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
- 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!
