How Incorporating Bitcoin Into Architecture Could Revolutionize Sustainable Living

For the very first time in history, energy has a purchaser of last resort– bitcoin miners– that can take surplus or stranded energy from anywhere and convert it into a global digital possession. Mining bitcoin introduces a continuous cravings for stranded, or surplus, energy which can augment traditional net metering and energy storage. This new demand acts as a continuous inducement for eco-friendly energy and further development in energy infrastructure.Image source: AuthorCombining renewable energy sources with batteries makes it possible for individuals to be their own energy.

The numbers are developing, we know structures jointly contribute about 40% of worldwide CO2 emissions.ThesisBitcoin presents a market-based financial reward for net-positive energy tasks, which in addition to reducing CO2 emissions, could assist balance out the embodied carbon of our infrastructure over time.Image source: AuthorA Case StudyIn 1945, the “Case Study House Program” was commissioned to help reimagine housing after World War II. I understand there are lots of subtleties around ecological concerns, and I am simply flexing some design ideas to see where I land.Image source: AuthorOn its face, the energy consumption of a “proof-of-work” system like Bitcoin may appear like an inherent problem, but complicated issues need looking at the whole system. For the very first time in history, energy has a buyer of last resort– bitcoin miners– that can take stranded or surplus energy from anywhere and convert it into a worldwide digital asset. Mining bitcoin introduces a perpetual appetite for stranded, or surplus, energy which can enhance conventional net metering and energy storage. This new demand acts as a continuous incentive for sustainable energy and additional development in energy infrastructure.Image source: AuthorCombining renewable energy sources with batteries enables people to be their own energy.