The technology that converts solar energy into electrical power is known as photovoltaics (PV). Silicon-like compounds are able to convert solar energy directly into electricity. This situation is known as the photovoltaic effect. PV systems are usually installed remotely from the grid. From an economic point of view, it is used in regions where it does not make sense to pull the power grid.
The energy supplied by PV modules is direct current, like in batteries. These type of systems generally use gel batteries, some deep cycle lead-acid batteries, and specialty lithium batteries. In order to be able to use this energy in systems and houses, it must therefore be converted into alternating current with an inverter. In addition, thanks to the PV modules, electricity is produced where the energy is consumed, while the electricity obtained from the PV modules can be fed into the grid using the meter to be installed in the system. When the homeowners produce more energy than they use, the distributor pays the homeowners through the guaranteed purchase announced by the government. If the energy consumption is high, the homeowner only draws this difference from the network.
Use of lithium solar batteries with inverter
The inverter lithium solar battery is used in many sectors, but the sectors that require the inverter lithium battery are the sectors where the battery and inverter need to work to keep the compass working.
The photovoltaic sector is one of the most demanding lithium Solar battery with inverter although it has great power even in the industrial field and for domestic use with high demands.
In systems that are disconnected from the mains, the battery quality is very important. The battery should have a long service life and high charging efficiency. It should be resistant to adverse environmental conditions such as temperature. The manufacturers of the lithium solar battery with inverter estimate the service life of the lithium solar battery with inverter based on the number of charging and discharging cycles that the battery can withstand.
Importance of the solar battery with inverter in the off grid
The importance of the lithium battery lies more in PV systems that are separated from the grid and are generally referred to as grid-independent solar power systems. These types of systems are systems for generating, storing and using energy in places where there is no network. In order to produce energy, there has to be a certain demand. In cases where there is no need, the energy generated is stored and then made available for use.
In systems separated from the grid, only DC loads can be fed. First, the direct current obtained via the panels is combined with the DC load break switch and sent to the charge controller. The charge controller also regulates the energy generated based on the battery and voltage values. Direct current is then accumulated in the batteries. In addition, the charge controller regulates the task of feeding the accumulated and stored energy with consumers.
(Guest article)