Damao Technology's Electricity-Computing Coordination 2.0 Platform Selected for 2026 International Digital Energy Exhibition Major Results Release

The 2026 Energy Green Development Conference and International Digital Energy Exhibition were held in Shenzhen from Sept. 15 to 17. The exhibition used a 'one conference, one exhibition' deep integration model for the first time to create a global digital energy industry event, releasing nearly 100 frontier innovation results. More than 50,000 square meters of exhibition and conference space were organized around cross-sector, collaborative and integrated themes. More than 50 countries and regions, nearly 400 companies and over 70,000 professional visitors took part.

With the explosive growth of the artificial intelligence industry, coordination between computing power and energy became a core industry topic at the exhibition. As policy systems continue to evolve, the green power direct-connection model has opened a new landscape for the construction and development of computing infrastructure. New computing centers that directly connect with renewable energy stations can secure energy supply, ease overall grid capacity pressure and promote the clean and low-carbon transformation of high-growth computing loads, maximizing system energy utilization. However, green power direct connection also faces practical challenges such as difficult implementation and difficult economic balance.

At the major results release, Damao Technology CEO Jian Yumin said the essence of the problem is that the industry generally remains confined to zero-sum game thinking in a single electricity energy market. He said China's electricity market is composed of multiple markets. In addition to the electricity energy market, it also includes regulation markets, capacity markets and a carbon market that is still developing. He said the core value of electricity-computing coordination is by no means simply connecting physical links. What truly determines the profitability of green power direct connection and even wind-solar-thermal-storage integrated projects is how to make good use of AI technology to conduct comprehensive optimization across multiple markets and build the optimal operating logic, so that energy can be truly transformed from a rigid cost item for the computing industry into an operable and value-added new value asset.

He proposed that the value of Damao's Electricity-Computing Coordination 2.0 Platform is to use AI to turn predictable, adjustable, optimizable and value-added operational capabilities into executable and accountable customer business value, upgrading computing centers from 'electricity loads' to 'dispatchable and tradable flexible resources under the new power system.'

The platform adopts an industry-first dual-engine technical architecture of 'fusion inference intelligence plus coordinated game intelligence.' It uses an energy large model as its foundation and atomic multi-agent systems as its execution carrier to achieve forecasting and trend perception for multi-source spatiotemporal and multi-market data, as well as overall coordination and multi-objective optimal strategy solving across electricity energy, regulation, capacity and carbon markets. In the laboratory, the platform's accuracy for intraday load forecasting at computing centers exceeded 98%, and its electricity price forecasting accuracy was more than 10% higher than mainstream industry levels.

For green power direct-connection scenarios, the platform uses a full energy trusteeship model to achieve overall multi-market optimization and intelligent attribution of multi-party revenue. Typical projects can achieve 10% to 20% comprehensive electricity cost optimization, while energy-side investment internal rate of return (IRR) increases by more than 30%. The platform is also highly adaptable to scenarios and can be configured locally and quickly according to different regional market rules, local policies and differentiated energy operation scenarios. For different operator roles, it provides layered functional modules including an operation cockpit, dispatch monitoring, trading position management and unified algorithm governance. Deployment modes support phased implementation from the user side to the grid side and renewable energy side, and can flexibly adapt to diverse regional scenarios such as regulation market operations for eastern city-based intelligent computing centers and integrated coordination for central-western node-type green power direct-connection large bases.

According to QbitAI, the selection of Damao Technology's Electricity-Computing Coordination Platform for the 2026 International Digital Energy Exhibition's major results release is authoritative industry recognition. It marks that the operation paradigm for large-scale domestic AIDC green power direct connection is gradually maturing, and that the deep integration of the computing industry's green transformation and the digital energy ecosystem has entered a fast track.