20-30% more than the regular monofacial modules. It generates up to 400W from the front side, with around 20% coming from the rear side. 

Features:  

Implements five busbar solar cells to improve the module’s efficiency and enhance its aesthetics.

Module power increases by 5 – 25% per the different reflective conditions. Its efficiency goes up to high as 19.78%. 
Panels offer a lower LCOE and a higher IRR, ensuring excellent performance under low-light conditions.  
Their power degradation annually stands at 0.5% with a 30-year linear power warranty. 
The Anti-PID performance guarantees limited power degradation for mass production. It’s also designed to handle high-voltage systems of up to 1500VDC, saving BOS costs. 
Panels are manufactured with enough strength to support 5400pascal snow load and a 2400 pascal wind load.

Jinko solar panel specification 

	Cheetah	Cheetah HC	Swan	Tiger
Cell Number	132	120 half-cut cells	144	156 half-cut cells
Cell Type	Mono PERC 158.75 x 158.75mm	N-Type Monocrystalline	Mono PERC 158.75 x 158.75mm	Mono PERC 158.75 x 158.75mm
Power Output	335W	350Wp	400Wp	580Wp
Nominal Power Voltage	1500VDC	1500VDC	1500VDC	1000/1500VDC
Power Density	23.34w/m3	25.40w/m3	24.42w/m3	11.13/16.70w/m3
Panel Efficiency	19.88%	20.48%	19.78%	21.16%
Annual Power Degradation	0.4%	0.55%	0.5%	0.4%
Dimensions	1840 x 998 x 35mm	1684 x 1002 x 35 mm (1.68m2)	2031 x x1008 x 30mm	2182 x 1029 x 40mm
Weight	20.7kgs	19.0 kg	26.6kg	26.1kg
Product Warranty	10 years	15 years	12 years	15 years
Performance Warranty	25 years	25 years	30 years	30 years
Operational Temperature Range	-40℃ to 85℃	-40℃ to 85℃	-40℃ to 85℃	-40℃ to 85℃
Made in	China	China	China	China

Jinko Solar Panel Cost 

A solar energy system built with Jinko solar panels typically costs around $2.25–$2.50 per watt. That means a 6 kilowatt (kW) system will cost you between $13,500 and $15,000 before incentives. 

After applying the 30% federal tax credit – available till the end of 2032 – the total installed cost for a 6 kW Jinko solar system is between $9,450 and $10,500. 

Among the leading Tier 1 solar brands, Jinko Solar can be considered a ”value” choice. Their solar panels usually cost $0.25–$0.50 cheaper than more premium rivals. On a 6 kW system, that’s a savings of $1,500–$3,000. 

Remember that many factors can affect solar panel installation costs, so the figures above are only indicative. Get in Contact with Solar Emporium to get the best solar packages. 

System size	Number of solar panels*	Average cost per watt	Average total cost (after tax credit)
4 kW	11	$3.25	$9,100
6 kW	16	$2.95	$12,390
8 kW	22	$2.85	$15,960
10 kW	27	$2.75	$19,180
12 kW	32	$2.75	$23,100
14 kW	39	$2.60	$26,936
16 kW	43	$2.60	$29,860

Jinko Solar Panels: Pros & Cons 

Pros 

Good quality control – Jinko owns the entire production process, from making the silicon ingots to assembling the panels. 
High efficiency – Jinko technology offers some of the highest efficiencies of any manufacturer, with some models over 21% efficient. 
Billion-dollar company 
Strong Australian presence 
A strong brand that the company will want to protect 
Well-priced 
Excellent durability  
Competitive warranties

Cons 

The company is newer than other brands  
Product warranty is shorter than some premium brands. 
Jinko’s financial stability has been rated as “at-risk” by SinoVoltaics

Efficiency 

Jinko may not have been the most efficient solar panel before, but it’s on its way now. The Chinese solar manufacturer recently announced that it achieved a world-record 24.79% efficiency on its newer n-type monocrystalline cell. 

They also recently unveiled the 610W n-type solar modules. Therefore, solar panel efficiency will soon steal the show concerning efficiency. 

Battery Storage System 

Jinko Solar has joined the ranks of other well-known panel manufacturers, such as Sunpower and Q Cells, by releasing various battery storage systems. However, unlike the other manufacturers mentioned above, Jinko has gone further and developed a wide range of energy storage systems, including large commercial and utility-scale systems. 

The new Jinko residential battery line comes in various sizes and configurations to meet the needs of different households and energy demands. The smallest and most compact system (shown below) is an all-in-one system with a power output of 5kW and a battery capacity of 10.2kWh.  

The modular JKS series is the next step up, built around the well-known Deye hybrid inverter platform and available in sizes ranging from 7.2kWh to 19.2kWh – Download the full system datasheet. All Jinko battery systems are constructed with the safer lithium Ferro phosphate (LFP) cell technology, which has a longer cycle life and better performance in a wide range of temperatures. 

Sustainability

As part of the RE100 initiative, Jinko Solar has committed to sourcing 100% of its electricity demand from renewables by 2025. RE100 is the global corporate renewable energy initiative.  Bringing together hundreds of large businesses committed to 100% renewable electricity. 

Warranty 

All Jinko solar panels generally come with a 10-year product warranty and a 25 – 30 performance warranty. The Tiger series is the only service with a longer product warranty of 15 years.  

Although with the latest Tiger Neo product, they applied a warranty reduction from 15 years back to 12 years. This is very unusual for most manufacturers, including Jinko. Typically, product warranty increase is more common.  

Dominance in Australia 

Jinko holds the largest share in Australia. They have a registered overseas subsidiary company based in Sydney. Here they have a full sales team and full support team on hand. This is critical because it means Jinko can resolve warranty issues quickly and effectively. 

It also helps us by allowing us to stay up to date on any new products or changes. Having offices in Australia is a huge advantage. It’s not just a sales center; it’s also a business. It also eliminates the need to rely on your solar installer. 

You can simply contact Solar Emporium and have your problems resolved quickly. 

Is It Worth Purchasing Jinko? 

Based on continuous feedback from solar installers and industry professionals, Jinko Solar has a good track record for dependability. Jinko had some panel failures over the years. But their production facilities have improved with their products.  

PVEL categorized Jinko Solar as one of the world’s leading independent solar module testing and performance services. In Module Reliability Scorecard Report, Jinko Solar has performed admirably in the last five years of testing. Each year, they earned a ”Top ‘performer’ rating and ranked first among the group’s highest-performing modules. 

Jinko Solar did not become the world’s largest producer of solar panels by chance. Until recently, the company’s primary focus was not on producing the most efficient panels but on mass-producing the most cost-effective and dependable panels based on tried and tested PV cell technologies. However, Jinko Solar’s emphasis on R&D is now assisting in pushing the solar industry toward new high-performance cell technologies. 

The introduction of the Tiger N-type and Neo TOPCon panels with tiling ribbon technology exemplifies Jinko’s innovative manufacturing techniques for increasing efficiency while lowering costs.  

With a good track record and a strong market position, Jinko Solar is undoubtedly one of the better options for dependable, cost-effective solar panels. Particularly popular are the Tiger panels, which have already proven to be a popular choice for residential and commercial installations. 

Our Solar Experts are here to Help!

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Category: SOLAR

Why Solar Panels Are the Answer For People?

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Value of Consumption

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Choose Solar Emporium To Increase Your Property Value

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Components of the Solar System

What are Solar Batteries?

Types of Solar Batteries

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Benefits of Solar Storage

Why is Solar Plus Storage Important?

How is This a Long-term Investment?

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1. Invest in Solar Stock

2. Invest in Land Development for Utility-scale Solar

3. Contribute to Solar Installation Process

4. Invest in Solar Panel Manufacturing

5. Be A Solar Homeowner

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What Exactly is a Photovoltaic (PV) Solar System?

Types of Solar Photovoltaic (PV) Systems

Advantages of Solar PV Systems

What are Tariffs for Feed-in

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How Does Solar Energy Function?

Fundamentals of Photovoltaics

Looking Back at Solar

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So solar vs wind, which renewable energy source is better?

Wind Energy

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Both solar and wind power have advantages over one another.

Advantages of Solar Energy:

Advantages of Wind Turbines:

Which is more effective?

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Which Renewable Energy is the Best?

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Is It Q CELLS or Hanwha Q CELLS?

Q Cells Solar Panels Quick Summary

Q Cell's Technology

Q.ANTUM DUO PERC Technology

Tron Solar Panels

Antum Duo Z Solar Panels

Panels Available in Australia

Q Boost Series

Q Peak Series

The efficiency of Q Cells

Warranties Provided by Hanwha Group for Solar Products

But What About the Cost?

So are the Panels Aesthetical and Affordable?

Our Solar Experts are here to Help!

REC Solar Panels At a Glance:

Overview of REC

Revolutionary Cell Technology

Innovative Half-cut Cells

High-performance N-type Silicon Cells

Heterojunction HJT Cells

Range of REC Solar Panels

REC Alpha Solar Series

Alpha 72 Series

REC Alpha Pure R

REC N-Peak

REC Twinpeak Series

REC solar panel specification/ datasheet

Efficiency

Cost

Warranty

So, Is REC The Most Dependable Solar?

Power Ratings 

How Much Does Trina Solar Cost? 

Trina Solar Modules 

Trina Vertex Series- 

Trina Honey Series- 

Improved Quality Control of Trina Solar 

Is Trina Solar the Best Option? 

Quick Summary  

Range of Panels 

Jinko solar panel specification 

Jinko Solar Panel Cost 

Jinko Solar Panels: Pros & Cons 

Pros 

Cons 

Efficiency 

Battery Storage System 

Warranty 

Dominance in Australia 

Is It Worth Purchasing Jinko? 