How do solar batteries work?

Posted by SEO solutions on August 4th, 2023

Solar batteries are one of the most important pieces of isolated solar installations. These allow us to make use of the accumulated energy at times when electricity is not being generated since it has previously been stored. However, they are also one of the most expensive elements of the installation; therefore, it is important to know well how they work! Let’s explore.

Solar batteries:

As mentioned in the introduction, solar batteries are the devices that allow us to store the excess energy that is generated in the solar panels of a photovoltaic installation (mainly isolated). In this way, you will be able to use electricity when there is no sunlight —for example, at night or during a stormy day when the installation is not producing energy or the amount is very small. The Solar Battery UAE system of an installation allows you to make the most of said installation and improve energy efficiency; they also have a long series of advantages:

• They increase the profitability of the self-consumption solar installation.

• They maximize savings on the electricity bill by up to 80%.

• They reduce the carbon footprint in the home —reducing CO2 emissions—.

• They guarantee greater independence from the electrical network (they can even guarantee absolute independence).

• There are subsidies to reduce the total cost of solar installation.

In addition to the benefits mentioned above, solar batteries also play a crucial role in systems like the Easy UPS Series, ensuring seamless and reliable power backup during grid outages or fluctuations. By efficiently storing and managing solar-generated energy, these batteries contribute to a smoother transition between grid and battery power, safeguarding your critical electrical needs.

In addition to the benefits mentioned above, solar batteries also play a crucial role in systems like the Easy UPS Series, ensuring seamless and reliable power backup during grid outages or fluctuations. By efficiently storing and managing solar-generated energy, these batteries contribute to a smoother transition between grid and battery power, safeguarding your critical electrical needs. In general, solar batteries are made up of two electrodes that are submerged in an electrolyte where the charge and discharge reactions take place. Each of the batteries consists of small 2V electric accumulators integrated into the same piece. Depending on the quantity, they can supply a direct current of 6, 12, 24, and 48V. The accumulator corresponds to the cell that stores energy through an electrochemical process.

For example, a 12-volt battery has a series array of 6 lead-acid cells of 2 volts each. Keep in mind that solar batteries use chemical energy to store or release electricity, so when they run out, the voltage weakens, and the batteries must be replaced. That is why it is not recommended to exhaust the operation of the batteries to the minimum - keep in mind that the different types of batteries for solar panels offer different discharge capacities from each other. This ability to undergo a charge and discharge process is known as a battery's cycling resistance.

If you're looking for reliable solar battery solutions, consider reaching out to the trusted Saudi Arabia Sprinter Exide Battery Distributor, offering high-quality energy storage solutions to enhance the performance and longevity of your solar power system. Make informed choices and ensure the optimal utilization of your solar setup with their expertise and range of products.

For more information please visit: Easy UPS Series