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- Power an entire city
Added: Sep 8th 2010 at 4:23 PM · 162 views · 1 comments · 25 likes · read the article - Harnessing Solar Energy with Alternative Energy Technologies
Added: Sep 8th 2010 at 4:21 PM · 107 views · 0 comments · 17 likes · read the article - There is a better way…
Added: Sep 8th 2010 at 4:15 PM · 128 views · 1 comments · 19 likes · read the article - Our effect on our world…
Added: Sep 8th 2010 at 4:13 PM · 173 views · 0 comments · 28 likes · read the article - Thermal Solar
Added: Sep 8th 2010 at 11:14 AM · 148 views · 0 comments · 22 likes · read the article
How Our Systems Work
Arctic Solar's Thermal Solar systems are built around a unique solar energy collection system utilizing arrays mounted on rooftops, fences, or any surface available to the sun – our most abundant and free source of energy. The unique design of these arrays allows just a little sunlight to rapidly heat the tubes to temperatures in excess of 300° F. Arctic Solar's collectors are designed and engineered by Daimler Aerospace to integrate into your existing HVAC systems. There's no need to "rip out" existing system components.
Water is pumped through a closed loop of pipes through the tubed collectors. It then moves the now very hot water through heat exchangers and tanks, as shown in the illustration here.
For water heating applications the job is done.
For space heating applications, the heated water is moved to a heating boiler that uses existing conventional forced air technology to heat the building.
For space cooling, the heated water is moved to a “absorption chiller” and from there works as a conventional air conditioning system would, except that all the electricity and natural gas you once consumed to do this work goes unused because it is not needed for these functions any longer.
Controls and sensors, also integrated into your existing system, monitor the process and regulate it so the water flow doesn't get too hot, or fall below a pre-set temperature of your choosing. It's pretty sophisticated, but nothing you already don't do with your furnace thermostat or the regulator on your traditional water heater.
Water is pumped through a closed loop of pipes through the tubed collectors. It then moves the now very hot water through heat exchangers and tanks, as shown in the illustration here.
For water heating applications the job is done.
For space heating applications, the heated water is moved to a heating boiler that uses existing conventional forced air technology to heat the building.
For space cooling, the heated water is moved to a “absorption chiller” and from there works as a conventional air conditioning system would, except that all the electricity and natural gas you once consumed to do this work goes unused because it is not needed for these functions any longer.
Controls and sensors, also integrated into your existing system, monitor the process and regulate it so the water flow doesn't get too hot, or fall below a pre-set temperature of your choosing. It's pretty sophisticated, but nothing you already don't do with your furnace thermostat or the regulator on your traditional water heater.
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