Nenghui Technology and Ant Digital Technology Forge Partnership to Explore Power‑scenario AI Large Models and Computing‑power‑energy Synergy

Recently, Nenghui Technology has officially inked a business cooperation agreement with Ant Digital Technology. The two parties will carry out in‑depth collaboration on the application of AI large models in power scenarios and the implementation of computing‑power‑energy synergy innovations, and jointly explore new business forms for intelligent and computing‑enabled power and energy sectors.

(The signing ceremony was attended by Wen Pengfei, General Manager of Nenghui Technology, Li Qingfan, Deputy General Manager of Nenghui Technology; Hu Hongyuan, General Manager of the New Energy Division under the Strategic Industry Line of Ant Digital Technology, and Zhao Zihao, Deputy General Manager of the New Energy Division of Ant Digital Technology)

Guided by the principle of complementary strengths and resource sharing, this cooperation focuses on technology implementation, scenario‑driven innovation and ecosystem co‑construction. Ant Digital Technology boasts solid technological expertise in artificial intelligence, intelligent computing scheduling and computing‑power platform operation. Nenghui Technology has accumulated years of hands‑on experience in power and new‑energy design and project delivery, alongside abundant industrial resources. The powerful partnership will facilitate the deep integration of cutting‑edge digital technologies with real‑world power scenarios, with priority given to advancing two core business tracks.

In terms of scenario implementation, the two sides will jointly deploy AI large‑models tailored for power scenarios to deliver intelligent capabilities including hidden‑danger identification for power equipment, fault early‑warning and intelligent operation & maintenance, so as to improve the quality and efficiency of conventional power operation and maintenance services. For computing‑power‑energy deployment, both parties will leverage their industrial client resources to link power supply with computing‑power scheduling, and explore implementable models for dynamic coordination between computing loads and new‑energy generation. The two dimensions enable mutual empowerment: the power‑oriented large model provides decision‑making support for computing‑power‑energy synergy, while computing‑power scenarios in turn fuel model iteration, jointly advancing the commercialization of integrated energy‑AI solutions.

For the Company, this cooperation marks a key milestone in its push to expand into intelligent power‑energy solutions and pursue computing‑power‑energy synergy layout. Drawing on this partnership, the Company will build a professional talent team for AI and computing power. Upholding the philosophy of open collaboration, it will open up its scenarios and computing‑power resources to external stakeholders and work with all industry‑chain participants to build a brand‑new industrial ecosystem for computing‑power‑energy synergy.

Moving forward, both parties will further deepen innovations in computing‑power‑energy synergy, promote the thorough integration of artificial intelligence, intelligent computing power and power‑energy scenarios, and consistently drive the digital and intelligent transformation and upgrading of the energy industry.