Today, electricity is essential to human life. If there is an event that causes power outages in places where electricity is inaccessible. Or when the power reserve is exhausted, it will not be necessary appliances. But if it can produce power with a simple, though the amount is not much, but it was enough to be used in such situations. Bringing thermoplastic dielectric is currently available devices convert heat from hot water solar vacuum tubes into electrical energy. The thermoplastic dielectric module consists of n-type semiconductor (n-type) and p-type (p-type) alternate with metal electrodes connected to a switch to pairs. The temperature difference between the hot side and the cool side of the thermoelectric modules dielectric. The potential difference And when the load current to flow in the circuit, in this project the organizers can make lighting system designers to produce hot water produced by solar vacuum tubes. Applied to sheets of thermoplastic dielectric. The introduction of vacuum tube solar hot water energy source of heat to be used in the production of light. Hot water produced can be stored for several days. It can also be used to produce electric power to the light in the sun, too. The hot water is left over from the production of electricity to be applied to the light. Can also be utilized within the household as well. Renewable energy is a clean energy that does not harm the environment. The system consists of Thermoplastic dielectric. Combine hot water solar vacuum tubes. Keeping the pressure circuit voltage Circuit Buck - Boost converter, battery and bulb LED.
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