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The Core Problem

1. Bitcoin mining wastes nearly all of its heat​

Bitcoin mining converts electricity into SHA-256 computations, and virtually all of that energy becomes heat. Historically, this heat has been treated as waste, and Bitcoin mining has been heavily criticized for its waste of energy. Mining facilities and miner manufactures spend enormous capital, R&D resources and ongoing OPEX to get rid of this heat through methods like cooling fans, HVAC systems, immersion cooling systems, industrial ventilations, etc. This thermal output is high-quality and continuous, yet almost universally discarded. There have been efforts to try to reuse the waste heat, like building greenhouses near the mining facilities. However, these solutions are expensive, very specialized and not widely applicable.

2. Heating is inefficient and expensive​

Whether it’s water heating, space heating, or radiant heating, buildings spend significant money generating heat using equipment that produces no financial value. Electric resistance heaters are simple but inefficient. Gas-based systems raise cost, carbon footprint, and maintenance and safety risks. Heat pumps are efficient, but their cost and complexity make them inaccessible for many homes.

Across all categories, heating is a major pain point for households, landlords, hotels, and commercial facilities.

3. The disconnect: continuous supply vs. continuous demand​

Mining generates steady, predictable heat. Buildings require steady, predictable heat. These two systems naturally complement each other, but have never been properly and widely integrated. The world spends billions to dispose of mining heat, and billions more to recreate heat through traditional appliances.

Superheat aims to eliminate this gap by turning a global inefficiency into a dual-purpose asset.

Electricity → Compute → Heat → Useful Heating.

By starting with Superheat H1 and expanding into other thermal applications, we enable users to generating heat for their homes and businesses for less while earning passive mining rewards. It is both an efficiency breakthrough and a new category of thermal infrastructure.