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N E E D E D<br />
Cooking<br />
Electricity<br />
Heating<br />
waste<br />
Village<br />
Energy efficiency<br />
250 m3 gas per year<br />
16.000 kWh per year<br />
P R O D U C I N G<br />
Biogas toilet produces 730<br />
m3 biogas per year.<br />
Day: solarpower during<br />
the day. Mainly to let the<br />
fan run of the heating<br />
system. Surpluss energy is<br />
being sold to the grid for 5<br />
Rupee per unit.<br />
Thermal mass principle to<br />
heat the building in the<br />
winter from stored heat in<br />
mass and to cool the<br />
building in the summer<br />
with the stored cold in the<br />
mass.<br />
Waste burner able to burn<br />
10kg per hour and get in<br />
return heated up water at a<br />
boiling point<br />
Helofyt field of 160 m2 to<br />
clean the residu of the<br />
biogas toilet into clean<br />
water.<br />
Night: hydropower from<br />
the grid.<br />
Heat pipes to produce hot<br />
water for showering which<br />
will be stored in the 500<br />
Liters boiler.<br />
Backup: biogas generator<br />
to produce energy during<br />
power outage of the grid<br />
or when there is not<br />
enough sun to gain<br />
electricity from the<br />
solarpanels.<br />
Central heat storage to<br />
store 10.000 Liters warm<br />
water on 60 Celsius.<br />
50 people<br />
Solar air heating system to<br />
heat up air with the solar<br />
panels and blow through<br />
the buildings.<br />
VILLAGE
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