The modern energy ecology of the home requires efficient synergies between different energy sources. Solar panels have become a popular way for households to harness renewable and clean energy to convert sunlight into electricity. However, this is where the challenge arises: solar panels produce direct current (DC), while most domestic electrical appliances run on alternating current (AC). The solution to this is inverters.
Inverters are smart devices that play a crucial role in solar energy systems. They enable the direct current from solar panels to be converted into the alternating current needed in households. Inverters work on the principle of electronic components and magnetic fields converting direct current into alternating current (AC), adapted to household appliances and power grids.
Efficiency is an important aspect of any solar energy system. Choosing the right inverter plays a major role in the overall efficiency of the system. The size and capacity of the inverter should be appropriate to the size of the solar system and the household energy consumption. Microinverters may be ideal for smaller systems, while medium inverters are suitable for larger installations. Hybrid inverters, which combine solar energy with batteries, even allow energy storage.
Inverters are not limited to converting DC to AC. Many of today’s inverters are equipped with the ability to return surplus energy to the grid, creating the possibility to sell energy back or reduce your electricity bills. Such inverters, with the ability to reverse the grid, help to balance the energy flow in the system.
Future trends in inverters include smart solutions that enable real-time monitoring of system performance and energy consumption. This will allow homeowners to monitor and optimise their energy consumption and thereby improve the performance of their solar system.
We make your energy consumption green and sustainable.
Solar panel sales, maintenance and installation – making solar energy accessible!
Solargo OÜ © 2024. All rights reserved.
