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Furthermore, we find that FLEXIBLE firm resources are more valuable than those that operate constantly as always-on "baseload" generation. When prices are zero much of the time, producing flat out all the time isn't as valuable as shifting your output to the most vaulable times.
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The challenge: EavorLoop involves a huge area of multi-lateral wells in order to create a large enough 'heat exchanger' to produce usable power. That means has to drop the cost of drilling in deep, hot, hard rock ~90% vs conventional methods. Big task! But is on it.
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Additionally, EavorLoop has 'built-in' energy storage capability: by slowing down the circulation of working fluid in the closed-loop system, they can build up heat and store it for later, then speed up flow rate to produce more power at the most valuable times. Firm AND flexible
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Like most early-stage technology ventures, has to prove themselves to the world, tackling big technical challenges in their first commercial projects. Those are coming soon, and I'm excited to see what their engineers can do!
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Full disclosure: Advisory Board membership involves an equity interest in . Consider this the Twitter version of Conflict of Interest transparency. For reference, all of my roles, including past consulting clients,kept up to date on my LinkedIn:
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Ack! Important clarification! @Eavor needs to cut cost per kilowatt of electric generation capacity from deep closed-loop geothermal by 90+%, NOT the cost of drilling specifically. Several ways to get that overall cost down, INCLUDING reducing drilling costs a lot.
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