The membranes of solar cells are made of a material called Silicon, a positively charged semi-conductor of electrons that can be easily structured via electronics into a flexible substrate, the RO membrane. The RO membrane can absorb as much as three times its weight in silicon, which makes it one of the most effective energy absorbers in any solar device. The material is also transparent, so the sunlight shines through the silicon onto the substrate and is absorbed there. And since silicon is the most abundant mineral on the earth, there is an abundance of this versatile material in housing used for heating water.
Most solar water heating systems require some form of storage to store the heat generated in the hot water before it is used in the home. In this case, a conventional water tank with a storage tank underneath is used. But since the tank must be insulated, the tank itself can be placed in an area of the home that gets good sun exposure throughout the day.
This can be done using the same type of housing as used inside the device, but without having to add a traditional water tank. Instead, a plate of aluminum or other metal that the device is plugged into is rolled over the heat sink and surface of the device. As the water heats up, the plate absorbs the heat, keeping the device hot. When the water is removed from the device, the heat source is gone, and the device has effectively cooled off.
Because this is a closed system, there is no direct contact between the RO membrane and housing, so the risk of heat transfer between the two is almost non-existent. Also, because the device does not rely on water to operate, the components are designed to last for many years with little maintenance. If there is a problem, the only thing that would need to be done is replace the heat pump. A simple cleaning with a wet cloth will keep the unit running efficiently for many years.
Unlike other types of heat pumps, the RO membrane does not store unused heat in the unit. The system works by using just one thermal mass, which is referred to as a conductor. The RO unit then transfers this conductive heat to the rest of the house, where it is absorbed and transformed into heat energy. For this reason, the RO unit should be placed in an area with a high roof. In areas where there is not enough space, the RO membrane and housing combination can also be used instead of a conventional heat pump.
In addition to cooling homes, the unit is also used to heat the water used in them, as well as to produce steam for use in air conditioners. One of the unique features of this unique machine is that the water is kept hot all the way through use. The unit only uses a small amount of water to generate enough energy to warm a typical home. This is important because buildings are often constructed with old heating and cooling systems that require more water than modern ones can tolerate. For this reason, installing a RO membrane and housing system is recommended over conventional systems, which tend to run efficiently at first but eventually break down.
