Core Insights - Canaan Inc. has launched a 3.0 MW proof-of-concept project in Manitoba, Canada, to utilize heat from its Avalon computing system for greenhouse operations, aiming to enhance energy efficiency in high-density computing [1][4] Group 1: Project Overview - The project involves deploying 360 units of Avalon A1566HA-460T liquid-cooled computing servers and four liquid-cooling container modules for an initial 24-month term [2] - Heat captured from the computing system will preheat intake water for electric boilers, targeting a 95% uptime for the equipment [2] - Canaan estimates that approximately 90% of the electricity consumed by the servers will be captured for heating purposes [2] Group 2: Economic Efficiency - The computing system is expected to lower capital expenditure by eliminating the need for industrial cooling towers in liquid-cooled data centers [3] - Canaan benefits from a low all-in power cost of US$0.035 per kWh, which includes operational and maintenance costs [3] - If Bitforest engages in grid demand-response or sells power back to the grid, Canaan will share in the economic benefits, enhancing the project's viability [3] Group 3: Environmental Impact - The project aims to provide up to one million tonnes of hot water annually by recycling heat from computing servers, thus improving overall power efficiency and reducing environmental impact [4] - The initiative aligns with carbon pricing efforts in Canada to promote lower-carbon heating options in greenhouses [4] Group 4: Future Initiatives - Canaan plans to expand its energy efficiency initiatives, including industrial heat-reuse deployments and advancements in power-efficient Avalon systems [5]