In Manitoba, a pilot project using liquid-cooled Avalon miners is heating tomato greenhouses via the Bitcoin network. The initiative recovers 90% of the waste heat generated by the mining equipment, improving sustainability and energy efficiency.
The Canadian province of Manitoba has become the setting for an industrial collaboration that seeks to redefine energy use in the digital asset sector. Hardware manufacturer Canaan has launched a pilot project with the company Bitforest, designed to harnessing the thermal heat generated by Bitcoin mining and use it as a primary source of heating in agricultural production.
In simple terms, this project connects the processing power of the blockchain network with tomato greenhouses, establishing a circular economy model that mitigates energy waste.
The central objective of the initiative, which has a installed capacity of 3,0 megawatts (MW)The aim is to validate whether high-performance computing infrastructure can effectively replace or complement traditional fossil fuel-powered boilers.
In regions with extreme winter temperatures, the cost of keeping crops warm represents a significant financial and environmental burden. However, by diverting thermal energy from cryptocurrency miners to agricultural heating systems, the project proposes a technical solution that It reduces the carbon footprint and optimizes operating costs. for both industries.
Trade Bitcoin securely with Bit2MeThe heat from Bitcoin mining fuels agriculture
The core of this project lies in the implementation of specialized hardware capable of efficiently managing and transferring high temperatures. Under the terms of the agreement, Canaan will deploy a fleet of 360 servers of the Avalon A1566HA-460T model. Unlike traditional air-cooled equipment, which dissipates heat into the environment, these devices use liquid cooling technology, allowing thermal energy to be captured in a conductive fluid that facilitates its transport and immediate reuse.
The infrastructure will be distributed across four modular containers, specifically designed to house immersion systems or direct chip cooling.
Once Bitforest certifies the receipt and commissioning of the equipment, a closed-loop system will be activated to transfer heat from the processors to the farm's electric boilers. The company estimates that this system will allow for a 90% heat recovery, a figure that radically transforms the efficiency equation of a conventional data center.
From an operational standpoint, service availability is projected to be close to 95%. The equipment's ability to generate hot water at temperatures exceeding 75°C is crucial for successful cultivation in cold climates. This temperature is sufficient to maintain an optimal environment within greenhouses without the need for constant external energy sources, demonstrating that high-performance computing can be integrated into food supply chains.
Be part of the digital economy: enter hereReusing heat: the new sustainable direction for Bitcoin mining
The new model spearheaded by Canaan aims to maximize every resource within the Bitcoin mining ecosystem. The idea is simple yet transformative: harness the heat generated by mining equipment and put it to a useful purpose. Instead of wasting it, this heat can be circulated to heat agricultural systems and reduce the need for energy from traditional sources in food production.
Nangeng Zhang, CEO of Canaan, has stated that this proof of concept is crucial for obtaining real-world data on the performance of mining equipment in different environments, such as agricultural production. He believes that the year-round movement of large volumes of hot water transforms the Bitcoin mining farm into a thermal services provider, extending the value of its infrastructure beyond transaction validation.
“With this Proof of Concept, we are not just implementing IT equipment for a project; we hope to build a replicable, data-driven model.”he said.
During an interview with Bitcoin News in November, Zhang elaborated on a broader vision. His goal is for one-fifth of the world's Bitcoin computing power to come directly from households. While this is an ambitious challenge, he believes it is achievable if the domestic mining It operates silently, efficiently, and in an environmentally friendly manner. According to Canaan, they have already developed equipment that meets these requirements. This device not only mines Bitcoin, but also It reuses the heat it produces to heat the home.thus uniting everyday life with energy and financial innovation.
“The PoC expands our efforts to rethink how computing infrastructure can improve the energy sustainability of homes, businesses, and industrial partners.”Zhang said.
In parallel, the company is making progress in integrating its mining operations into industrial power grids. Its goal is to collaborate with suppliers and operators to balance demand, improve system stability, and promote the use of renewable energy under full regulatory oversight.
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According to industry analysts, the project The project currently underway in Manitoba represents more than just a technological experiment. If successful, it could lay the groundwork for a replicable model in other regions with similar climatic conditions. This convergence of digital infrastructure and agricultural production marks the beginning of a new type of data center, one that not only consumes energy but also generates heat that is useful for the community.
In this way, Bitcoin mining would definitively cease to be seen as an energy consumer and become a functional piece within public systems and the food production chain, contributing value at multiple levels.
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