npub1ffecq47v3e7scfeyt5e4luuhn2elg6wehxyp2dxv54hsa8y2x6esndc0sn (npub1ffe…c0sn)
When you compute that efficiency, don't forget to include the transmission losses (up to 20% depending on distances) and charge/discharge losses (typically in 10% range), and the electricity generating technology, which has high efficiency if all the extra heat can be consumed (not a problem on cold winter days) or simply put into the air, or waterways/seas. That may see an efficiency as low as 30% to well over 80%.
As usual, things are not so simple.
npub1737yy4gk7lfhec4pnns4azpfc3em924tse4caldmdc5tlpmmswuqz7t6ft (npub1737…t6ft)
Niclas Hedhman /
npub1vh…4n6a2
2023-10-22 11:27:34
in reply to nevent1q…ztq9
Author Public Key
npub1vhf56c78tpkuvc2zlafwufqnljgnrhphz4zuw2vv84525y0dahjqc4n6a2Published at
2023-10-22 11:27:34Event JSON
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"content": "nostr:npub1ffecq47v3e7scfeyt5e4luuhn2elg6wehxyp2dxv54hsa8y2x6esndc0sn \n\nWhen you compute that efficiency, don't forget to include the transmission losses (up to 20% depending on distances) and charge/discharge losses (typically in 10% range), and the electricity generating technology, which has high efficiency if all the extra heat can be consumed (not a problem on cold winter days) or simply put into the air, or waterways/seas. That may see an efficiency as low as 30% to well over 80%.\n\nAs usual, things are not so simple.\n\nnostr:npub1737yy4gk7lfhec4pnns4azpfc3em924tse4caldmdc5tlpmmswuqz7t6ft",
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