【Hydrogen Energy】Jingneng Chagan Naoer Wind, Solar, Thermal, Storage and Hydrogen Integrated Project with 2000 Nm3/h Hydrogen Production Capacity
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Happy May Day! On April 15, a mobilization meeting was successfully held to kick off the construction of the hydrogen energy projects associated with the Jingneng Chagan Naoer integrated wind, solar, thermal, storage, and hydrogen project. The Party Committee of Abaga Banner in Xilin Gol League, Ge Yongjun, the executive vice-banner chief, along with relevant leaders from Jingneng Technology, Jingneng Clean Energy’s Inner Mongolia branch, and Jingneng Xilin Energy, attended the event. The demonstration project is coordinated by Jingneng Group, with the three secondary platforms of Clean Energy, Jingneng Power, and Jingneng Technology working together to carry out its implementation. Green hydrogen is produced using green electricity, and comprehensive applications of hydrogen energy in industrial, municipal, and domestic sectors are developed and demonstrated in the Xilingol League area, reflecting the complementary advantages of \"Jingdong Cooperation\". Jingneng Technology will firmly uphold the principle that \"quality comes first in long-term projects,\" work closely with design, construction, supervision, and other relevant parties to ensure that each party fulfills its responsibilities properly. By assigning skilled personnel and implementing top-notch management practices, it will guarantee that the project is carried out as planned, striving to turn the hydrogen energy infrastructure associated with the Jingneng Chagan Naoer integrated wind, solar, thermal, and hydrogen storage demonstration project into a high-quality, exemplary, and model project. To help achieve the strategic goal of \"carbon neutrality\" in the Xilingol League and to establish a new type of power system based on new energy sources, Jingneng is committed to contributing its expertise and efforts. The Jingneng Chagan Naoer wind, solar, thermal, storage and hydrogen integration project plans to establish a total hydrogen production, processing and utilization capacity of no less than 2,000 Nm3/h. The project will be implemented in phases: in the first phase, one hydrogen production plant with a capacity of 500 Nm3/h and one hydrogen refueling station with a capacity of 500 kg/day will be built at the Chagan Naoer Power Plant, while one portable hydrogen refueling station with a capacity of 500 kg/12 hours will be constructed in Xilinhot. At the same time, hydrogen application scenarios for heavy trucks, buses, and distributed heat and power generation in industrial, municipal, and residential sectors will be developed, with the second phase of the project to be launched at an appropriate time depending on the progress of these hydrogen application developments.
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In the first phase, one hydrogen production facility with a capacity of 500 Nm3/h and one hydrogen refueling station with a capacity of 500 kg/day will be built at Chagan Naoer Power Plant; meanwhile, one portable hydrogen refueling station with a capacity of 500 kg/12 hours will be constructed in Xilinhot
On December 20, the results of the public bidding for the preparation of feasibility study reports for a 1 million kilowatt new energy project and a 2.35 million kilowatt new energy project at the Energy Group’s Ordos \"integrated wind, solar, thermal, storage, and hydrogen\" comprehensive smart energy facility operated by Longyuan Power Longyuan Damao Wind Power Co., Ltd. were announced. Among them, China Power Construction Group Northwest Survey and Design Institute Co., Ltd. won the contract for providing services related to the preparation of the feasibility study report for a new energy project with a capacity of 1 million kilowatts, while China Power Construction Group Hebei Electric Power Survey and Design Institute Co., Ltd. won the contract for preparing the feasibility study report for a new energy project with a capacity of 2.35 million kilowatts. The tender announcement indicates that both projects are part of Longyuan Power’s bundled procurement initiative for the Mengxi region, with the final contracts to be signed separately with the respective project companies. The tender documents require the winning bidder to provide consulting services for preparing the feasibility study report for this 1 million-kilowatt new energy project at the Energy Group’s Ordos integrated smart energy complex, which incorporates wind, solar, thermal, storage, and hydrogen technologies. This involves conducting a thorough analysis of the conditions necessary for project construction as well as the geological conditions, and making timely adjustments in light of any changes that occur during the feasibility study process ； Evaluate the system integration plan corresponding to the project ； Conduct evaluations on the selection of photovoltaic equipment, appropriate energy storage solutions and the determination of energy storage capacity, as well as system integration approaches ； Conduct detailed calculations regarding engineering investment, economic benefits, social benefits, etc ； In accordance with **, industry-related standards, and the overall planning requirements of the base, a feasibility study report shall be prepared to ensure that the required depth of project analysis is achieved ； Participate in the feasibility study review and improve the feasibility study report based on the feedback. The service period is 12 months in each case.
Tongliao, China News Service, July 15 (Reporter: Zhang Linhu) On the 15th, the main construction work for the integrated demonstration project for modern energy sources involving fire, wind, solar power, storage, and related research and development in Tongliao City, Inner Mongolia Autonomous Region, officially commenced. The reporter learned that the project is divided into two phases of construction. The main works of Phase 1, which has now begun, include the construction of a wind power facility with a capacity of 900,000 kilowatts, along with an energy storage system capable of storing 170,000 kilowatts of energy. These facilities are located in Kailu County and Naiman Banner respectively, and it is planned for them to begin generating electricity on the grid by 2021. After the commissioning of the first phase of the project, the average number of hours per year that wind power is used to generate electricity reached over 3,400 hours, with an electricity generation volume of 3.06 billion kWh. Based on a consumption standard of 309 g/kWh, this amounts to approximately 966,400 tons of standard coal being saved each year. At the same time, it can also greatly save the land required for permanent site acquisition and ash storage in the construction of thermal power plants. Compared to existing thermal power plants, this project can reduce emissions by 12,852.3 tons per year of soot, 5,758.12 tons per year of sulfur dioxide, 8,799.04 tons per year of nitrogen oxides, and 2.538 million tons per year of carbon dioxide, resulting in very significant environmental benefits. It is understood that this project was developed and constructed by MingYang Group. It is not only the first national demonstration project featuring integration of fire, wind, solar power, energy storage, manufacturing, and research, but it is also the first project in China to utilize customized wind turbines and large-scale energy storage batteries. As a project that combines advantages such as technological research and innovation, energy supply assurance, improvement of grid peak-shaving capacity, and reduction of electricity costs, it has a positive demonstrative effect and great practical significance for continuously increasing the proportion of clean energy used in the region, exploring new pathways for the development of the renewable energy industry, and promoting the high-quality development of green energy-related industries.
In the first phase, one hydrogen production plant with a capacity of 500 Nm3/h and one hydrogen refueling station with a capacity of 500 kg/day will be built at Chagan Naoer Power Plant; one portable hydrogen refueling station with a capacity of 500 kg/12 hours will be constructed in Xilinhot. At the same time, hydrogen application scenarios for heavy trucks, buses, and distributed cogeneration systems in industries, municipal services, and residential areas will be developed, with the second phase of the project to be launched in due course depending on the progress of these hydrogen application developments.