Envision Energy plans to develop up to 5 GW of capacity for data centers in the Gobi Desert before 2030 through a system that will integrate wind and solar power, storage, and computing infrastructure.
The initiative, called Mission Gobi, was unveiled by the company during VivaTech 2026 in Paris. The project aims to address the rapid rise in electricity demand linked to artificial intelligence and reduce reliance on fossil-fuel-powered grids.
The Gobi Desert as an energy platform
Although data centers are typically built near major cities, the growth of compute-intensive workloads is changing that logic. Now, the availability of stable, competitively priced electricity is increasingly weighing on the selection of new locations.
In this context, the Gobi Desert offers vast stretches of land and favorable conditions for wind and solar generation. The region spans China and Mongolia and brings together characteristics that could facilitate the joint development of renewable energy and digital infrastructure.
In addition, Envision intends to directly connect clean generation assets with high-performance computing facilities. This configuration would reduce losses, ease pressure on conventional grids, and improve supply stability.
An electrical system designed for artificial intelligence
The project will use Envision’s AI Power System technology. This platform coordinates renewable generation, battery storage, grid infrastructure, and computing consumption within a single operating system.
Lei Zhang, Envision’s founder and CEO, noted that traditional power systems were not designed to respond to the scale or growth speed of artificial intelligence.
Mission Gobi offers a new system-level approach, integrating renewable energy, storage, grid infrastructure, and computing to provide clean, scalable, and cost-competitive power.
Zhang said.
Therefore, the proposal goes beyond installing servers in a desert area. The technical objective is to coordinate variable power production with data center demand through artificial intelligence, batteries, and digital energy management tools.
Data centers with direct renewable supply
Envision already operates projects that serve as benchmarks for this strategy. Among them is an artificial intelligence data center in Chifeng that the company describes as a facility supplied entirely with green electricity via direct supply.
Likewise, the company is developing the Envision Galaxy Campus in Ulanqab. This complex is designed to reach gigawatt scale and connect renewable generation with high-density computing infrastructure.
These facilities make it possible to assess how data centers can operate without constantly relying on conventional power grids. They also provide insights into storage, load control, and renewable resource management.
A model Envision wants to replicate
Mission Gobi is positioned as a replicable scheme for other arid regions. According to Envision, harnessing a small portion of the planet’s desert areas could sustain terawatt-scale computing capacity.
However, developing this type of infrastructure requires addressing technical and logistical challenges. These include power transmission, data connectivity, cooling, water access, maintenance, and coordination with regional authorities.
For that reason, the project will require the participation of governments, utilities, technology companies, infrastructure investors, and local partners.
Envision combines energy and digital infrastructure
Envision Energy develops green technology solutions in three main areas: smart wind turbines, energy storage, and green hydrogen. The company seeks to integrate these capabilities to reduce the cost of generating, storing, and using renewable electricity.
With Mission Gobi, the company is bringing that approach to the data center market. The initiative aims to demonstrate that regions with high wind and solar potential can become new computing hubs for artificial intelligence.
If the planned 5 GW capacity is achieved by 2030, the project would position the Gobi Desert as a large-scale energy and digital platform. It would also serve as a benchmark for future renewable-powered computing facilities in remote regions.
Source: Envision Energy
Photo: Shutterstock
