Damao Technology WAIC launches Computing and Electricity Collaboration 2.0 to realize the full life cycle green power smart operation of intelligent computing centers

Zhixi Author | ZeR0 Editor | Mo Ying Zhixi reported on July 17 that today, the World Artificial Intelligence Conference WAIC 2026 opened. At the "Building a New Paradigm of Integrated Development of AI Computing Power and Green Energy" Computing and Electricity Collaboration Symposium, Damao Technology launched a new Computing and Electricity Collaboration 2.0 platform･AIDC green electricity direct-connected energy operation operating system, with the industry's first "Integrated Deduction Intelligence +" The "Coordinated Gaming Intelligence" dual-engine architecture opens up the closed loop of full-link capabilities from data perception to value delivery, allowing electricity to truly transform from a cost unit of computing power into a value fulcrum for Tokens. Entering the era of GW-level intelligent computing, energy has become a core competitive variable. Currently, the demand for AI computing power is exploding at an exponential rate, and the construction of domestic intelligent computing centers is accelerating from hundreds of MW to GW-level clusters. When a GW computing power infrastructure is operating at full capacity, the annual electricity consumption can reach 8 to 9 billion kilowatt-hours, which is equivalent to the annual electricity consumption of residents of a medium-sized prefecture-level city. Electricity is no longer a back-end cost item, but has become the primary variable that determines the survival space and operating results of computing power projects. The traditional extensive energy operation model is unsustainable: on the surface, there are widespread pain points such as severe fluctuations in electricity prices, insufficient consumption of green electricity, low energy storage efficiency, and reliance on manual operations. On the deeper level, there are industry contradictions such as the mismatch between new energy output and spot market volume and price, the superposition of sources and loads, which increases the complexity of capacity management and control, and the complete failure of the traditional dispatch and procurement model under multi-asset and multi-subject operations. In the era of GW-level intelligent computing, industry competition has shifted from a single computing power scale competition to a comprehensive competition of "computing power + energy". The deep integration of computing power and electricity requires an energy operating system that understands both the logic of computing power delivery and the rules of the electricity market and can achieve global collaborative optimization. 1. Computing and electricity synergy has entered a new stage of full life cycle operation. The computing and electricity synergy 2.0 platform builds 12 major functional engines. Damao Technology's computing and electricity synergy 2.0 platform is a new upgrade based on the "prediction-scheduling-transaction" integrated solution released in April this year, realizing full life cycle green power smart operations. The platform is equipped with the computing and computer collaboration industry's first "integrated deduction intelligence + overall game intelligence" dual-engine architecture. The large energy model is responsible for understanding power generation performance,