An inverter, also known as a power regulator, converts direct current (DC) energy into alternating current (AC) power. The circuit that performs this function is called the inverter circuit, and the device itself is referred to as the inverter. In a solar power generation system, the efficiency of the inverter is critical in determining the capacity of the solar cells and the battery. A failure in the photovoltaic inverter can lead to a system shutdown, resulting in a direct loss of power generation. Therefore, high reliability is a crucial technical requirement for photovoltaic inverters.

Effective heat dissipation is essential to ensure the high reliability of photovoltaic inverters. Consequently, heat dissipation simulation tests are a primary consideration in the early stages of inverter design. Lori Thermal, a leading high-power heat dissipation specialist in China, boasts a first-class thermal design and development team with robust simulation and testing capabilities. They have partnered with numerous photovoltaic inverter manufacturers both domestically and internationally, providing professional technical support for inverter cooling solutions.