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🔥 ANTRACK lowers heating costs through efficient recovered heat utilization. 📍 In Martinville, Québec, Project BTU uses BITMAIN ANTRACK to recover heat generated by hydro-cooled ANTMINERs and deliver it to the local community centre's heating system. 📊 According to Radio-Canada, the project is expected to reduce the centre's heating-related energy bill by nearly 50%. Footage filmed on site shows the system operating at around 54°C, while the ANTRACK heat-pump version can deliver hot water at up to 80°C for a wider range of heating applications. ♻️ BITMAIN ANTRACK converts recovered heat into usable thermal energy—reducing heating costs, improving energy efficiency, and creating lasting value for mining operations and local communities. BITMAIN remains committed to consistently delivering better products and services to its clients. Learn more 👇 antrack@bitmain.com Selected news footage and project outcome information are credited to Radio-Canada. Power consumption comparisons are based on manufacturer-rated specifications. Actual operational cost savings depend on your local electricity rates, facility conditions, and operational practices and may vary. #BITMAIN# #ANTMINER# #ANTRACK# #ProjectBTU# #HeatRecovery# #HydroCooling# #EnergyEfficiency# #SustainableInfrastructure# 🌍💡♻️

永磁牵引系统动力更强能耗更低，CR450实现高速行驶却省电节能#绿色轨道交通# Equipped with permanent magnet traction system for stronger power and lower consumption, CR450 balances high speed and energy efficiency. #GreenRailTransit#

China has launched the world’s first commercial underwater data center powered by offshore wind near Shanghai’s Lingang area. This 24-megawatt facility is now fully operational with nearly 2,000 servers for AI tasks, big data, 5G networks, self-driving cars, and smart robots. The sealed units sit about 10 meters underwater and 10 kilometers offshore next to a large wind farm. More than 95% of the power comes directly from the wind turbines via special cables that reduce power loss, while seawater cools the servers naturally through heat exchangers. This eliminates the need for large cooling systems or fresh water, giving it an energy efficiency rating of about 1.15 compared to 1.5 to 2.0 for typical land data centers. The project progressed rapidly: the deal was signed in June 2025, construction ended by October 2025, tests ran in February 2026, and full service started in mid-May 2026, at a total cost of about 1.6 billion yuan. This solves two major data center problems : high electricity use from AI and heavy water consumption for cooling by combining clean wind power with the sea’s natural cooling.

UK sovereign AI is becoming reality. Together with Argyll , we’ve launched a sovereign AI inference cloud built on SambaNova’s full-stack AI platform — designed for performance, efficiency, and control without the trade-offs of traditional infrastructure. As AI adoption scales, sovereignty can’t just be a label. It has to be demonstrated through infrastructure ownership, operational control, energy efficiency, and where intelligence is deployed. This deployment delivers: ⚡ High-performance AI inference 🌍 Renewable-powered infrastructure 🔋 ~10kW rack density with air-cooled systems 🏗️ Disaggregated architecture across UK data centers 🧠 SambaNova RDUs for efficient large-scale AI This is what the next generation of AI infrastructure looks like. Read more via DatacenterDynamics ⤵️