Recently, with the official commissioning and operation of the "Electricity from Gansu to Shandong" project, the coal and electricity integrated energy base in Longdong, built by Shandong Energy, is becoming an important force in ensuring the electricity safety of Shandong and promoting the transformation and upgrading of the energy structure in Shandong.
At present, the first 1 million kilowatt ultra-supercritical coal-fired unit of Lingtai Power Plant, a subsidiary of Shandong Energy, is undergoing equipment commissioning at an accelerated pace and is expected to be connected to the grid for power generation in the near future. Lingtai Power Plant plans to have both of its two 1 million kilowatt-level generating units fully completed and connected to the grid for power generation by June this year, with an annual power generation capacity of 10 billion kilowatt-hours.
In addition, as a core component of the "Gansu Electricity to Shandong" supporting project, the 1.5 million kilowatt new energy base in Baiyin of Shandong Energy's "Gansu Electricity to Shandong" project has also achieved a key breakthrough recently, with the successful installation of a 7.5-megawatt D221-meter large-diameter wind turbine.
It is reported that the single-unit capacity of this type of wind turbine is 7.5 megawatts, making it the largest model in commercial batch application in the eastern part of Gansu Province at present. When each wind turbine is operating at full capacity, its hourly power generation can meet the electricity demand of 100 people for a month. Its large-scale application will significantly intensify land use and improve the utilization efficiency of regional wind resources.
Next, Shandong Energy will further optimize the layout of coal mines, coal-fired power and new energy projects in Longdong, accelerate the construction of a coal, electricity, wind and solar integrated energy base in Longdong, and contribute to the energy structure transformation and high-quality development of Shandong Province and Gansu Province.