With the rapid rise of distributed photovoltaics, distributed photovoltaics have appeared in operation from the roofs of farmers, industrial and commercial enterprises to campuses, hospitals, gas stations, oil fields, airports, high-speed railway stations, etc. However, compared with ground power stations, distributed photovoltaic power stations are mostly concentrated in areas with high power load and dense human flow, and the combination with different industries brings more complex application scenarios, which puts forward higher requirements for the energy use reliability of photovoltaic power stations. In addition, from the perspective of the power system itself, with the increasing proportion of photovoltaic installed in the power system, the requirements of the power grid on the photovoltaic power generation system and the response and regulation ability of the power dispatching and operation environment are also increasing. In addition, the increase in the proportion of distributed generation also puts forward new requirements for the detection and warning function of system reliability and security. 

In the face of the different needs of different industries and the increasingly stringent standards of the grid for distributed PV, Boer Energy continues to develop and upgrade equipment research and reliability. Focusing on reliability, safety, power generation and intelligence, we will build distributed photovoltaic power stations to provide better energy use experience. The introduction of solutions more suitable for distributed photovoltaic application scenarios according to local conditions to ensure the reliable and stable operation of power stations will become a solid guarantee for the healthy and sustainable development of the distributed photovoltaic market.