284 comments on The End of Fossil Energy
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GAIA Host Collective
http://www.passivhaustagung.de/Kran/Passivhaus_Kranichstein.htm
couldn't find the actual power usage for the house on the site, and my German isn't good enough to translate all of that graph.
http://www.passivhaustagung.de/Kran/Passivhaus_Kranichstein_15Jahre.pdf
there as an interesting piece in the New Yorker a couple of years ago, pointing out that RMI is an environmental disaster compared to a couple in a 1 bedroom flat in Manhattan, in terms of energy consumption. The difference being the cars and the amount of living space.
Do you have a link? It would seem a little unfair to compare a commercial business building with something like 40 employees to a residence of 2 people. I doubt, even with the extra space, that a Manhattan flat could even come close to matching the RMI in terms of fossil energy used...the RMI doesn't even have a heating system, it relies on passive solar and the heat generated by the occupants and computers/lights/etc inside. Now the cars thing...that you could get them on.
The key was the driving (or lack thereof).
Unfortunately the New Yorker archive is not online in any form that I can find.
flag top right.
The energy use in the Passive haus Kranichstein (Passivhaus)
the diagram to the right at http://www.passivhaustagung.de/Kran/Passivhaus_Kranichstein.htm gives annual (final)energy consumption per m2.
Heating 10.5 kwh
Hot water 7.2 kwh
Electricity 14.7 kwh
total 32.4 kwh/m2/year
This translates into approx. 60-65 kwh/m2/year in Primary energy ( energy at the source).
At the moment some 6000 passivhouses have been built in Germany as single family homes, row houses, schools, highschools, sport halls etc. So the Passivhaus concept is going mainstream. The passivhaus it not rocket science, but application of traditional materials in an optimal combination, coupled with good workmanship. The important things are an airtight vapour barrier inside, trible glazed windows with insulated frames, ditto doors, 1-1½ feet insulation - floor-walls-roof and a ventilation with >85% heat recovery. The houses are tested with blower door for airtightness. Costs are +5-15% of ordinary buildings. The passive house principles can be applied to old buildings as well. Solar, PV etc can be added, off course and reduce energy consumption further.
regards/ And1