3 E Network Technology Group has completed power infrastructure parameters and established a green energy plan for its AI data centre in Finland.
This milestone advances the project from its initial blueprint stage into localised physical infrastructure planning.
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The proposed architecture is intended to support high-density AI computing clusters and accommodate the thermal and electrical demands of next-generation hardware, including the Nvidia Vera Rubin architecture.
It is also designed to allow capacity to be added as server racks are installed.
The company said the power system would combine electrical load distribution with liquid-cooling loops. It also plans failover arrangements and fault-tolerant power configurations intended to maintain electricity supply for continuous AI model training.
3 E Network expects the facility to draw on the Nordic region’s renewable utility grid, which includes hydroelectric and wind power. The company also cited Finland’s cooler climate as a factor that could allow greater use of free-cooling systems.
This combination is intended to reduce the facility’s Power Usage Effectiveness metric and operating expenditure, while potentially limiting exposure to energy-price movements in fossil-fuel-dependent markets.
The company further expects its use of Finland’s fossil-free energy to provide a 100% carbon-neutral compute foundation, an outcome it linked to Scope 3 emissions targets of tier-1 enterprise clients.
The Finnish site is also intended to provide centralised computing capacity for AI model training, fine-tuning and multimodal inference.
3 E Network said it could serve as a cloud counterpart to edge systems such as smart-city sensors, autonomous vehicles and industrial Internet of Things devices.
Net proceeds from a recently concluded $1m private placement with an entity affiliated with the company’s chief executive are being used for engineering work on the project.
This includes thermodynamic simulations, electrical-load design, grid interconnection assessments, environmental impact evaluations and local electrical engineering work.
3 E Network CEO Tingjun Yang said: “Defining our high-capacity energy architecture is a fundamental operational milestone for our European infrastructure roadmap.
“Next-generation AI computing is as much an energy challenge as it is a technological one.
“By designing our Finnish data centre to leverage the Nordic green grid, we are laying a sustainable, highly scalable, and cost-efficient physical foundation. Supported by our recent internal capital injection, our technical team continues to advance our strategic blueprint with precision.”
