9 19-20 Hohhot Computing-Electricity Synergy (AIDC) Source-Grid-Load-Storage Project Investment and Development Training
To help enterprises and organizations accurately grasp industry trends, gain a comprehensive understanding of China's current computing power (AIDC) infrastructure layout, energy consumption characteristics, low-carbon solution offerings, and the pathway from green electricity to computing power monetization—and to address core challenges in project development and investment—we are hosting this training on source-grid-load-storage investment and development for AIDC projects.
Dear Enterprises and Institutions,
In 2026, the synergy between computing and power was first included in the government work report as a national-level new infrastructure project, marking a new phase of deep multi-factor coupling between China's integrated computing infrastructure and power systems. The demand for electricity from artificial intelligence (AI) has surged exponentially. Direct green power connections with an integrated source-grid-load-storage model are not only essential for high-quality development of the power system but also the inevitable choice for improving renewable energy absorption and increasing the share of non-fossil fuel consumption. Furthermore, they serve as the critical platform for implementing computing-power synergy.
The "15th Five-Year Plan" Special Initiative explicitly calls for coordinated planning of computing infrastructure and power systems to achieve a two-way cycle where electricity strengthens computing and computing drives electricity. The government encourages AIDC adoption of integrated source-grid-load-storage models, direct green power connections, and zero-carbon computing parks. Source-grid-load-storage serves as the core vehicle for implementing computing-power synergy. Multiple regions have successively introduced mandatory requirements for energy consumption, green power ratios, and energy storage in computing projects, marking the start of an intensive policy implementation phase for project investment and development.
1. Time and Location
Date: 2026-9-19 to 20
Location: Hohhot
II.Target Audience
1. Major energy groups, power groups, grid companies, power generation groups, electricity retailers, local energy and power groups, key industrial parks, factories, various energy-consuming organizations, and new energy enterprises;
2. Various communication enterprises, cloud computing providers, artificial intelligence service providers, etc.
3. Universities, research institutes, investment firms, law firms, and other institutions;
4: Compute Service Provider
3. Course Modules
Policy Analysis of Direct Green Power Connection, Incremental Distribution Networks, and Integrated Source-Grid-Load-Storage Systems: Applications in AIDC
Workshop on Policies for Synergy Between Green Power and Computing Power
Basic Layout of Computing Power Clusters and AIDC Facilities
Current Status and Trends of Low-Carbon Development in China's Computing Power Industry
Energy Efficiency and Low-Carbon Requirements for AI Computing Centers with Green Power Consumption
Key Technologies for Integrated Power and Computing Projects
Introduction to Source-Grid-Load-Storage and Direct Green Power Connection Solutions, Along with Project Characteristics
Green Power Solution for Green Computing Centers: Design Philosophy
Investment Models for Integrated Source-Grid-Load-Storage Projects in Computing Power Centers
Carbon Emission Assessment and Green Value Realization for Green Computing Power Centers
Detailed Explanation of Pricing Mechanisms for New Energy Local Consumption Projects, Such as Direct Green Power Connections
Business Models and Construction Considerations for Intelligent Computing Centers
Building a Green Power Computing Park at the Campus Level
IV.Training fees
1, Fee: 3900 per person (training fee included; travel, accommodation, and meals are self-paid).
V.Contact Us
Teacher Guo 15001066875 (same on WeChat) Scan to register
