State Power Investment Corporation Inner Mongolia Company's new energy million-kilowatt base was completed
On the 8th and 9th, the full capacity of the 300,000-kilowatt wind power project of the Huolinhe circular economy demonstration project in Inner Mongolia was connected to the grid. So far, the Huolinhe circular economy green power installed capacity has exceeded one million kilowatts, becoming the first new energy company in Inner Mongolia of State Power Investment Corporation. kW base.
The Huolin River Circular Economy Demonstration Project, located in Huolingol City, Inner Mongolia Autonomous Region, was constructed by the State Power Investment Group with a total investment of 5.67 billion yuan. As the world's first "coal-electricity-aluminum" circular economy green industry cluster, the Huolinhe circular economy demonstration project relies on the region's abundant wind energy, solar energy and low-quality coal resources, and follows the principles of "using coal to generate electricity, using electricity to refine aluminum, and using aluminum to carry electricity Based on the general idea of promoting coal with electricity, 1.8 million kilowatts of thermal power installed capacity, 900,000 kilowatts of wind power installed capacity, 150,000 kilowatts of photovoltaic installed capacity, 860,000 tons of electrolytic aluminum production capacity and supporting self-provided power grid have been built, including annual consumption of 10 million tons of low-quality coal. , The circular economy industrial cluster of the monitoring and command center has built a demonstration area for the clean development of high-energy-carrying industries.
After the Huolinhe Circular Economy Demonstration Project was put into operation, graded utilization of low-quality coal, medium-quality coal, and high-quality coal was realized, and carbon emissions and resource losses caused by coal transportation were greatly reduced; urban reclaimed water, coal mine drainage water, surface water The three-level complementary water use method scientifically and comprehensively utilizes water resources; the combined heat and power generation replaces more than 40 low-efficiency small boilers for household heating of urban residents in the region, and the heating area reaches more than 7 million square meters; A new type of modern smart grid with thermal power as the main peak shaving and aluminum load participating in the mediation; realizes the joint operation of coal, circuit and port, and forms a large coal export channel that integrates production, transportation and sales, and synchronizes logistics, information flow, and capital flow.
At the construction site of a wind power project, the fan impeller is being hoisted
The 300,000-kilowatt wind power project put into operation this time is an important measure for SPIC Inner Mongolia to create an upgraded version of Huolinhe circular economy. The project will start construction in August 2022, and a total of 45 wind turbines will be installed.
At the construction site of a wind power project, the fan impeller is being hoisted
Up to now, the green power installed capacity of the Huolinhe Circular Economy Demonstration Project has reached 1.05 million kilowatts, accounting for 37% of the total installed power capacity. It can transport 3.5 billion kilowatt-hours of clean energy every year, save about 1 million tons of standard coal, and reduce carbon dioxide emissions by about 2.9 million tons, greatly increasing the proportion of green power consumption, optimizing the layout of the energy industry structure, promoting the transformation from "coal power aluminum" to "green power aluminum", and continuing to promote the green and high-quality development of the regional economy.
It is reported that in the next step, the upgrading and development of Huolinhe’s circular economy industry will focus on the implementation of major tasks such as the rapid development of new energy, the improvement of thermal power flexibility, energy conservation and emission reduction, and the intelligent and efficient operation of distributed smart grids, so as to optimize the energy layout and structure and help the circular economy. Industrial transformation and upgrading.