Tenders Are Invited For Research On Optimal Operation And Coordinated Regulation Of New Energy Storage Resources At The Zero-Carbon Airport Under Taiyuan Wusu Zero-Carbon Airport

Tenders are invited for Research on Optimal Operation and Coordinated Regulation of New Energy Storage Resources at the Zero-carbon Airport under Taiyuan Wusu Zero-carbon Airport Project financed by NDB Loan Scope of bidding: (1) Key Technologies for the Collaborative Interaction of Vehicle-Airport-Grid at Zero-Carbon Airports: This part will involve studying the travel and energy consumption patterns of various types of vehicles on the airside and landside of the airport based on actual operational data to establish an equivalent energy storage model for airport vehicles, and building an optimization calculation framework for the airport vehicle charging and discharging system based on the vehicle equivalent energy storage model to propose methods for the intelligent control of vehicle charging and discharging. Additionally, a vehicle-airport-grid collaborative energy system architecture for zero-carbon airports will be developed, and based on the actual situation of the Taiyuan Wusu International Airport Phase III Reconstruction and Expansion Project, a demonstration application of key technologies for the collaborative interaction of vehicle-airport-grid at the zero-carbon airport will be carried out. (2) Key Technologies for the Intelligent Operation of Heating and Cooling Systems at Zero-Carbon Airports: Focusing on the coordinated low-carbon operation of heating and cooling sources, the part will analyze the heating and cooling energy usage patterns at the airport across different seasons and propose methods for characterizing the cooling and heating loads at different time scales throughout the year, with an analysis of the key influencing factors. An equivalent energy storage model for each part of the cooling and heating system source-transmission and distribution-terminal is established, and based on the equivalent energy storage model for the cooling and heating systems, an optimization calculation framework of the airports heating and cooling systems will be developed, along with a method for the intelligent control of cooling and heating storage and release. Additionally, the work will involve studying a year-round intelligent operation strategy for the airports cooling and heating systems and establishing a method for the coordinated optimal operation of chillers, heat pump systems, and water storage tanks. A demonstration application of key technologies for the intelligent operation of heating and cooling systems at zero-carbon airports will be carried out based on the actual situation of the Taiyuan Wusu International Airport Phase III Reconstruction and Expansion Project. For detailed information, please refer to Section 5: Requirements for Work Content . IV. Acquisition of Bidding Documents Acquisition Time: From 14:00 on August 8, 2025 to 17:00 on August 15, 2025 Acquisition Method: Online through the Yangguang Procurement Platform of Shanxi Aviation Industry Group (http://aviagroup.jcebid.com). Bidding documents are priced at CNY 500, non-refundable after sale. Bank Account Information: Name: China Capital Tendering Co., Ltd. Deposit bank: China Merchants Bank, Beijing Haidian Science and Technology Finance Sub-branch Account: 8670 8011 2810 001 V. Submission of bids Deadline for Submission: 14:00 on September 2, 2025 Submission Method: Online Submission Place for Submission: Yangguang Procurement Platform of Shanxi Aviation Industry Group (http://aviagroup.jcebid.com) VI. Time and Venue for Bid Opening Bid Opening Time: 14:00 on September 2, 2025 Bid Opening Method: Online bid opening through the Yangguang Procurement Platform of Shanxi Aviation Industry Group (http://aviagroup.jcebid.com) Tender Link : https://www.ndb.int/projects/project-procurement/

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Global Tender Document	Tender Notice