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Solar water heaters
Solar water heaters absorb the sun's radiation to produce hot sanitary water reducing thus the use of conventional fossil fuels which are costly and moreover harm the environment.
Solar Heaters BAVARIA of are our production. They are manufactured in the privately-owned spaces of enterprise from even human potential. Solar Heaters BAVARIA of are Triple energy (they are connected with the domestic radiator).
Benefits of Solar Thermal exploitation
Financial
A solar thermal system provides abundant free hot sanitary water reducing thus your monthly electricity (or other energy source) bills. The investment required is substantially less than a Photovoltaic system that would be used for the same reason.
Environmental
During the useful life of a solar thermal system the quantity of CO2 emissions prevented amounts to 30 tons. A typical daily shower using the hot water produced by a Solar water heater is equivalent with the prevention of 3 kg of CO2 emissions in the atmosphere.
What is a Solar water heater
A solar water heater is a solar thermal system that heats water using the sun's radiation. It consists of two parts: A storage tank where the water is accumulated and solar collectors which absorb the sun's radiation.
Alternative solar thermal systems
Besides traditional Solar water heaters, the sun's radiation can be exploited using Forced circulation systems. These systems can be used to produce hot sanitary water and also contribute to space heating and cooling. They consist of a series of collectors which are mounted on the roof, a storage tank in the building as well as relevant accessories depending on the particular installation
Technical Solar Power High Performance | ||||||
Image | Type | Solar Capacity | Dimensions Collector | ανταλλακτικά | Διαστάσης Στήριξης Βάσης | Price |
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Solar system of closed circuit with celliform collector | 130 BV | 1,10 X 1,90 m | 2,09 m2 | 0,85 X 1,75 m | |
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Solar system of closed circuit with celliform collector | 150 BV | 1,27 X 2,18 m | 2,77 m2 | 1,08 X 1,94 m | |
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Solar system of closed circuit with celliform collector | 170 BV | 1,27 X 2,18 m | 2,77 m2 | 1,08 X 1,94 m | |
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Solar system of closed circuit with celliform collector | 220 BV | (1,10 X 1,90 m ) X 2 | 4,18 m 2 | 1,06 X 1,75 m | |
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Solar system of closed circuit with celliform collector | 300 BV | (1,27 X 2,18 m ) X2 | 5,54 m 2 | 1,08 X 1,94 m |
Τεχνικά Χαρακτηριστηκά Boiler | ||||
image | Type | Solar Capacity | Dimensions Boiler | Price |
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Glass Boiler Bavaria | 130 BV | 0,50 X 1,00 m | |
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Glass Boiler Bavaria | 150 BV | 0,50 X 1,25 m | |
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Glass Boiler Bavaria | 170 BV | 0,60 X 1,25 m | |
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Glass Boiler Bavaria | 220 BV | 0,60 X 1,25 m | |
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Glass Boiler Bavaria | 300 BV | 0,60 X 1,65 m | |
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Bronze Boiler Bavaria | 130 BV | 0,50 X 1,00 m | |
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Bronze Boiler Bavaria | 150 BV | 0,50 X 1,25 m | |
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Bronze Boiler Bavaria | 170 BV | 0,60 X 1,25 m | |
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Bronze Boiler Bavaria | 220 BV | 0,60 X 1,25 m | |
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Bronze Boiler Bavaria | 300 BV | 0,60 X 1,65 m |