Event JSON
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"content": "nostr:npub1uh7ajxn0hsw7c5jxe4yg6v7ep24d06dlzl2cmyycgz08fj5hxfhsxxce87 nostr:npub1z4dj6c5m5kmyv4xuay7aq656sh2d32kdm44dy2tuqw0fqskhxn9s29a89d nostr:npub1gxv4vcqfp2ug07fd34t0swq4w2t9gsynu0cmelr6ktcna8xnv38qythh99 So the last couple of windfarms I worked on used 3MW turbines with a height of around 110m. They can generate in very light winds, but have an optimal wind speed of about 7-8m/s (from memory) but will generate from about 3m/s to about 25m/s when the computers will start to shut down to save the machinery. I always argued that they should be combining windfarms with staged height dams. Pump the water up, then hydro power it out. Inefficient, but also not.",
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