- Mar 30, 2014
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Denmark, I believe they're the model. Their offshore wind is cheaper than coal before offsets most of the time. Similar situation to the bight if they wanted to go that way. They have some baseload capacity from trashfuel/biomass generators and they're linked in to the North European Network if they need extra. It's normally pretty steady, they're consistently high 40's often 60% percent of the grid from their wind.
Germany is getting up there, more impressive for an advanced manufacturing country. +30 approaching 40% renewables. From memory wind is about 15% of the mix; they went pretty hard on solar.
Holland and the UK are up there too for wind. I think the UK is about 15% wind with a lot more going in but EU efficiency standards have wiped a huge amount of demand out of the system so they're in a similar boat to us in trying to grease out established energy producers on long term contracts so they can put in new capacity.
Anyway I don't understand your point? Are you suggesting that the wind turbines stopped for some reason in the storm? As has been covered already, it's clearly a network problem.
Just need some facts. Is there another country or state in the world that today, 16 years into the 21st century, relies on 40% wind power for its electricity?
Can you assist?
Denmark, I believe they're the model. Their offshore wind is cheaper than coal before offsets most of the time. Similar situation to the bight if they wanted to go that way. They have some baseload capacity from trashfuel/biomass generators and they're linked in to the North European Network if they need extra. It's normally pretty steady, they're consistently high 40's often 60% percent of the grid from their wind.
Germany is getting up there, more impressive for an advanced manufacturing country. +30 approaching 40% renewables. From memory wind is about 15% of the mix; they went pretty hard on solar.
Holland and the UK are up there too for wind. I think the UK is about 15% wind with a lot more going in but EU efficiency standards have wiped a huge amount of demand out of the system so they're in a similar boat to us in trying to grease out established energy producers on long term contracts so they can put in new capacity.
Anyway I don't understand your point? Are you suggesting that the wind turbines stopped for some reason in the storm? As has been covered already, it's clearly a network problem.