CP1.4-17-06L

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Thermoelectric, Peltier elements offer a variety of exciting opportunities in the field of energy conversion. CP1.4-17-06L is a TTP module that utilizes the power of thermoelectric effect to generate electrical current by converting heat energy from one side of the module to electricity on the other.

The thermoelectric effect, which is also known as the Peltier effect, is the result of the combination of electric current and thermal energy. When a direct current is applied across two different materials, heat energy is conducted from one side of the material to the other, resulting in two regions of opposite temperatures. The difference in temperature can be used to generate electricity—the greater the temperature difference, the higher the electricity generation.

CP1.4-17-06L is a thermoelectric module that can convert a temperature difference on both sides of the material into an efficient electrical current. It is highly efficient, reliable, and produces no emissions. It is designed for a wide range of applications including power generation, thermal control, renewable energy systems, and energy storage.

The design of the CP1.4-17-06L module comprises two high-conductivity elements – one on each side of the module, each made from a different material. When an electric current is supplied to the module, the two materials have different temperature differences. This difference generates a current in the thermoelectric element, which can then be used to generate electricity.

The CP1.4-17-06L module has an operating temperature range of -55°C to +120°C and a pulse current up of to 250 amps. It is capable of handling up to 45 watts of power, and is capable of producing up to 25 volts of direct current. It is also designed to be reliable and durable, and has an expected lifetime of 10,000 hours when operated at maximum rated power.

CP1.4-17-06L is a highly efficient and reliable thermoelectric module designed for a wide range of applications. It offers an effective and efficient way to convert thermal energy into electricity and can be used in power generation, thermal control, renewable energy systems, and energy storage systems. It is a cost-effective and reliable solution that can help to reduce emissions and save energy.

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