Key Factors Affecting the Conversion Efficiency of Solar Power Inverters for Home

Choosing a solar inverters for home

You will use an inverter in your home, and there are many home high-power inverters available on the market. There are many choices in terms of product model or brand, but the purchase of inverters is not a simple matter. The current market is flooded with products of varying quality, and the selection of high-quality, high-power solar inverters for homes requires special caution. Blindly choosing an inverter will not do. In particular, some people think that the cheapest products have the best cost performance. However, home inverter use should consider long-term use, so as to provide more protection. Regardless of the brand, the internal configuration and detailed parameters of the machine should be the primary consideration in selecting solar inverters for homes. Choose the right inverter for you according to your personal requirements, whether it is a car inverter or a home inverter, with quality and after-sales service being the most important factors.

Two key factors affecting the efficiency of solar inverters for homes

The conversion efficiency of solar inverters for homes refers to the efficiency of converting the electric energy generated by solar panels into electricity. In the photovoltaic power generation system, the conversion efficiency of solar inverters for homes is directly related to the amount of electricity generated. In addition to the technical challenges, attention should be paid to the inverter conversion efficiency.

• When converting direct current into alternating current, a power semiconductor circuit should be selected to convert the direct current. In this way, the power semiconductor heating causes power consumption, but according to the design of the switch circuit, the loss can be minimized.

• The efficiency control of solar inverters for homes is used to improve efficiency. The output current and voltage of solar panels will vary with changes in sunlight and temperature, and the inverter can control the current and voltage to achieve the maximum power point and higher conversion efficiency. The control characteristics of the inverter vary with different manufacturers, and the conversion efficiency is also different. For example, some inverters have high conversion efficiency even when outputting maximum power, but have low conversion efficiency when outputting low power. There is also an average conversion efficiency from low-power output to high-power output. Therefore, when choosing inverter system for home use, consider the output characteristics of the solar panel to be installed.
  

Every 0.1% increase in efficiency of solar inverters for homes represents a great deal of efforts of research and development personnel. Various technical research in research and development, testing, etc. represents the highest level of industry efficiency. Start from the design details and ensure the power generation rights and interests of photovoltaic power generation system investors.