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Michael Davison's avatar

“ These three farms combined have a max capacity of 1.5GW and will meet the power needs of around 450,000 homes”, hmmmmm, are you sure about this as a) you are assuming 1.5GW when in reality Solar produces less than 60% of stated production, and more importantly, b) the bulk of electricity is used after 1630hrs, in the Northern Hemisphere this means that we have passed maximum solar output therefore the amount of energy available drops down dramatically meaning that unless large batteries are used to store (added cost), then most of the energy produced will not be available when required to light, heat domestic homes, provide electricity for entertainment, recharge BEV’s, mobiles, tablets, laptops- oh, and let’s not forget about the six months when we have little to no sunshine aka late Autumn, Winter, early Spring- or do we hibernate?, Solar, Wind are intermittent top up energy sources and should not form the backbone of any Energy Security proposal until someone can get the Sun to shine 18yrs per day, 7 days per week, 52 weeks per year- ditto Wind, then and only then will we have a secure energy source.

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Tom's avatar

High penetration of wind and solar always leads to higher energy costs. California and Germany are prime examples. The public wants cheap, reliable energy. Without very cheap storage, renewables will always be expensive (due to the backup required).

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