The idea might initially seem eccentric, yet it holds considerable \u00a0promise\u00a0. With electricity bills escalating and the looming extinction of gas boilers, combined with the insatiable demand for \u00a0computing power\u00a0, a revolutionary solution is emerging: utilizing a cluster of 500 Raspberry Pi devices to generate heat.<\/p>\n
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Minicomputers in Oil<\/strong>. UK Power Networks (UKPN), the largest distribution network operator in the UK, is on the verge of transforming traditional gas boilers by replacing them with compact data centers that replicate the functionality and efficiency of heat pumps. This innovative approach aims to position \u00a0Raspberry Pi\u00a0 units at the core of home heating systems.<\/p>\n <\/p>\n These systems consist of a \u00a0rack of 500 Raspberry Pi CM4 or CM5 minicomputers\u00a0 submerged in oil. As the computers perform their tasks, the oil becomes increasingly warm, which is then circulated through the home\u2019s radiators and water systems to provide heat.<\/p>\n <\/p>\n A Distributed Cloud<\/strong>. These ingenious devices, referred to as \u00a0HeatHub\u00a0, form part of the \u00a0Thermify\u00a0 distributed computing service. Following a successful pilot program in Wales, the company is ambitious to scale operations, targeting 100,000 installations annually by 2030. This model not only seeks to invigorate the heating sector but also embraces the principles of sustainability.<\/p>\n <\/p>\n \u00a0Thermify\u00a0 envisions that low-income families will find solace in the HeatHub to alleviate their financial strain, promising a reduction in electricity bills without the necessity of expensive aerothermal heating systems. By generating revenue through its cloud services, the company can provide an affordable and \u00a0eco-friendly\u00a0 alternative for home heating.<\/p>\n <\/p>\n How It Works<\/strong>. Each HeatHub unit houses 500 Raspberry Pi modules that operate round-the-clock, processing tasks for clients of Thermify’s cloud service. This innovative hardware system is \u00a0immersion-cooled\u00a0, effectively capturing the heat produced for use in home heating systems\u2014a dual-faceted solution that highlights \u00a0energy efficiency\u00a0.<\/p>\n <\/p>\n The excess heat is seamlessly integrated into the home\u2019s \u00a0central heating\u00a0 and hot water systems, presenting an effortless plug-and-play replacement for conventional gas boilers. To ensure that Internet services remain unaffected, each unit is equipped with a dedicated network connection, safeguarding client bandwidth.<\/p>\n <\/p>\n Cheaper Bills<\/strong>. What motivates homeowners to adopt a third-party data center within their dwellings? Financial incentives, akin to installing telephone antennas on rooftops, drive this decision. For a fixed monthly fee of \u00a0\u00a35.60\u00a0 (approximately \u00a0\u20ac6.60\u00a0), homeowners can enjoy a \u00a040% reduction\u00a0 in their energy bills without compromising their heating capacity.<\/p>\n <\/p>\n Beyond the potential for individual savings, the collaborative proposal between \u00a0Thermify\u00a0 and UKPN carries significant \u00a0environmental advantages\u00a0. This strategy not only maximizes energy usage but also re-utilizes waste heat that conventional data centers typically discard. However, the road ahead is not without challenges; Thermify faces competition from other innovative companies like the French \u00a0Qarnot\u00a0, the UK\u2019s \u00a0Heata\u00a0, and \u00a0Deep Green\u00a0\u2014all striving to harness waste heat to warm everything from residential water tanks to public swimming pools.<\/p>\n <\/p>\n Images | UKPN, Thermify<\/p>\n In Xataka | The best way to heat the house: we analyze the expense and energy efficiency of heat pumps and heaters<\/p>\n