This is absolutely amazing. U.S. coastal remote town that has strong tides is going to use tidal power to power some aspects of its microgrid.
"A microgrid would work as such a source. Electricity generated on the island would feed into a battery array, which would feed into the microgrid. The microgrid would remain connected to the regular electrical grid and run as normal when times are good. In the event of a storm or interruption, the microgrid could “island off” for three to four hours—which is the average duration of an outage—allowing residents to flick on their lights, run their refrigerators and heat their homes as normal.
The work requires various parts locking together: The solar, the tidal, the battery and the grid itself all must coordinate."
https://www.yahoo.com/news/maine-easternmost-city-could-model-173623096.html
divya
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2024-12-20 02:31:39 UTC
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"content": "This is absolutely amazing. U.S. coastal remote town that has strong tides is going to use tidal power to power some aspects of its microgrid.\n\n\"A microgrid would work as such a source. Electricity generated on the island would feed into a battery array, which would feed into the microgrid. The microgrid would remain connected to the regular electrical grid and run as normal when times are good. In the event of a storm or interruption, the microgrid could “island off” for three to four hours—which is the average duration of an outage—allowing residents to flick on their lights, run their refrigerators and heat their homes as normal.\nThe work requires various parts locking together: The solar, the tidal, the battery and the grid itself all must coordinate.\"\n\nhttps://www.yahoo.com/news/maine-easternmost-city-could-model-173623096.html",
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