April 8thMs. Qi Lina from Fonrich (Shanghai) New Energy Technology Co., LtdWill be invited to participateOriental Finance · Pudong Channel's "Creating a Winning Future" New Energy Special ProgramLecture on the theme of "Being a Smart Housekeeper of Photovoltaic Power Plants"Fonrich (Shanghai)

In order to help new employees quickly complete their role changes and speed up their integration into the vigorous atmosphere of the company's business development, on the afternoon of November 9th, Fonrich's new employee induction training was held in the company's conference room. In order to improve the effect of this training, Zhang Yong, general manager of Fonrich, personally gave lectures to help new employees deepen their understanding of the company, get familiar with the rules and regulations as soon as possible, and at the same time make the content of the training more substantial and effective.

FR-DCMG-MMPL power line carrier communication products are mainly used in DC power transmission, distribution and other occasions, such as photovoltaic combiner boxes, DC cabinets, telecommunication equipment rooms and communication base stations. Collect node data through power line carrier, and then communicate with the host computer through RS485. Its main functions include real-time monitoring of each branch current, bus voltage, box temperature, lightning arrester status and DC circuit breaker status in the DC system. It can realize automatic alarm of abnormal state and so on.

On June 14, 2022, Shanghai Electric Power issued an announcement: the company won the bid for the distributed photovoltaic development rights of the 62MW base station of the Zhejiang Branch of China Tower Co., Ltd. (hereinafter referred to as "China Tower"). The project is located in Zhejiang Province and involves about 11,500 computer room roofs and 6,900 cabinets of China Tower in Zhejiang. It is planned to build about 62MW of distributed photovoltaics. It uses DC micro-grid power supply technology to provide green power for the tower base station, and the power generation can reach 100% consumption.

With the rapid development of distributed photovoltaics, the energy efficiency of the system is increasingly valued. The type and orientation of distributed photovoltaic roofs are complex, often causing design difficulties and power generation losses due to weather, component quality, component orie