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Why Do We Need Renewable Energy?

Electricity generation is the leading source of industrial air pollution. Most of our electricity is generated by coal, nuclear, and other non-renewable power plants. Producing energy from these resources has a significant environmental impact, polluting our air, land, and water. This simply answers why we should switch to renewable energy from fossil fuels.

But why do we need renewable energy? Can renewable energy solve the environmental struggle we are facing? This article will give a detailed explanation of this particular topic. So, let’s begin the article by taking Australia as an example.

According to UK-based thinktank Ember, Australia is the second most co-dependent country for power generation. Australia’s greenhouse gas pollution from coal was higher than any other developed country in 2021. However, the boost of solar and wind energy usage reduced pollution significantly.

What is Renewable Energy?

Before knowing the importance of renewable energy, we need to know what renewable energy is. Simply put, renewable energy is clean energy derived from natural resources. Most renewable energy is sustainable. And Australia’s renewable energy sector accounts for about 32.5 percent of overall energy generation.

Check out our previous blog Main Source Of Renewable Energy In Australia, for a detailed overview of Renewable Energy.

Common Forms of Renewable Energy

Common forms or sources of renewable energy are mentioned below-

Solar Energy
Wind Energy
Biomass
Geothermal Energy
Hydro Energy
Ocean Energy

All these renewable energies are active in Australia and fully contribute to Energy generation. In addition, these renewable energies don’t create any harmful impact on the environment. Polluting emissions or greenhouse gases can be eradicated by using renewable energy. Contact us to get renewable energy solutions for residential and commercial purposes.

Brief History of Energy Usage

The first energy source was the sun, providing both heat and light. A lightning strike later started a fire. Fire was then used for a variety of purposes as an additional source of heat and light. They used fire in cooking too.

Humans discovered they could use sails to harness wind energy for transportation over 8,000 years ago. Later, it used wind energy to power the first wind farm, which consisted of windmills turning water wheels to grind grain.

Prior to 1850, wood-fueled fires were the primary source of heating, cooking, and producing steam for railroad engines. Water, wind, coal, and manufactured natural gas were also used at the time.

Surprisingly, the Chinese used natural gas as early as 500 BC. Bamboo was used for piping. The gas was discovered leaking from the ground for use in boiling seawater to remove the salt. That’s right, the world’s first natural gas pipeline!

Engineers in ancient Rome created a heating system known as a hypocaust around the same time. When they built houses, they added open space beneath the floor, so fire could pass hot air through and heat the room above. Romans used this process to warm rooms and heat baths. And it became a common addition to new construction in the region.

In 1816, streetlights in Baltimore, Maryland were powered by manufactured natural gas made from coal. Coal was the primary fuel source from 1850 to 1945 due to the Industrial Revolution. Heat was provided by wood, and lighting was provided by natural gas. With the rise of coal, the use of water and wind energy decreased.

As electricity became more common in the late 1900s, oil and natural gas became the primary fuel sources at that time. Coal-fired power plants also became regular then. Nuclear, solar, water, and wind have played a more prominent role in energy production since 1945. Furthermore, alternative energy sources such as geothermal and biomass are becoming more popular, with technological advancements improving viability.

Why do We Need Renewable Energy?

We have already mentioned that renewable energy is clean and healthier for the environment. But there’s more than meets the eye. Renewable energy has numerous other benefits. Clean energy produces no greenhouse gas emissions or air pollutants that fossil fuels such as oil, coal, and natural gas produce. Renewable power can only salvage the environmental impacts crude oil from fossil fuels has caused.

It also diversifies the energy sector and its supply and reduces dependence on imported fuels. And automatically, it is creating economic development and jobs in manufacturing, installation, and more. Hence, it is the perfect time to invest in renewable energy. Let’s discuss the benefits in detail in the next section of this article.

Benefits of Renewable Energy

Clean and efficient energy usage – Renewable energy doesn’t negatively impact our environment. Therefore, it’s a better and cleaner way of electricity generation. As the energy is clean, it ought to be more efficient than fossil fuel usage.
Less global warming – Every human activity is overloading our earth with co2 emissions, and greenhouse has. Ultimately, it’s causing our atmosphere to warm up. Renewable energy sources are the only elements helping to create less global warming.
Improved public health – Unlike fossil fuel, clean energy doesn’t contribute to air and water pollution. More clean energy usage will automatically improve public health significantly.
Limitless energy – Fossil fuels might have been convenient for us till now. But we are forgetting that this conventional energy is finite. It is assumed that in the next 51 years we will no longer have the oil to support our power grids, transport, or keep ourselves warm. Renewable energy is our only way out, as its energy is infinite and limitless.
Jobs and other economic benefits – The energy transition is underway in full swing. Whether people want it or not, the sector is booming. It is diversifying the market and creating sustainable and improved jobs for people. People working in the renewable sectors are getting many incentives and economic benefits.
Stable energy prices – As renewable energy is inexhaustible, it will not go anywhere. It will always be available for our use, maintaining a stable and affordable cost.
Energy independence – Renewable energy is freeing us from energy enslavement. Since we will have limitless power, we will no longer have to worry about it. Thus, creating energy security and independence.
Easier electricity supply – Many energy-related businesses have already shifted to the renewable sector. The abundance of power provides a constant and more accessible electricity supply. Indeed, it is a profitable sector.

Is Energy Transition Really Worth It?

Even though renewable power is abundant with many visible benefits, people still need to be convinced to use it.

Opponents of renewable energy enjoy emphasizing the variability of the sun and wind in order to increase support for coal, gas, and nuclear plants. On the contrary, it can more easily operate on demand or provide continuous power. The argument is used to undermine large investments in renewable energy. They are posing a rhetorical barrier to increased wind and solar adoption rates.

However, the reality is much more favorable to clean energy. Solar and wind are highly predictable. And when distributed over a large enough geographic area with complementary generation sources, they are highly reliable. Modern grid technologies such as advanced batteries, real-time pricing, and smart appliances can also assist solar and wind. These can be essential components of a high-performing grid.

So, if we put things into perspective, YES! Renewable energy and energy transition is worth it. It is worth our atmosphere and our people.

Our Solar Experts are here to Help!

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Main Source Of Renewable Energy In Australia

Over the last five years, Australia has seen significant growth in the renewable energy sector. Australia’s electricity system has become more affordable, dependable, and environmentally friendly. In 2021, renewable energy accounted for 32.5% of total electricity generation in Australia. Marking the first time, more than a quarter of the country’s power came from renewable sources. The number only grew in 2022.

But one might wonder about the main source of renewable energy in Australia. On the journey towards clean energy, the Australian government played a vital role. Their target to reduce 43% of emissions by 2030 and entirely eradicate it by 2050. This energy target has been the flag bearer of renewable energy usage.

As electricity prices increased by 18.3% last year, the federal government is focusing entirely on renewable energy usage and storage. Technologically advanced and complex designs for renewable storage solutions have already hit the market. Government will also deploy 400 more storage installations this year. These storage facilities are capable of holding the peak hour pressures and electricity demands.

Humans have been dependent on fossil fuels for over 150 years. It may have been convenient for production back then for countries such as the USA, the UK, India, and Australia. However, does it really have a place in the 21st century? Renewable electricity generation has gotten more popular through renewable energy sources. Depending on Australia’s abundance of renewable energy, it is the perfect time to utilize it. Country’s weather seems to align with the new energy shift too.

What Are the Main Sources of Renewable Energy in Australia?

Renewable energy is clean energy derived from renewable resources from our nature. It includes sources like sunlight, wind, water movement, and geothermal heat. The majority of renewable energy sources are sustainable. In 2021, the Australian renewable energy industry accounted for 32.5 percent of total electricity generated in Australia. Compared to 2020, the number increased by 5% in 2021. Therefore, the year 2022 was pivotal for renewable energy targets.

Geothermal Energy

Australia has significant geothermal energy resources that have yet to be defined and quantified. Hot-rock geothermal resources are associated with buried high heat-producing granites. It also works with hot polluted groundwater.

Hydro Energy

The majority of Australia’s hydro energy resources are located in areas with the highest rainfall and elevation, primarily in New South Wales and Tasmania. Hydro energy resources were first developed in Australia and are now the most important source of renewable electricity. Over much of Australia, a dry climate with high evaporation rates and highly variable rainfall limits significant hydropower expansion.

Wind Energy

Australia has some of the world’s best wind energy resources. These are primarily concentrated along the western, south-western, southern, and south-eastern coasts. But these areas extend to hundreds of kilometers in land and include highland areas in south-eastern Australia. Wind energy technology is relatively mature, and wind power is rapidly expanding. Thanks to government policies such as the Renewable Energy Target. Wind energy is expected to overtake solar energy as Australia’s primary renewable energy source soon.

Solar Energy

Australia has some of the best solar resources in the world due to high solar radiation levels over large areas. The best solar resources are mostly concentrated in Australia’s northwest and center. Often these areas use off–grid electrical systems because these areas far from major population centers and key energy markets. To date, relatively high capital costs have limited the widespread use of solar energy resources. Still, significant investment in research and development is aimed at increasing solar power efficiency and cost-effectiveness, including the development of solar thermal power stations.

Ocean Energy

Australia’s western and southern coastlines have world-class wave energy resources, particularly in Tasmania. On the other hand, the best tidal resources are located along the northern margin, Particularly along Western Australia’s northwest coast. These places are far from major demand centers. Most ocean energy technologies are still in their early stages and must be tested in pilot and demonstration plants.

Bioenergy

Another significant potential energy resource in Australia is bioenergy. Biomass (organic matter). It can be used to generate electricity, heat, and liquid fuels (biofuels) for transportation. Currently, Australia’s use of bioenergy for electricity generation is limited to bagasse (sugar cane residue), wood waste, and gas from landfills and sewage treatment plants. A small but growing amount of biofuels are produced.

Opportunities in Renewable Energy

In 2021, renewable energy sources will account for 29% of total electricity generation in Australia, including solar (12%), wind (10%), and hydro (6%). The renewables share of total electricity generation in 2021 was the highest on record, surpassing the previous peak of 26% in the mid-1960s.

Over the last decade, wind and solar have been the primary drivers of more than doubling renewable generation expansion. Small-scale solar generation increased by 29% in 2021 and 28% on average over the previous ten years. Wind generation increased by 19% in 2021 and 15% per year on average over the previous decade. According to rainfall and market conditions, hydropower output has fluctuated fairly consistently, losing dominance as generation sources diversified.

Large-scale solar generation has recently begun to expand rapidly. Large-scale solar generation increased from negligible to 4% in 2016. By 2021, total Australian electricity generation representing a 1,747% five-year growth rate.

Many wind farms and solar farms are taking over Australian markets. We can take South Australia as an ideal example in the renewable energy industry. They have been building many power stations and profiting from those.

Benefits of Renewable Energy

Clean and efficient energy usage.
Less global warming.
Improved public health.
Limitless energy.
Jobs and other economic benefits.
Stable energy prices.
Reliability and resilience.
Energy independence.
Easier electricity supply.

Contact us to get energy solutions for your homes and offices. Check out our solar packages and get a free quote TODAY!

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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. 

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Sunpower Solar Panels Review | #1 Residential Solar Panel?

When it comes to residential solar panels, Sunpower solar panels have been on top of the consumer choice list. Sunpower solar panels have been called the most efficient and worthy rooftop solar panels, but what makes them special? Many aspects of SunPower solar make them stand out from the crowd but in this SunPower solar panels review, let us dig deep into their technology and solar modules.

SunPower Solar Panels- How it All Started

Early in the ‘80s, SunPower embarked on an unofficial mission. It all started in a lab where they experimented with various solar panel technologies before launching as SunPower- the brand, in 1988. The R&D team’s initial financial acquisition allowed for the formal excursion to take place.

After then, there was no looking back since they collaborated with Honda, the legend of a brand, to build record-breaking PV (photovoltaic) cells utilizing cutting-edge cell technology and went on to win the world solar challenge automobile race, which established them as renowned pioneers of the renewable energy sector.

Over a 25-year period, their presence can be seen in a multitude of NASA programs as well as other aircraft projects. San Jose, California, is where SunPower’s corporate offices are located.

They also have the designation of Bloomberg Tier 1 ranking, which is a sign of the company’s financial soundness rather not necessarily of the high calibre of its panel. If this label is current, it implies that the company is a well-known major manufacturer that has successfully served clients on a worldwide scale for a long time.

About SunPower Solar Cell Technology

On the basis of pure tech advancements, there is no denying SunPower research and development team has been doing the most with the utmost quality assurance. 22.8% panel efficiency is the best in the market and undefeated so far, and that, paired with 420W panels, seems like a match made in heaven. Not only that, their cell technology of Maxeon cells, IBC cells and shingled cells are spectacular.

Let’s get to know them in brief-

Maxeon Cell Technology

Everything is held together by a strong foundation of tin-plated copper on the back of the solar cells. To make their solar panels even more effective, they employ the purest silicon that is created exclusively for solar panels. The Maxeon cells absorb sunlight with their distinctive light-trapping surface, which is also anti-reflective.

The metal gridline that was attached to the front of the solar panels was removed. Because of this, Maxeon cells have fewer shading issues and have a very posh appearance when installed on a rooftop. As said before, they are powered by a solid copper backing, and each cell is joined to the next by thick connectors called strain relievers. These are not always affected by heat; as you know, metal expands in extreme heat.

Maxeon solar cell technology has nearly eradicated the shattering and rusting problem, which historically prevents many solar cells from operating to their full potential. They have a special design that eliminates 85% of the problems that cause conventional cells to fail. SunPower may cost a bit more upfront, but you will enjoy the rewards in the long term.

IBC Solar Cells

IBC, or interdigitated back contact, is a form of solar cell that, in contrast to conventional solar cells, converts energy from the cell’s forward contact to the rear contact. In contrast to conventional solar cells, this technique enables the whole front portion of the solar cell to function as a vessel for absorbing sunlight without wasting even a single inch of space.

One of the main reasons for efficiency loss is shading issues, which are caused by exposure to heat with metal gridlines. SunPower unveiled their market-leading IBC cell technology to completely eliminate this.

Shingled Cells

Just like rooftop shingles, these cell types work in a similar manner. They are laid in shingles that eliminate the need for busbars that accumulate space unnecessarily. More area of the roof is covered with the use of shingled cells that allows more PV cell space to actually work on generating renewable energy. Electrically Conductive Adhesive, or (ECA) is used to stick all the solar cells together while keeping them working.

Top Modules of SunPower Solar Panels

Here are some of the top models to choose from –

Maxeon 6 AC Solar Panel (Datasheet)

Factory-integrated microinverter (technology of Enphase)
−40°C to +60°C operating temperature
66 Maxeon 6 cells integrated
22.8% efficiency rating
Backed up with 40 year product and power warranty
Works even in low light conditions
Weatherproof
25 year of inverter warranty through Enphase
Class II double-insulated, corrosion-resistant polymeric enclosure for the inverters

Maxeon 6 AC Solar Panel (Datasheet)

22.7% efficiency rate
SunPower warranty of 40 years (power & performance)
High-transmission tempered anti-reflective glass
Can withstand any harsh weather
Ammonia and dessert tested with ISO certification
−40°C to +85°C operating temperature
Class C fire rating per IEC 61730
Maximum power degradation of 0.25% annually

Performance 6 Solar Panels (Datasheet)

21.1% efficiency rate
25-years product warranty (complete confidence warranty)
Monocrystalline PERC solar cells
IP 68 rating
Black anodized aluminium alloy frames
LID-resistant solar cells
Hot spot resistance

Specifications At a Glance

	SunPower Maxeon 6 AC	SunPower Maxeon 3 DC	SunPower Performance 6
Power (W)	420 -440	415-430	395-415
Cell Type	Monocrystalline	Monocrystalline Maxeon Gen 3	Monocrystalline PERC
Efficiency (%)	22.8	22.7	21.1
Weight (KG)	19	20.04	18.6
Operational Temperature Range	?40℃ to +60℃	-40℃ To 85℃	-40℃ To 85℃
Annual Power Degradation	Not More Than 0.25%	Not More Than 0.25%	Not More Than 0.45%
Product Warranty	40 Years	40 Years	25 Years
Performance Warranty	40 Years	40 Years	25 Years
Weight (KG)	21.8	21.2	21

Points of Difference and Areas to Improve for SunPower

Here are the advantages and disadvantages of SunPower solar panels.

Pros

Their creativity and use of the Maxeon IBC cells to boost panel effectiveness and efficiency are unprecedented.
Peace of mind for decades to come with their 40 year warranty with flagship Maxeon panels and industry-standard warranty of 25 years with value-line solar panels.
No other brand has achieved the highest level of efficiency in the residential solar panel category, which is 22.8% while using the purest silicon in their Maxeon series.
With their latest AC modules, enjoy the perks of microinverters which allows each panel to work individually rather than in a series, reducing their chance of facing shading issues ten folds. This technology has been brought to you in collaboration with the pioneers, Enphase microinverters.
Maxeon series, which also won the first-ever Sustainability Award from PV magazine because of their excellence in participating for the growth of clean energy.
0.005% chance of you returning your SunPower solar panel, statistically speaking.
Various certifications, such as Cradle to Cradle and ISO, were obtained for their outstanding performance and efficient solar panels.
Aesthetically enticing appearances to provide the homeowners’ roofs with a stylish outlook.

As the solar panels can range up to 440W per panel, with less roof space, you can have twice as much power output in comparison to regular solar panels available in the market.
Bloomberg Tier-1 solar system ranking for the company is present.

Cons

SunPower solar panels come at a higher price point which can be considered a disadvantage; then again sustainable energy source of such calibre is an investment. Investments with insane ROI come at a price.

SunPower Solar Panel Warranty

With a whopping 40 years of product and performance warranty with all the solar panels except the more affordable performance panels is astounding. As their panel return rate is already only 0.005%, where they sold over 30 million units, the company has confidence in its products which shows with such a long warranty period backup. Also, their degradation rate is 0.25% only which is impressive.

Certifications and Achievements

SunPower solar panels are proud holders of many achievements and certifications so far, which further strengthens their claim to be one of the best in the category.

The company has the Bloomberg Tier-1 ranking, which is proof of their financial solvency. This is an important marker when it comes to backing up such a huge warranty claim of 40 years. A bankrupt or soon-to-be broke company cannot provide you with the confidence to keep this promise.

Also, they are PV evolution labs, one of the top performers. This proves their products are of top-notch quality. It indicates that in various weather conditions and in different situations, SunPower solar panels will still perform as expected. Point to be noted- this is a voluntary test in which SunPower participated at their own accord.

SunPower solar panels also have an Australian office which is great for any emergency queries. All in all, they do back up their claim of being an amazing of a solar panel manufacturer. In this SunPower solar panel review, we pretty much covered all aspects of it.

Want to grab the opportunity to know more about how you can get your hand on such an amazing product yourself? Get in touch with us today and claim a FREE consultation session.

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Canadian Solar – Solar Panel Review

Many countries have realized the harmful effects of fossil fuels and are trying to reduce their carbon footprint. Technology is improving, and countries are adapting to new ways to use renewable and sustainable energy. Consequently, the entire renewable market is on the rise.  Especially, the Australian renewable industry is booming because of multiple government rebates and incentives to encourage energy efficiency. As a result, solar energy solutions have seen a positive shift since solar is a huge part of renewable energy. This brings us to the “Canadian Solar – Solar Panel review.”

In this article, we will discuss the leading global manufacturer of solar panels.

Quick Summary

Power ratings (Watts): 350W – 665W
Panel Efficiency %: High – 19.4% – 21.3%
Most efficient panel: HiKu7 with 600W
Cell technology: P-type and N-type TOPCon
Price range: Low-med
Product Warranty: Standard 12 years (25 years for 370W and below panels)
Service and support: Good 4/5
Overall rating: 8.5

Overview of Canadian Solar

Canadian Solar is a Tier 1 solar panel company. This company has been in business for over 20 years. Dr. Shawn Xiaohua Qu established Canadian Solar in 2001. He remains the Chairman, President, and Chief Executive Officer. Canadian Solar was listed on the NASDAQ in 2006. Although the majority of its production is in China, Canadian Solar has two manufacturing facilities in Ontario, Canada.

According to Bloomberg NEF, Canadian Solar has the world’s fifth-largest solar panel manufacturing capacity and is expanding its presence in Australia. They have four warehouses across Australia and employ 50 locals in solar panel sales and service, as well as large-scale solar farm projects.

In March 2020, the Canadian Solar research and development team created an n-type poly-crystalline silicon solar cell with a world record efficiency of 23.81%. The world’s most efficient residential solar panel currently has an efficiency of 22.6%. 

Over the years, they have grown to be one of the biggest solar panel manufacturers in the world. Their production capacity is almost 2.5 gigawatts per year. Their panels are popular among homeowners and businesses because they are high-quality, affordable, and because they have the Tier 1 title. 

What is a Tier 1 Solar Panel?

You may have encountered the term Tier 1 while researching solar for your home and wondered what it meant.

Solar panels have 3 categories – Tier 1, Tier 2, and Tier 3. Tier 1 is the more efficient and reliable. Therefore, you should always choose the Tier 1 category. Tier 1 solar panels are known for their long lifespan, so their 25-year performance warranties will be honored. Their automated manufacturing techniques reduce the possibility of defects, and their long-standing reputation ensures that any problems arise are resolved.

A variety of factors are considered when determining Tier 1 solar panels. 

At least 5 years of experience: This ensures that they are a reliable source of solar energy and are respected enough to withstand the test of time while remaining financially secure.
Public trade and strong balance sheet: These companies are more reliable because they have previously been subjected to specific standards and have been declared worthy of investment.
Strong manufacturing techniques and strong vertical integration: This results in increased productivity and more efficient material utilization. Also, it ensures safe and high-quality solar products.
Invest heavily in marketing: A growing market reflects brand confidence and a desire to invest in quality control.

Range of Panels 

Canadian Solar manufactures solar panels for residential, commercial, and utility-scale applications that are reasonably priced and have a good reputation for quality and dependability. Like most large-volume manufacturers, Canadian Solar has switched to higher efficiency mono PERC half-cut cells in almost all new generation panels. The HiDM module, manufactured in Canada, is the sole exception, employing a special shinged mono PERC cell configuration. 

Various Series of Panels Available in Australia 

All-Black series

Higher efficiency with 120 Mono PERC cells 
Response significantly well in extreme hot weather 
Highest efficiency 20.4%
On average power (W) ranges between 335W—340W
Tackles shading better than other panels
12 – 15 years of product warranty, with 25 years of service and power output warranty 
Better for residential purpose 
35 mm coated aluminum alloy frames

HiDM series

Monocrystalline cells
PERC and shingle cell technology
Module efficiency of up to 20.4%
0.55% annual degradation rate
25 years linear power output warranty, 15 years product warranty
Ideal for residential installations
HiDM solar panels can output a maximum of 420W on peak condition

Ku series

Monocrystalline and polycrystalline cells
PERC cell technology
Designed for residential purposes
New panels can also work on commercial site
Module efficiency ranges between 17.8% to 19.9%
0.5% annual degradation rate
6000/4000pa snow/wind load
25/30 years linear power output warranty
12 years product warranty

HiKu Series 

Monocrystalline and polycrystalline cells
Can generate a maximum of 450W of energy
Split-cell/multi-busbar technology
Module efficiency of up to 20%
But HiKu5, HiKu6 and HiKu7 panels are able to output more power. Ranges between 665W output with a module efficiency of up to 21.4%.
0.55% annual degradation rate
25 years linear power output warranty
12 years product warranty
Ideal for both commercial and residential installations

	HiKu	Ku	HiDM	All Black
Power (W)	320-460	430-450	400-420	320-340
Efficiency (%)	19.5	20.4	20.4	20.4
Size (Inch)	83×41.3×1.6	85.4×39.2×1.38	66.9×39.1×1.38	65.0×39.1×1.38
Weight (LBS)	54.9	52.2	42.3	40.1
Features	High Output Poly Module	Bifacial Modules Add 30% Power	High-Density Mono Module	Better Shading Tolerance & Minimizes Micro-Crack Impacts
Operational Temperature Range	-40°C To 85°C	-40°C To 85°C	-37°C To 85°C	-37°C To 85°C
Annual Power Degradation	No More Than 0.55%	No More Than 0.55%	No More Than 0.45%	No More Than 0.45%
Product Warranty	12 – 15 Years	12 – 15 Years	12 – 15 Years	12 – 15 Years
Performance Warranty	25 Years	25 Years	25 Years	25 Years

Cost 

To get the best price, you should get multiple quotes from Canadian Solar. Checking out different products might help too. The final price depends on the equipment you get, based on your product. More specifically, the kind of inverter or battery you need with your panel depends on what panel you get. Most Canadian Solar PV systems are priced between $2.70 and $3.20 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 $16,200 and $19,200.

Furthermore, most homeowners pay far less than the total gross cost. With the federal solar tax credit of 26 percent, a 6 kW system with Canadian Solar panels would cost between $11,988 and $14,208. And everyone is eligible for the said credit. Numerous state-level solar incentives and rebates are available to help you further reduce your upfront costs. 

The table provides below is not an exact amount. Rather, it’s an approximate amount. Check out the best solar packages here. 

System Size (kW).	Average cost (with installation)
6kW	$11,988 – $14,208
8kW	$13,500- $15,650
10kW	$16,550- $17,900

Efficiency

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

The efficiency of your Canadian Solar panels will differ depending on the model you select for your system. The efficiency rating of Canadian Solar panels ranges from 15.88% to 20.60%.

Performance (temperature coefficient) 

The temperature coefficient indicates how well your solar panel will perform in less-than-ideal conditions. Like other electronic equipment, solar panels perform better when kept cool (ideally at temperatures around 25° C/77° F). The temperature coefficient indicates how much your panel performance will change during hot, sunny summer days.

Your solar panel’s electricity production decreases by a temperature coefficient for every degree above 25° C (77° F). The temperature coefficient of the Canadian Solar CS1H-325MS panel from their HIDM residential series, for example, is -0.37%/°C. This means that if the temperature of the panel rises by one degree, from 25° C (77° F) to 26° C (79° F), electricity production will fall by 0.37%. If the temperature rises to 35° C (95° F), electricity production will fall by 3.7%.

Your solar panels will most likely see a few hot and sunny days throughout the year, so they should have the lowest temperature coefficient possible.

The temperature coefficient of Canadian solar panels ranges between -0.41 and -0.35.

Warranties

Whether you’re purchasing a television, a car, or solar panels, the manufacturer should provide a strong warranty. The materials warranty (also known as the product or equipment warranty) of a solar panel is a guarantee from the manufacturer that they will replace your panel if it fails due to manufacturing defects or environmental issues.

Depending on the product line, Canadian Solar provides a warranty of up to 15 years for defects in their solar panels. Warranty claims were also made easier by the government of Australia. 

Pros and Cons of Canadian Solar 

Canadian Solar panels provide various options for solar systems. There are solar panels that range from average to extremely well-performing. However, it depends entirely on the user and what they are looking for in a solar panel; this determines whether it is worthwhile.

Everything has positive and negative aspects, and Canadian Solar is no exception. Here are some of the brand’s benefits and drawbacks:

Pros

Canadian Solar Panels offer an excellent price-performance ratio.
These panel manufacturers are less expensive than competing brands on the market.
Split-cell technology is also included in most models’ modules.
They have an average efficiency rating ranging from 16.88% to 20%.
Customer service is available all over the world, including Australia.
The majority of residential models include dual-cell PERC technology.
Panels come with Tier 1 performance but offers a competitive price of Tier 2 models. 
Depending on the product, the warranty ranges from 15 years- 25 years. 
Government rebates and incentives are available

Cons

Names of the solar modules can be confusing for native English speakers 
Efficiency may drop up to 0.55% yearly.

Are Canadian Solar Panels Worth Buying? 

The decision to install Canadian Solar Panel is totally up to you. However, choosing Canadian Solar can provide value for money. Considering the efficiency, prices are quite competitive and better than other companies. For residential purposes, choosing Canadian Solar would be worth it. 

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How Do Portable Solar Panels Work

The concept of residential solar panels is known by most of us. However, portable solar panels have gotten quite a lot of attention for their portability, of course, and also for their ease of installation, more like no installation. For those who like camping or love to be on the roads for intercity vacations, portable solar panels are a must-have. Sometimes when you choose to live off the grid, having access to portable solar panels will surely come in handy in any unforeseen circumstances.

How do portable solar panels work, then? What do you need to keep in mind before you buy portable solar panels? All are discussed below-

Portable Solar Panels- Their Mechanism

There are several different sizes of portable solar panels, depending on which they work differently. The one which is tiny and foldable typically ranges between 10W to 40W panels. These foldable solar panels, if exposed to sunlight, can generate ample solar energy to charge any devices like a phone, portable speaker, power bank, etc.

Also, there are some portable solar panels that offer a bit more power than carry-ons. These solar panels range between 70W to 100W. They are perfect for your day trip or weekend getaways when your electronics require a little more juice to rev up. These portable/ personal solar panels are ideal for your needs, whether you’re an extreme hiker venturing into the wilderness or a sunbather trying to complete some work in your neighborhood park.

A factor to keep in mind here is the higher the wattage the portability of the panels drops. If you need a solar panel that can provide more than 100W to 120W of backup, it can lose the easy access and mobility aspect of it.

Most portable solar panels work the same way as the regular ones do. But there is no bulky solar inverter in most cases. These portable solar panels come with integrated charge controllers to regular the DC to AC flow. Those who don’t come with a charge controller will auto-charge the solar battery that comes in the package, and you can use that as the primary source of power.

A USB port and a DC output connection are likely to be present, enabling customers to immediately charge their smartphones or laptops. Portable lithium-ion batteries are most frequently used in conjunction with portable solar panels to ensure that their energy may be utilized in any circumstance. (While it is in use, the battery cannot be charged.) The batteries can have a wider variety of output devices, including DC output jacks and common domestic 120-volt AC outlets.

What to Look for When Buying Portable Solar Panels

When you are buying portable solar panels, make sure you check on the followings –

Quality of The Panels

The quality of the panels makes a world of difference. Make sure you go with monocrystalline panels over polycrystalline because they provide higher efficiency, which is crucial. There are many other attributes of portable solar panels which make them of better quality. For example, if they come with an integrated charge controller, they would be able to regulate power better without harming the storage unit. So, keep an eye out for it.

Price Range

Portable solar panels come in different varieties and sizes. Which can alter the price range. Depending on what your agenda is with the portable PV set, you have to set a budget. If you only plan to occasionally use it for camping or hiking, then low-budget ones can be your choice. Otherwise, a bit on the high-range panels is the best choice if you plan to use it a bit more frequently.

Weatherproof or Not

If the panels are weatherproof or not is a huge factor that can make or break the deal. Essentially portable solar panels are purchased with the intention of being carefree with them in terms of usage and carrying. Also, they need to withstand harsh weather and roads to be carried into the middle of nowhere to serve their purpose. For that reason, make sure the panels you choose are sturdy and weatherproof.

Portable solar panels are essentially free energy on the go. We highly encourage everyone to opt for renewable energy sources at any chance they get so that our carbon footprint can remain at a limit. With these small changes in adopting clean energy, we can make a huge difference in the long run.

Along with how do portable solar panels work and how you can get the best one for yourself, if you have any further inquiries reach out to our socials or leave us an email at hello@solaremporium.com.au.

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7 Things You Need to Know Before Buying Solar

Solar panels are becoming increasingly popular as energy prices rise. Considering the situation, why wouldn’t you want to benefit from renewable energy like the Sun? However, installing solar panels is more complex than one might think. To simplify the process, we’ll talk about 7 things you need to know before buying solar.

This will work as a solar guide before buying solar. That’s why we’ve compiled this checklist of things you should know before purchasing solar. But before getting into the checklist, let’s first learn some basics of solar.

What are Solar Panels? 

Solar panels are called PV panels. It works by converting sunlight into solar power. The majority of solar panels are found on rooftops. But, any place with a consistent sunlight source is enough to install solar panels. 

The generated energy can be stored in a dedicated battery and used directly in your home or fed into the primary electrical grid, providing credit to your account. In either case, this renewable energy saves you money by lowering your monthly bills.

Benefits of Solar

A solar home has many benefits for your home and life. As a result, more Australians are switching to this sustainable clean energy. Briefly, let’s look at some benefits- 

Cost-effective  
Reduces carbon footprint 
Lowers energy bills 
Increases home value 
Solar batteries can store power 
Easy to install with good solar and experienced installers 
Convenient loaning system
Options between leasing or buying
Long-term warranty

Is Solar Efficient? 

The efficiency indicator for solar panels depends on how much sunlight it collects and transforms. Solar panels’ efficiency has drastically improved over the years. High-efficient solar panels can convert almost 23% of energy at present. This amount is considered to be the highest till now. 

How Long Does a Solar Panel Last?

Good solar panels can last up to 25 years to 30 years. And appropriate warranties are available for most solar panel owners. Although to make a solar panel long-lasting, you need proper maintenance. Yearly cleaning should be standard in a solar home. But what happens to solar panels after 25 years?

Well, you can simply recycle them. And 95% solar panels are recyclable. But only about 17% of solar panels are recycled in Australia. To know more about this, check our blog Are Solar Panels Recyclable?

There are many things to consider before buying solar panels. Indeed, you would want the best type of solar panel for your home. There are also questions about the installation and connection process. Nevertheless, these questions should not discourage you from investing in solar panels. On the contrary, they will save you on your energy bills and increase the value of your home. 

Analyze Your Energy usage

Before buying a solar panel for your home, you need to analyze your energy usage. Additionally, you must review your energy bills to understand how much energy is used at your residence. That should give you a good idea of the number and the type of solar panels you need to install. As an additional bonus, reviewing your bills can make you aware of how to reduce energy bills. 

Budgeting for Cost 

Before purchasing, ensure you are fully aware of the cost of installing solar panels. Expect to spend a good amount on solar panels and installation. Solar panel price also depends on the area you live in and the area’s available rebates. However, $3000 could be a reasonable starting price. If you consider using the panel for 25 years, then it is a good investment. Also, check out our solar packages to get a better idea. Cost and consideration should go onto this investment.

In addition, you’ll almost certainly need to hire a professional to install them, and you’ll also need to budget for any roof or yard repairs ahead of time. Also, solar panel cost shall be modified by your solar panel’s mount and the types of equipment you are getting. Surely, you want to get solar inverters and solar batteries with your panels to have maximum efficiency.

Get the best solar inverter and the best solar batteries from here!

Get Multiple Quotes 

Getting the perfect quote is essential as it determines whether you are getting a good installer. Checking multiple quotes from different reputed companies and installers is ideal. There are many solar manufacturers in Australia right now. So, visit Clean Energy Council’s approved list for installers.

Having good questions about the process is crucial too. Such as- 

What kind of warranties are you getting? Is it a good deal compared to other companies?   
What are the post-installation services? 
Is the cost breakdown feasible for you? 
What is the perfect location for installation? Does the site coincide with your decision?  
What rebates and incentives are you getting? 
Is the company’s reputation visible based on the reviews?

Ideal Location for Solar Panels

Installing solar panels on rooftops is the standard practice. This is because panels can collect more sunlight if installed on the rooftop. But before setting the panels on the rooftop, you need to inspect your rooftop’s fitness. It is important to know if your rooftop can hold the panels perfectly. You can install it in your yard if the panel receives proper sunlight. Having a proper space for your solar storage system is also essential.

Types of Solar

The most common solar panels are monocrystalline and polycrystalline Silicon. These are found on almost all rooftops. But apart from these two types, there are other types too.

Monocrystalline and Polycrystalline
Interdigitated back contact solar cells (IBC)
PERC
Heterojunction (HJT)
Thin film
Bifacial

Permit 

Whether you need a permit for your panels entirely depends on your local authority, specifically your municipality. Each state and city have its own set of rules regarding solar panels. And need to obtain the installation permit according to your local law. Thus, check with your local government before buying and installing solar panels.

The process may take some time to get approved. So, sort this out before browsing and selecting your solar panels. A good installation company should be able to handle the permitting process, but make sure to ask. 

Rebate for Tax Incentive 

Another advantage is that some states provide incentives to encourage the installation of solar panels. The specifics will vary depending on your location, but you may be eligible for tax breaks and rebates in exchange for your commitment to sustainability.

Furthermore, the federal government offers tax credits to residents, so check your eligibility and take advantage of it. However, if you are leasing solar panels, you will not be able to claim this rebate.

Hopefully, this article has provided you with enough information to purchase your first solar. Therefore, let’s not waste time anymore and take the first step towards a better future. To get the best solar panels in Australia, head to Solar Emporium’s page right now!

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How To Buy the Best Solar Panel

There are hundreds of options in the market when it comes to choosing a solar panel for your roof space. It’s a chore to choose a brand, we admit, but when you know what characteristics make a quality solar panel and what are the basics that make it the best of all choices, it’s a solid game changer as a customer. We highly encourage you to learn what makes or breaks a solar panel so that you know how to buy the best solar panel.

The following are the factors that you should consider while going for a solar power system for the first time.

Solar Panel Efficiency

The amount of sunlight that solar panels are able to collect and transform into power indicates how efficient they are. The highest solar panel efficiency we have today is 22.6%, which means that only 22.6% of the sun’s energy can actually be transformed by that specific module into useful electricity.

High efficiency is one of the most crucial things to know when purchasing solar panels, if not the most important one.

Tier 1 Solar Panels Brands

I’m pretty sure you’ve come across a title that reads, “Our panels are listed Tier 1” while searching the internet for the optimal solar panel. Anyone would presume this to be a quality indicator at first look, but that is not the case.

A production line for that specific panel with a tier 1 rank is an entity that signifies it is in good financial standing. That’s great for the business, but why should it matter to you? According to the manufacturer and panel model, a solar system comes with a guarantee that lasts between 25 years and 30 years. Would the 30 year panel warranty still prevail if the firm closed within that time frame because it was not financially stable? Nope, I quite don’t think so.

There are anecdotes I can recall in which this did happen, and some companies kept the promise of availing solar panel warranty, and some failed miserably. So, it’s better not to take such a risk.

Solar Panel Warranty

The majority of solar panels have a product warranty that lasts from 25 years to 30 years. Due to the fact that solar panels are not inexpensive, a warranty is a crucial consideration and must have; the higher the number of years, the better. Although there are less expensive options, they are still regarded as being inferior to certain other solar PV.

There are several types of warranties, such as product warranty, performance warranty, parts warranty, etc., make sure you understand and get a good warranty offer.

Additionally, some solar panels have a third-party warranty program. So be sure to thoroughly consider it before you make a purchase. Or you can designate us to handle the task and simplify your life.

Solar Panel Degradation Curve

Imagine you still own the same cell phone you bought five years ago. Yes, you may be using it, but does it still function the same way that it did five years ago? I sincerely doubt that it does. Similar to this example, the efficiency rate of a solar panel closely correlates with how well it performs as it matures. This occurrence is known as degradation. The lower this number is, the better.

Keep in mind that nothing good lasts forever; therefore, every solar panel will eventually deteriorate as time goes on. However, what actually matters—and what you should take into consideration as a key factor—is the rate at which the panel deteriorates.

In simpler words, the degradation of solar panels is bound to happen but at what rate is it happening is what matters. The degradation should happen slowly over the course of several years. Check the performance history of the choices you picked so far, or simply consult a solar expert.

Solar Panel Temperature Coefficient

The temperature coefficient is the percentage by which your panels’ effectiveness falls off when the temperature goes over their ideal level, which is 25 degrees Celsius. A solar panel that is very efficient will have a low temperature coefficient, whereas one that is less efficient will have a greater temperature coefficient.

Australian Presence

Make sure the company you choose has a presence in Australia before you commit. The worst-case scenario can occur suddenly, and the business you select to purchase from may go bankrupt. This is merely a plausible outcome.

What happens if the firm from which you purchased your solar panels, ‘X,’ goes out of business and you need to lodge a warranty claim? Would you hold the installer accountable? They weren’t the true supplier; therefore, it doesn’t work like that. But they can definitely help you with it but remember, certain limitations do exist in extreme events like this.

Additionally, it is vital to know that the panels you are spending so much money on have a real office in your country. This way, you may ask them for assistance or use their services whenever you need them.

Now that you know how to buy the best solar panel, please understand that buying the solar panels is only half the job done. I can’t emphasize enough how crucial it is to supervise and ensure that the installation is done exactly according to the rules because the installation procedure determines the other 50% of the remaining job.

Go with a CEC-approved installer who knows what they are doing and what’s best for your property and your future.

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What Happens to Solar Panels After 25 Years

Among all the renewable energy sources, solar panels are the the most accessible one for families all across the globe who are looking to switch to a greener source of energy while decreasing their electric bill.

Solar panels are also becoming less expensive as we speak, making them a perfect candidate for a sustainable energy source for most of us. With easier access, wide availability and government rebates, smart families are switching to solar; however, they last about a maximum of 25 years to 30 years. So, what happens to solar panels after 25 years?

Almost 95% of solar panel are recyclable. That means when solar panels reach an end of life, they can be recycled! Dumping ‘dead’ solar panels in landfill have been completely banned by the Victorian government because any sort of electronic waste is banned.

However, there are far fewer recycling facilities across the country present, making it difficult to recycle at the moment. The good news is multiple initiatives are on the way for establishing recycling facilities in Australia.

At the moment, Lotus energy is the most active in this field, and they already got started with recycling in the past year.

Why Recycle?

Australia is expected to produce one million tonnes of waste (solar panels) by 2047; according to Macquarie University, this amount is likely to rise as more families upgrade their systems rapidly. To help photovoltaic (PV) cells convert sunlight into energy, solar panels are mandated to include hazardous substances (if disposed of incorrectly) like lead. These chemicals may seep out when old and damaged panels are dumped, creating dangerous conditions.

That makes it crystal clear, if not dealt with correctly, it can be a task to dispose of outdated panels. So, it makes total sense for panels to be recycled and not just left to be a massive pile of e-waste when the first wave of solar panel dumping starts.

What Other Options are Available Other Than Recycling

Instead of recycling, there are many ways a solar panel can be disposed of. There are many services available that take care of your electronic waste, such as solar panels, and take measurements for proper disposal. Because dumping them in landfills is illegal, many local councils can be tipped off.

Other than that, you can also reuse the panels and make it a part of your camping essentials. Even after solar panels reach its official end of time, they can still produce some electricity if used in bright sunlight and cleaned properly.

Also, there are many offshore facilities for recycling solar panels. You can contact the relevant government departments or the IRENA (International Renewable Energy Agency), or your initial installer to talk about your solar replacement options.

How To Make My Solar Panels Last Longer?

To get the most out of your solar panels, you must taking precautionary measures from day 1. You know what they say, precaution is better than cure! In these measures, you can take the installation process itself as the first task. Make sure you go with a team of professionals who knows what they are doing. Please note, they must be approved by the CEC (Clean Energy Council).

The entire rooftop solar system has to be of high quality for it to be long-lasting. Also, check the government rebates, the components used have to be CEC-approved.

Make sure you clean your solar panels at least twice a year, so that excess amount of dirt and debris don’t accumulate on them, creating a barrier for proper sunlight to shine. This is deemed as a shading issue, which lowers the efficiency of solar panels by almost 50%.

So, what happens to solar panels after 25 years is they go through a proper recycling and disposal channel and get a second life. Unfortunately, the unavailability of such facilities results in the panels being dumped unethically. To prevent such occurrences, the Australian government is soon to take measurements in the upcoming years.

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Category: Solar

What is Renewable Energy?

Common Forms of Renewable Energy

Brief History of Energy Usage

Why do We Need Renewable Energy?

Benefits of Renewable Energy

Is Energy Transition Really Worth It?

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What Are the Main Sources of Renewable Energy in Australia?

Geothermal Energy

Hydro Energy

Wind Energy

Solar Energy

Ocean Energy

Bioenergy

Opportunities in Renewable Energy

Benefits of Renewable Energy

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Inception & Overview of Trina Solar

A Tier 1 Manufacturer

Power Ratings

Maximum Efficiency Ratings

How Much Does Trina Solar Cost?

Trina Solar Modules

Trina Vertex Series-

Trina Honey Series-

Trina TallMax Series-

Trina Duomax Series-

Trina Solar Panel Specifications

Performance & Quality

Improved Quality Control of Trina Solar

Warranty & Better Warranty Support

Comparison between Trina, Jinko & REC solar panels

Is Trina Solar the Best Option?

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Quick Summary

Company History

Range of Panels

Jinko solar panel specification

Jinko Solar Panel Cost

Jinko Solar Panels: Pros & Cons

Pros

Cons

Efficiency

Battery Storage System

Sustainability

Warranty

Dominance in Australia

Is It Worth Purchasing Jinko?

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SunPower Solar Panels- How it All Started

About SunPower Solar Cell Technology

Maxeon Cell Technology

IBC Solar Cells

Shingled Cells

Top Modules of SunPower Solar Panels

Maxeon 6 AC Solar Panel (Datasheet)

Maxeon 6 AC Solar Panel (Datasheet)

Performance 6 Solar Panels (Datasheet)

Specifications At a Glance

Points of Difference and Areas to Improve for SunPower

Pros

Cons

SunPower Solar Panel Warranty

Certifications and Achievements

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Quick Summary

Overview of Canadian Solar

What is a Tier 1 Solar Panel?

Range of Panels

Various Series of Panels Available in Australia

All-Black series

HiDM series

Ku series

HiKu Series

Cost

Efficiency

Performance (temperature coefficient)

Warranties

Pros and Cons of Canadian 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? 

Range of Panels 

Various Series of Panels Available in Australia 

HiKu Series 

Cost 

Performance (temperature coefficient) 

Pros and Cons of Canadian Solar 

Are Canadian Solar Panels Worth Buying? 

What are Solar Panels? 

Is Solar Efficient? 

Budgeting for Cost 

Get Multiple Quotes 

Permit 

Rebate for Tax Incentive 