en.Wedoany.com Reported - On July 16, the Park Management Committee held a promotion meeting for the adsorption-based carbon dioxide energy storage power station project, chaired by Hao Jianzhong, member of the Park Party Working Committee and Director of the Party and Government Office. Leaders from the Park Economic Development Bureau, Ecological Emergency Response Office, Power Supply Station, and the Municipal Logistics Company attended the meeting. Representatives from the Artificial Intelligence Research Institute of Harbin Institute of Technology, Beijing Yisike Technology Co., Ltd., and Inner Mongolia Xuanke New Energy Technology Co., Ltd. participated in the discussions.
During the talks, Beijing Yisike Technology and Inner Mongolia Xuanke New Energy introduced their development strategies, core technologies, resource allocation, and implementation requirements for the project. They also inquired about the park's environmental access requirements, substation construction, electricity supply, heating, photovoltaic and wind power applications, and meteorological conditions. Heads of the Park Economic Development Bureau, Ecological Emergency Response Office, Power Supply Station, and Municipal Logistics Company responded to these inquiries, detailing the park's advantageous industries and development progress. All parties engaged in detailed discussions on cooperation and deepened exchanges. Hao Jianzhong stated that all departments of the Park Management Committee would concentrate efforts on service guarantees, provide precise support, and offer strong backing in land supply, procedural handling, and other essential factors. All parties agreed to quickly establish a preliminary project preparation task force, closely monitor key milestones, refine plans item by item, and implement measures step by step to accelerate project signing, construction, production, and results.
Before the meeting, the cooperating parties visited the park's high points, the Ordos New Energy Research Institute, and other locations to understand the park's location, transportation, infrastructure, industrial planning, and medium-to-long-term development layout.
The project uses compressed carbon dioxide energy storage equipment as hardware support and an AI intelligent scheduling system as the core hub, focusing on creating a collaborative computing and electricity application scenario. It leverages a virtual power plant and microgrid integrated system to optimize green electricity consumption and stable output. The project's technology system is mature, with an energy conversion efficiency of up to 75%, providing a solid foundation for jointly building a national-level new energy storage demonstration project. It serves as a model for upgrading the park's new energy industry chain and expanding the capacity for green electricity consumption across the region.
