HANGZHOU, China, September 25 – The fourth Global Digital Trade Expo (GDTE) opened today at the Hangzhou International Expo Center. Under the theme “Digital Trade Connects the World,” the expo highlights the latest achievements and trends in how digital technologies are empowering global trade.
As a leader in China’s smart energy sector, Windey Energy Technology Group presented a series of “AI + Energy” innovations, showcasing its pioneering practices in integrating computing power with electricity, building a green and intelligent energy system, and exploring new pathways for upgrading energy infrastructure in the digital era.
“Compute-Power Integration”: Building a New Green Intelligent Foundation for Computing
With the rapid advancement of artificial intelligence, global demand for computing power continues to surge, making reliable energy supply a critical enabler of the digital economy. Building on the synergy between energy and computing, Windey has proposed a comprehensive “Compute-Power Integration” solution, promoting the joint planning and coordinated development of energy and computing infrastructure.
At the expo, Windey demonstrated its integrated “Wind Power + Computing Power” solution. By harnessing abundant local wind resources, the solution enables on-site renewable energy consumption in data centers, directly supplying green power to computing clusters. This reduces transmission losses and energy costs. Equipped with a self-developed intelligent dispatching system, it synchronizes power supply with computing demand in real time, significantly improving energy efficiency. With a Power Usage Effectiveness (PUE) well below the industry average, it provides stable and sustainable computing power for large-scale AI training and inference.
Windey is already deploying such projects across multiple regions in China and actively expanding into overseas markets. The company aims to gradually build a broad, highly coordinated green computing network to support the green transformation of global digital infrastructure.
“Mobile Energy Storage + AI” Reshaping Energy Allocation Models
Beyond fixed energy systems, Windey’s AI-enabled mobile energy storage vehicle also attracted wide attention. Operating reliably across a temperature range of -30°C to 50°C with millisecond-level response times, the vehicle leverages an AI-powered scheduling platform to enable intelligent energy flow and precise allocation—shifting energy supply from fixed-point delivery to dynamic dispatch.
Built on a cloud platform and big data algorithms, Windey has developed a mobile energy scheduling system that can “think, respond, and anticipate demand.” It predicts low-demand periods and automatically plans optimal charging routes; meets real-time needs for emergency power and temporary supply through efficient vehicle dispatch and precise delivery; and supports multi-vehicle coordination and zonal power supply, strengthening energy security in complex environments.
This innovation is suited not only for scenarios such as power assurance at large events and emergency grid repairs, but also for delivering flexible electricity solutions in remote and off-grid areas—demonstrating the vast potential of digital technology to enhance energy accessibility and resilience.
Advancing Intelligent Energy Systems for Global Low-Carbon Development
Windey’s showcase at the expo highlighted not only its technological expertise and system integration capabilities in areas like “Compute-Power Integration” and “Mobile Energy Storage + AI” but also its firm commitment to advancing the energy system’s transformation from “traditional supply” to “intelligent usage” through digital innovation.
Looking ahead, as data resources continue to accumulate and AI algorithms advance, Windey will further integrate mobile energy storage networks with emerging power systems such as virtual power plants. The company is committed to building a more flexible, efficient, and sustainable energy ecosystem, delivering stable and clean energy to drive global digital trade and sustainable development.
