How PV systems with LiFePo4 batteries work.

Solar is the future. Here we will show you how you can feed the energy from your solar system with our batteries.

How does photovoltaics work?

The question many people ask is: How does solar energy work? Unlike energy from wind turbines or power plants, PV solar modules have no moving parts - so how exactly is this energy generated?

Solar modules capture the sun's energy and convert it into electricity and heat. Solar energy generates electricity using silicon-based photovoltaic cells. Multiple PV cells make up a solar panel, and many solar panels are joined together to form an array, typically covering rooftops or solar farms.

How can LiFePo4 batteries be connected to PV systems?

The LiFePo4 battery serves to store the electricity generated by the PV system. It is not connected directly to the PV system, as a solar charge controller is first connected to convert the electricity. This electricity is then stored by the battery. The inverter is connected to the battery and converts the battery's direct current into alternating current. This alternating current corresponds to the 230V power network and supplies all common household devices.

PV systems should be connected by skilled workers. Please contact your electrician for installation.

So why operate a PV system with LiFePo4 batteries?

In addition to the long lifespan of LiFePo4 batteries and the uncomplicated and seamless integration into PV systems, they can serve as a good replacement for more traditional heating systems and against electricity dependencies. They are a good replacement for gas heaters, as air heat pumps can easily be operated with the electricity generated by PV systems. This means that houses can become independent of gas or electricity grids.

Smaller systems, such as balcony power plants, can also reduce dependence on electricity. They can be operated in a small area with minimal effort and significantly reduce a household's electricity consumption and dependence on electricity.