A visualization in 15s resolution and a time span of about 18 months, plotted on a 24-hour day, of the grid demand on our Zambia community site. (Not shown is the generation line ~500-700kW. Everything between that generation line and above the dark blue is usable by bitcoin mining)

I was asked how "How is there left over energy if AI is in the stack?" and how it is all managed. So, here's my explainer video on how a Gridless site uses every watt as we layer in AI: - The community gets their power first - AI is set to a known/firm block - Bitcoin miners buy whatever is left so that nothing is wasted.

New filters for cooling. Always fighting the twin dragons of heat and dust!

Cool BTC surfboard to add to our knickknack shelf from our friends at @BitcoinEkasi - thanks!

He also joined us for a visit to our 1.5MW biomass site. Braving Kenya’s roads, and seeing how we battle dust and heat.

We had @ryankuester in Kenya for @btcplusplus last week. Here is his @256FOUNDATION podcast on his experiences and seeing how open source bitcoin mining is such a big deal for us in Africa. podcasts.apple.com/us/podcas…

Swing by our space and listen to Erik and the team talk at 2pm today about our Jua Kali miner at @btcnairobi_conf Jua Kali is an open source project turning solar 12v mining on with old hashboards.

We’re kicking off with @rkirubi setting the stage for why bitcoin and why Nairobi. @btcnairobi_conf

Taking some @btcplusplus to see our biomass site in Kenya.

We’ve got a bunch of the open source bitcoin mining people in Nairobi this week for @btcplusplus Including @protomining, @256FOUNDATION, and @tether balding side our own @GridlessCompute Jua Kali team.