Damou Technology showcases AI energy large model and compute-power coordination 2.0 platform, proposes E-AIDC concept
At the 2026 International Compute-Power Coordination Industry Chain Exhibition (CPE 2026), Damou Technology showcased its AI energy large model, compute-power coordination 2.0 platform, forecasting-dispatching-trading engine, and smart operations and maintenance platform, and proposed the E-AIDC (energy-driven intelligent computing center) concept. In a project in a western province, its energy large model simulation calculations covered 12,000 scenarios and 20 open boundaries, uncovering a comprehensive value space of more than 3 fen per kilowatt-hour, raising the project investor's IRR by about 20% and reducing users' delivered electricity price by 10%.
Body · AI translation
On October 27, news emerged that recently, at the 2026 International Computing-Power Coordination Industry Chain Exhibition (CPE 2026) held in Shanghai, Damao Technology showcased products including its AI energy large model, the Computing-Power Coordination 2.0 platform, a forecasting, scheduling and trading engine, and a smart operations and maintenance platform, and proposed the E-AIDC (Energy-Driven Intelligent Computing Center) concept.
Damao Technology CEO Jian Yumin said at the conference that the implementation of current green power direct-connection projects faces problems such as difficulty in reaching agreement between power generators and computing-power parties on electricity prices. The traditional model mainly revolves around negotiating energy prices, making it difficult to fully unlock value in areas such as energy storage, load regulation and carbon assets.
In response, Damao Technology proposed exploring the business model of green power direct-connection projects through integrated optimization of the energy, regulation, capacity and carbon markets. Specifically, this includes using AI to optimize energy storage peak shaving and valley filling, green power consumption and market-based power purchase strategies to reduce electricity costs, and expanding revenue sources through demand response, ancillary services and other means.
According to the introduction, in a project in a western province, Damao Technology used its energy large model to carry out simulation calculations covering 12,000 scenarios and 20 open boundaries. The company said that through multi-market coordinated optimization, it uncovered a comprehensive value space of more than 3 fen per kilowatt-hour, raising the project investor's internal rate of return (IRR) by about 20% and reducing users' delivered electricity price by 10%.
On the technology side, Damao Technology, based on its self-developed energy large model and agent cluster, has built a forecasting and strategy optimization system that can analyze data such as load, power generation and electricity prices, and adjust energy scheduling and trading strategies according to the power market rules of different regions.
Center) concept, emphasizing the incorporation of energy operations into the planning and operating system of intelligent computing centers, and improving energy utilization efficiency through source-grid-load-storage coordination, green power direct connection and power market trading.