It can be challenging to decide which features and technical requirements are most important when comparing quotes for various home solar battery systems. For a good reason: the home energy storage market is so young that you, as a homeowner, probably do not know anyone with a battery who you can enquire about their experience.
A solar battery is a gadget that stores electricity for later use, allowing you to use more of the solar energy you generate at home, keep devices running during a power outage, and in some cases, even save money on electricity. Due to their greater capacity to charge and discharge electricity than something like a car battery, they are commonly referred to as “deep cycle batteries.” They can also be recharged.
While each battery from companies like Bright Earth Solar must satisfy specific reliability and safety standards in order to be sold and installed, there is very little standardization of specifications and features among the batteries currently on the market for renewable energy sources.
Factors To Consider When Buying Solar Batteries
Power Rating
The number of kW that a battery can deliver all at once is referred to as the battery’s power rating. In other words, a battery’s power rating informs you of both the number and type of appliances it can power simultaneously.
Different appliances utilize different amounts of power, which is measured in kilowatts (thousands of Watts) or amps. For instance, while a 3-ton AC unit will consume 20 Amps or 4.8 kW, a typical compact fluorescent lightbulb will only consume 12 Watts (or 0.012 kW). The majority of batteries on the market today produce power continuously at a rate of about 5 kW.
Battery Size And Available Storage
The amount of electricity a battery can store and deliver to your home in the battery bank is referred to as its capacity (or size). While battery size is measured in kilowatt-hours (kWh), which is power multiplied by time, power is measured in kW. As a result, a battery’s storage capacity indicates how long it can power various appliances in your house. A battery’s usable capacity tells you how much of its stored electricity you can actually access, so be sure to look for that number.
Because electricity use is power times time, if you use more power, your supply of stored electricity will deplete more quickly. On the other hand, you can keep them running for a longer period of time if you are only using your battery to back up only a few appliances with a modest amount of power consumption. Because the amount of power a battery is producing directly affects how long a charge will last, this can make battery size somewhat misleading.
Safety
Every quality Solar Battery in Adelaide is secure and complies with these safety requirements, which all solar batteries must meet in order to become approved for installation in homes and businesses. But even so, some battery chemistries have undergone safety testing to varying degrees, even exceeding the government-mandated safety standards for batteries, indicating that some battery chemistries are marginally safer than others.
Conclusion
The size of your home, the features of your solar installation, and even what you want to get out of an energy storage system will all affect which battery is best for you. If your home is big and has lots of appliances, you should look for a high-capacity Solar Battery in Adelaide that can continue to produce electricity for a long time. A smaller battery with excellent battery integration might be the best option if you care more about maximizing your solar panel system, which includes charge controllers than about saving money.
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