According to China Energy Construction news, recently, the Three Gorges Energy Qingyu DC 100,000 kilowatt photothermal project constructed by China Energy Construction Zhejiang Thermal Power successfully passed the 14-day trial operation. All operating parameters were stable, all assessment indicators were met, and it was officially put into operation. The project is located in the Gobi Desert region of Qinghai. It is a domestic large-scale molten salt energy storage photothermal demonstration project. The project relies on a 12-hour ultra-long-term molten salt energy storage system to effectively solve the random, intermittent and volatile shortcomings of traditional new energy sources. It has strong peak and voltage regulation, peak cutting and valley filling capabilities, and can continuously deliver stable, reliable, and high-quality clean green electricity to the Qingyu DC UHV channel. It is a typical practical project for the collaborative development of source network load storage in the construction of a new power system.

According to China Energy Construction news, recently, the Three Gorges Energy Qingyu DC 100,000 kilowatt photothermal project constructed by China Energy Construction Zhejiang Thermal Power successfully passed the 14-day trial operation. All operating parameters were stable, all assessment indicators were met, and it was officially put into operation. The project is located in the Gobi Desert region of Qinghai. It is a domestic large-scale molten salt energy storage photothermal demonstration project. The project relies on a 12-hour ultra-long-term molten salt energy storage system to effectively solve the random, intermittent and volatile shortcomings of traditional new energy sources. It has strong peak and voltage regulation, peak cutting and valley filling capabilities, and can continuously deliver stable, reliable, and high-quality clean green electricity to the Qingyu DC UHV channel. It is a typical practical project for the collaborative development of source network load storage in the construction of a new power system.