5 Jan 2012: DNC writes: I was pleasing to read that in Germany, the power generated from Renewables has now become the largest part. Nuclear is in decline, as a policy change since Fukushima.
http://www.ecogeek.org/preventing-pollution/3664
The downside of the story is that the second largest part of German power production is from Lignite, which is brown coal, a more polluting kind of coal.
For this illustration, I just looked at Germany with googlemaps, and zoomed in on a random part of a randomly picked town, which happened to be Konigsbrunn in Bavaria. In the photo taken from the west, South is off to the right. It is amazing how many people are home-generating, some with larger arrays than the 4kW limit of the UK.
They are further south than the UK, so will be generating more power, but Rushcliffe and most areas south of here are still getting enough sun for it to be worthwhile.
Power UP and Power Down
If you get the two right, it can be a fantastically good balance. My house generates 3,350 kWh/year from the PV roof, but only needs 2,700-3,300 kWh for all heating and hot water (depending on weather variations). So the combination of Powering Up (generate) and Powering Down (insulate) can be effective in reducing carbon emission.
http://www.ecogeek.org/preventing-pollution/3664
The downside of the story is that the second largest part of German power production is from Lignite, which is brown coal, a more polluting kind of coal.
For this illustration, I just looked at Germany with googlemaps, and zoomed in on a random part of a randomly picked town, which happened to be Konigsbrunn in Bavaria. In the photo taken from the west, South is off to the right. It is amazing how many people are home-generating, some with larger arrays than the 4kW limit of the UK.
They are further south than the UK, so will be generating more power, but Rushcliffe and most areas south of here are still getting enough sun for it to be worthwhile.
Power UP and Power Down
This shows that if we keep plugging away, we can make a difference, one house at a time.
Converse to energy generation, we also need (as a country) to pay attention to house insulation, so that we achieve a good balance. I don't believe that one should be conditional on the other, as the British government is trying to do after April 2012.If you get the two right, it can be a fantastically good balance. My house generates 3,350 kWh/year from the PV roof, but only needs 2,700-3,300 kWh for all heating and hot water (depending on weather variations). So the combination of Powering Up (generate) and Powering Down (insulate) can be effective in reducing carbon emission.
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