From 10 KW to 300 MW per hour 24/7
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Beyond Standard Range ( 1 - 20 KWh) , Tri-Gen engineering team makes complete analysis to build the adequate solution to fit your needs or project. Tri-Gen can be integrated to cliffs, installed in quarries, integrated in old and deep mines , or underwater, or integrated in a building during its construction Explore some examples here under Submit your project to get a cost valuation & profitability |
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Power output. >>> |
25 KW/h |
600 KWh/Day |
219 MWh/Year |
Homes served |
20 ( full electric) |
Estimated Cost |
189 900 € |
Overground Heigth : 10,00 m |
Underground Deep : 4,00 M |
Long : 7,00 M |
Large : 3 M |
15 years amortization |
0,0578 € / KWH |
Per Home ( average) |
633 € /Year |
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A 100 Square meter flat consumes between 20 and 30 KWh per day ( full electric heating and A/C included ), depending on its insulation .
average 25 KWH/day, is taken for the example. It is then easily adapted for lower or higher needs. Without Electric Heating, consumption is 5/6 KWh per day Energy cost after repayment period : 438 € / Year and per home ( maintenance cost :0,04 € per KWh ) Requirement : Each Individual home or flat have to be equipped with Battery buffer sized to its needs ( 4 to 6 Kwh ) + inverter |
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Solar panel comparison : Same output power 24/7
( winter/ summer/night/day ) : 45° Latitude / European Weather Conditions :
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Power output |
104 KWh |
2500 KWh/Day |
912 MWh /Year |
Homes served ( full electric) |
75 - 100 |
Estimated cost |
€ 620 000 |
Overground Heigth : 50 m |
Underground deep : 6 m |
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15 Years repayment |
41 300 € /Year |
Equivalent cost per KWH >>> |
0,0453 €/KWH |
A 100 Square meter home consumes between 25 and 35 KWh/ day ( full electric heating and A/C included ) , depending on house insulation
We take an average 30 KWH/day, here. It is then easily adapted for lower or higher needs.
Without Electric Heating, consumption is around 7 KWh/day
We take an average 30 KWH/day, here. It is then easily adapted for lower or higher needs.
Without Electric Heating, consumption is around 7 KWh/day
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Steady power output : 520 KWh >>> 12 500 KWh/Day >>>> 4,56 GWh / Year
Overground Size : Long : 25. m x Large 10 m x High 50,00 m Underground Size : Long 30 m x Large 14 x Deep 8 m Estimated budget: € 2 480 000 15 Years Amortization : 0,034 € per KWh Cost after repayment Period :0,02 € Per KWh ( maintenance cost ) .. |
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Steady power output : 1 000 KWh >>> 24 MWh/Day >>>> 9 GWh / Year
Overground Size : Long : 35. m x Large 15 m x High 90 m
Underground Size : Long 40 m x Large 20 x Deep 8 m
Estimated budget: € 5 000 000
15 Years Amortization : 0,033 € per KWh
Cost after repayment Period :0,015 € Per KWh ( maintenance cost ) ..
Overground Size : Long : 35. m x Large 15 m x High 90 m
Underground Size : Long 40 m x Large 20 x Deep 8 m
Estimated budget: € 5 000 000
15 Years Amortization : 0,033 € per KWh
Cost after repayment Period :0,015 € Per KWh ( maintenance cost ) ..
ASK US FOR ANALYSIS & COST VALUATION
Tri-Gen produces Renewable Energy Continuously :
Tri-Gen : The solution that solves the problem of variability of intermittent renewable energies
Tri-Gen : The solution that solves the problem of variability of intermittent renewable energies
COMPARISON :
LARGE SOLAR PANEL vs TRI-GEN
SAME DAILY ( peak ) POWER
LARGE SOLAR PANEL vs TRI-GEN
SAME DAILY ( peak ) POWER
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SOLAR PANELS FIELD
POWER CAPACITY : 5 MW peak + 7,5 MWh battery
(1 m2 solar panel : 200 W peak ) "peak" means , summertime at noon (solar time) full sunny weather
Whatever the environment, countryside, village, city, Tri-Gen offers constant energy production, night and day and in all seasons and weather conditions. Tri-Gen Power units can be grouped or separated, integrated into the relief (quarries, cliffs, hills, mines ) or submerged (lakes or seas) |
TRI- GEN POWER STATION
TRI-GEN CAPACITY : 4 units, 502,5 KWh each, assembled = 2,1 MWh constant production 7/7
+ 15 MWh Battery (to store unused night production) :
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