Why Solar Inverter is So Popular in the Recent Years?
Admittedly, the rapid greenhouse gas emissions and increasingly growing demand for renewable energy are stimulating the business environment of the solar energy industry. Meanwhile, governments’ initiatives to shift to renewable sources of energy to reduce carbon footprint will reshape the market trend tremendously.
Photovoltaic inverter, as one of the most critical components of solar power systems, converts variable direct current (DC) into alternating current (AC) to run residential appliances. The PV inverter market size exceeds USD 19.18 billion in 2021. It is projected to exhibit growth at a CAGR of 5.3% from 2022 to 2028, and reach US$270 Billion By 2028.
So, what exactly is a solar inverter? What convenience can it bring to our lives? How should ordinary people choose the right inverter for themselves? Let’s take a look!
What is a solar inverter?
A PV inverter (PV inverter or solar inverter) converts the variable direct current voltage generated by photovoltaic (PV) solar panels into a utility frequency alternating current (AC), which can be fed back into a commercial transmission system or used off-grid on the grid.
Being an important balance of systems (BOS) in PV array systems, the PV inverter can be used in conjunction with general AC-powered equipment. In addition, it equips special features to match the PV array, such as maximum power point tracking and anti-Islanding Protection.
What does a solar inverter do?
The direct current generated by the photovoltaic module first passes through the DC filter circuit, removes current fluctuations and electromagnetic interference to enter the inverter circuit. Then,
In the inverter circuit, the DC power is converted into AC power, and then the irregular AC power is rectified into sinusoidal AC power. Then, the filtering circuit removes high-frequency interference signals generated during the inverter process, which is integrated into the grid or direct path load.
Types of solar inverters
The centralized inverter transforms the aggregated DC power into AC power, making the power relatively large. Therefore, it is widely used in PV power plants.
String inverter directly transforms DC power generated by the module into AC power for aggregation. Compared to the centralized inverter, the power of a string inverter is relatively small. With its compact design and the proper size, it realizes easy installation, and has a wide range of applications.
The decentralized inverter realizes string-level MPPT and higher power generation. It boosts DC and AC transmission voltage and reduces losses in the transmission and distribution system. With the advantage of the flexible configuration of capacity and distribution ratio, the decentralized inverter centralized grid connection to provide better grid adaptability, which further reduces operating costs. It will be an ideal power generation solution for power stations in the mountain.
With innovative technologies, continuously enhanced engineering R&D facilities and sophisticated test equipment, Livoltek continues to deliver efficient, energy-saving and reliable solar inverters. Livoltek also has an in-depth understanding of customers’ operating environments and process needs to provide complete solar energy solutions with competitive advantages. Click and visit livoltek for more information!