00:00 | One hectare of residential area, 1 MW of photovoltaics, batteries for on-demand grid feeding.
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00:12 | In the center of the settlement is a large photovoltaic roof, which covers access road, parking spaces and areas for various activities of residents.
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00:25 | The large photovoltaic roof provides sun protection and rain shelter for a variety of outdoor activities for residents. It has 44 % share in the electricity production of the settlement.
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00:42 | The self-consumption of the settlement, including electric cars, is less than 1/6 of the electricity production. Further south it can be even less than 1/10.
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01:05 | The heat pumps of the houses also provide heat to the swimming pool. Thus, the swimming pool can be used 2/3 of the year.
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01:21 | Previously, living in old buildings, residents had a much higher energy consumption. Thus, in addition to electricity production, there is also a considerable energy saving.
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01:38 | Heavily urbanized regions have too few children. Reruralization and a family-friendly environment help against this.
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01:52 | We need to focus on solving many problems at once, use synergy to save resources.
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02:03 | An agro-industrial desert. Here, everything is beaten down that is not the crop.
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02:21 | No biodiversity at all. Part of the year corn grows here, part of the year there is only bare earth.
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02:34 | The corn is now harvested and processed into biogas. In Germany, only 17 MWh electricity yield per hectare.
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02:43 | This agro-industrial desert brings only 2% it electricity yield from an optimized settlement area.
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02:52 | In Germany, 2.6 million hectares of agricultural land are wasted growing crops for energy for a ridiculously low yield.
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03:04 | The one million hectare “Land for Energy” program for Germany: highly comfortable housing for 16 million families, 850 TWh of electricity annual yield, 2/3 of a functional and cost-optimized energy transition.
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03:23 | Analogously, the 100,000 hectare “Land for Energy” program for Austria.
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