China Construction Power Construction Co., Ltd. said on the 13th that the No. 1 project of Inner Mongolia Dalat Banner Photovoltaic Power Generation Leading Award Base undertaken by its subsidiary China Construction Zhonghuan Engineering Co., Ltd. was successfully completed. This means that the world's largest desert centralized photovoltaic power generation base is about to be connected to the grid for power generation.
  　
It is reported that this project is undertaken by China Construction Central Engineering Co., Ltd. through EPC general contracting project. The project has an installed capacity of 69.03 MW, which will be integrated with the first phase of the photovoltaic power station in the base after completion, covering an area of about 1.2 million square meters, with an annual power generation capacity of 2 billion kWh and an output value of 620 million yuan, which will become the world's largest desert centralized photovoltaic power station.
  　
As a national photovoltaic power generation leading award base, the project continues to optimize and improve construction technology and power generation technology, always maintaining the industry-leading level, which can improve the power generation efficiency by 15% and drive the scientific and technological development of Inner Mongolia's new energy industry.
  　
Yu Haowei, deputy general manager of the new energy division of China Construction Central Engineering Co., Ltd. and project manager of Dalat Phase II Phase 1, introduced that during the construction process, the project team overcame difficulties, solved the problems of desert drilling and desert windy weather, successfully built more than 23,000 photovoltaic brackets in the desert, and successfully laid more than 170,000 photovoltaic power generation panels, grabbed the construction period delayed by the epidemic, successfully completed the construction task, and achieved the goal of grid-connected power generation.
  　
It is reported that the project adopts the model of "forest-light complementarity" in design to achieve the "double optimization" of clean energy environmental protection benefits and crop planting economic benefits, planting sand barriers around the base, creating protective green belts on both sides of the main road, densely planting dwarf economic forests suitable for local growth between photovoltaic arrays, stabilizing quicksand, resisting wind and sand, and steadily promoting desertification control; In addition to green plants, cash crops such as red dates and astragalus have been planted on an area of 48,000 mu, increasing the ecological and economic income of local poor residents and providing strong support for poverty alleviation.
  　
According to reports, after the project is connected to the grid for power generation, the energy conservation and emission reduction effect is equivalent to saving 660,000 tons of standard coal per year, reducing carbon dioxide emissions by 1.65 million tons and dust by 450,000 tons, which will effectively improve the energy structure and ecological environment quality of Inner Mongolia Autonomous Region.