en.Wedoany.com Reported - Recently, the 100MW solar thermal project of Luneng Fukang Multi-Energy Complementary (and New Energy Market-Oriented Grid Connection) project successfully achieved its first plant auxiliary power reception, marking the official transition from the equipment installation phase to the system commissioning phase. This project is the first full-process design project for a tower-type molten salt solar thermal system undertaken by Inner Mongolia Electric Power Survey and Design Institute (Inner Mongolia Institute). As a consortium member and the main design unit, the Inner Mongolia Institute completed the full-discipline construction drawing design and provided full-process on-site technical services.
Plant auxiliary power reception is a critical milestone in the construction of solar thermal projects, and its success directly impacts the progress of subsequent commissioning work. Since the project's launch, the Inner Mongolia Institute has coordinated collaboration across all disciplines, completed multiple rounds of drawing review and optimization, and organized special design briefings after delivering construction drawings, addressing all queries raised by construction units and equipment suppliers regarding the drawings. During the critical phase of plant auxiliary power reception, design personnel fully supported on-site installation and commissioning work, promptly resolving various technical issues, thereby providing technical assurance for the successful first power reception.
The Luneng Fukang 100MW solar thermal project is a key regional multi-energy complementary new energy project, utilizing tower-type molten salt energy storage technology. The mirror field has a total light collection area of approximately 580,000 square meters, equipped with 15,697 heliostats and an 8-hour long-duration molten salt thermal storage system. Upon completion, the project will enhance the peak-shaving and energy storage capacity of the regional power grid, operate in coordination with the co-located 900MW photovoltaic project to achieve 24-hour stable power supply, and support local carbon emission reduction targets.
As the first full-process design project for the Inner Mongolia Institute in the field of tower-type molten salt solar thermal technology, the successful achievement of this milestone has accumulated practical experience in the integrated design of multi-energy complementary solar thermal projects. Going forward, the Inner Mongolia Institute will continue to support subsequent system commissioning work.
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