Key Takeaways
Canaan Inc. received a aggressive bid to deploy 8 MW of Avalon A1566HA items to a Nordic district heating community.The 8 MW undertaking is predicted to warmth roughly 2,800 houses, changing legacy fossil fuel-based heating programs.Canaan positioned a 6 MW follow-on order in March 2026, signaling buyer confidence and growth potential.
Canaan Deploys 920 Avalon A1566HA Miners to Warmth 2,800 Houses in Nordic District Community
The undertaking makes use of Canaan‘s (Nasdaq: CAN) hydro-cooled Avalon A1566HA collection items, which produce high-grade sizzling water at temperatures close to 80 levels Celsius. That warmth feeds instantly into the shopper’s current district heating infrastructure, changing conventional heating options the supplier had beforehand relied on.
The overall deployment spans roughly 8 MW of capability. An preliminary 2 MW section, comprising 228 A1566HA items, is already working within the area and supplying sizzling water to native residents. Following that efficiency, the unnamed Nordic heating supplier positioned a follow-on order in March 2026 for a further 6 MW, including 692 items to the community.
At full capability, the 8 MW set up is predicted to offer dependable heating to roughly 2,800 houses.
Canaan’s CEO Nangeng Zhang stated he was personally concerned in designing the system’s kind issue and led its thermal and deployment optimization. “Warmth reuse is now not an ancillary byproduct of compute,” Zhang remarked within the launch. “It’s central to constructing a extra environment friendly, sustainable power future, and a core a part of how we take into consideration system design at Canaan.”
One technical benefit Canaan highlights is the parallel structure of the A1566HA items. As a result of every heating node consists of a number of miners working facet by facet with dynamic overclocking and underclocking assist, the system delivers extra constant output than single-source heating gear like boilers. That structure additionally simplifies upkeep and reduces the danger of provide interruption.
The Nordic area has lengthy led Europe in district heating adoption, the place centralized sizzling water networks serve giant parts of city and rural populations. Governments there often incentivize district heating tasks as a result of they distribute thermal power effectively throughout broad areas.
Delivering usable high-temperature warmth at scale has been a persistent technical drawback within the hash-to-heat house. Most compute waste warmth tops out at temperatures too low for direct integration into district programs. Within the launch, Canaan acknowledged that its semiconductor and system design know-how addresses that hole, producing output at temperatures that meet district heating requirements.
Canaan views the aggressive choice as a broader validation of its push into energy-integrated compute infrastructure. The corporate framed the win as proof that hash-to-heat options are positioned to displace growing older fossil fuel-based heating programs, significantly in areas with favorable regulatory situations.
The Nordic hash-to-heat undertaking marks one of many extra concrete examples of bitcoin mining infrastructure being deployed for dual-purpose use, producing each compute output and district-scale thermal power for residential prospects.
