Solar Air Conditioning Detail
Air can be passed over common, solid desiccants (like silica gel or zeolite) to draw moisture from the air to allow an efficient evaporative cooling cycle. The desiccant is then regenerated by using solar thermal energy to dehumidfy, in a cost-effective, low-energy-consumption, continuously repeating cycle.A photovoltaic system can power a low-energy air circulation fan, and a motor to slowly rotate a large disk filled with desiccant.
A desiccant like calcium chloride can be mixed with water to create an attractive recirculating waterfall, that dehumidifies a room using solar thermal energy to regenerate the liquid, and a PV-powered low-rate water pump.
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Solar Air Conditioning
Air can be passed over common, solid desiccants (like silica gel or zeolite) to draw moisture from the air to allow an efficient evaporative cooling cycle. The desiccant is then regenerated by using solar thermal energy to dehumidfy, in a cost-effective, low-energy-consumption, continuously repeating cycle.A photovoltaic system can power a low-energy air circulation fan, and a motor to slowly rotate a large disk filled with desiccant.
A desiccant like calcium chloride can be mixed with water to create an attractive recirculating waterfall, that dehumidifies a room using solar thermal energy to regenerate the liquid, and a PV-powered low-rate water pump.
Solar Air Conditioning
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