NEWS
15
2022
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12
Tibet photovoltaic modules were successfully connected to the grid for power generation
2022-12-15
Author:
On the afternoon of December 8, the first batch of photovoltaic modules of the Naquxinid 120,000-kilowatt photovoltaic power supply guarantee project, the largest photovoltaic storage power station currently under construction in Tibet, which was built with the participation of the Ninth Bureau of Hydropower, was successfully connected to the grid for power generation, contributing to the power construction force to ensure the warm winter energy supply of the Tibetan people.
The Tibet Autonomous Region has the structural power shortage characteristics of "summer and winter shortage, day and night shortage", and the construction of a single photovoltaic power station cannot more effectively solve the problem of power supply at local power points, and how to solve the problem of power generation and storage is very important. The project is a power supply guarantee project in Tibet this winter and next spring and the "14th Five-Year Plan", located in Seni District, Nagqu City, with an installed capacity of 120,000 kilowatts of photovoltaic (including 120,000 kilowatt-hours of energy storage), which is the largest photovoltaic project under construction in Tibet. The main construction content of the project includes the 110 kV prefabricated cabin strip foundation of the booster station, the 35 kV prefabricated cabin foundation, the main transformer foundation concrete, the installation of nearly 700 inverters, etc., and has completed more than 900 sets of photovoltaic brackets and module installation, electrical installation and other construction tasks.
After the full capacity of the power station is put into operation, it will have an average annual power generation capacity of 247 million kWh, which can effectively alleviate the power gap in Nagqu City during peak hours, provide safe and clean green electricity for economic and social development, and become a booster to solve the difficulty of electricity consumption in society and people's livelihood.