on March 30, zhongtian co., ltd. issued a public competition and procurement announcement for the preparation of technical service items for the application form of wushen banner scenery hydrogen production integration project (phase ii).
Figure: Project Bidding Announcement
The specific procurement contents are as follows:
1.1 project production simulation and optimization
1.1.1 according to the project system scale, combined with wind measurement, photometry data, detailed analysis of wind power, photovoltaic 8760 hours by hour power generation changes. Through accurate data collection and analysis, it provides a basis for subsequent energy allocation.
1.1.2. According to the electric load power and lifting load characteristics of hydrogen production equipment, the operation control strategy of hydrogen production equipment is scientifically determined. Ensure stable and efficient operation of hydrogen production equipment under different working conditions.
1.1.3. Using the hourly simulation production simulation analysis method, comprehensive consideration of new energy output characteristics, hydrogen production load electricity characteristics, grid contact line exchange power and electricity requirements, and combined with economic analysis, to verify the rationality of electric energy storage power, energy storage duration. Meet project declaration requirements.
1.1.4. Combined with the finally determined energy storage scale, comprehensively calculate the key indicators such as annual electricity consumption of hydrogen production equipment, charging and discharging power and time period of energy storage devices, electricity consumption and time period of up and down power grid contact lines, spontaneous self-consumption and proportion of new energy, electricity supply and proportion of network, comprehensive utilization rate of new energy, etc. Provide detailed data support for project evaluation and decision-making.
1.2 project application processing
1.2.1 prepare the project application form according to the requirements of relevant documents of inner Mongolia autonomous region energy bureau, and assist zhongtian co., ltd. to complete the project application work, including but not limited to the preparation of the application form, coordination of the review and revision of the project application form until obtaining the pre-examination opinions of the autonomous region energy bureau.
1.2.2 Quality requirements: The production simulation report shall meet the relevant policy requirements of the hydrogen-based green fuel grid-connected green power direct connection project in Inner Mongolia Autonomous Region and the current main technical standards, regulations and specifications of the industry, and be able to support the power system access of the project. The project application form meets the requirements of documents such as “Implementation Plan for Development and Construction of Green Power Direct Connection Project for Single Power User in Inner Mongolia Autonomous Region (Trial)” and “Application Outline for Green Power Direct Connection Project for Single Power User in Inner Mongolia Autonomous Region”. The project application name is: Wushen Banner Hydrogen-based Green Fuel Grid-connected Green Power Direct Connection Project of Zhongtian Hechuang Energy Co., Ltd. The content and depth of the project declaration meet the declaration requirements, and ensure that the project pre-trial opinions are obtained through the review of experts or third-party institutions organized by the Energy Bureau of the Autonomous Region.
according to the information previously released, the first phase of the wushen banner wind and wind hydrogen production integration project of zhongtian co., ltd. has started in December 2024.
on October 9, 2025, zhongtian co-creation energy co., ltd. wushen banner scenery hydrogen production integration project phase ii energy conservation assessment report, carbon emission assessment, “two high” demonstration report preparation technical service bidding. The bidding announcement shows that the design and construction scale of the second phase of the project is 100000 kilowatts of photovoltaic power generation, 400000 kilowatts of wind power generation, 20000 tons of hydrogen production capacity per year, and no less than 100000 tons of ammonia production capacity per year.
