Wind Power is Now Less Expensive Than Nuclear Power

Another argument to replace fission nuclear power plants with clean, renewable alternatives.

The price of new offshore wind power has halved in just a few years, making it cheaper than new nuclear power, the latest government auction for renewable technology contracts shows.

New wind projects which will generate electricity from 2022-23 at a price as low as £57.50 per megawatt hour of electricity, 50 per cent down on prices in the first auction held in 2015.

A similar article appears in The Guardian.

Dong stands for Danish oil and natural gas. It was, like Shell and BP, involved in fossil fuel exploration and production. But in less than a decade it has become an 85% offshore wind company, and is divesting its coal, oil and gas interests. By 2023, Dong Energy will be very close to zero carbon. That is a pretty staggering transformation in a very short space of time.

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Nuclear Power Plants and Hurricanes

Nuclear power plants could have been hit by the recent hurricanes, which would of course make an already bad disaster worse.

Although the mainstream media said next to nothing about it, independent experts have made it clear that Hurricanes Harvey and Irma threatened six U.S. nuclear plants with major destruction, and therefore all of us with apocalyptic disaster. It is a danger that remains for the inevitable hurricanes, earthquakes, tsunamis and other natural disasters yet to come.

During Harvey and Irma, six holdovers from a dying reactor industry—two on the Gulf Coast at South Texas, two at Key Largo and two more north of Miami at Port St. Lucie—were under severe threat of catastrophic failure. All of them rely on off-site power systems that were extremely vulnerable throughout the storms. At St. Lucie Unit One, an NRC official reported a salt buildup on electrical equipment requiring a power downgrade in the midst of the storm.

Loss of backup electricity was at the core of the 2011 catastrophe at the Fukushima Daiichi nuclear plant in Japan when the tsunami there and ensuing flood shorted out critical systems. The reactor cores could not be cooled. Three melted. Their cores have yet to be found. Water pouring over them flooded into the Pacific, carrying away unprecedented quantities of cesium and other radioactive isotopes. In 2015, scientists detected radioactive contamination from Fukushima along the coast near British Columbia and California.