Fuel cell thermoelectric symbiotic system combined with wireless radio frequency sensor

Abstract

The invention relates to a fuel cell thermoelectric symbiotic system combined with a wireless radio frequency sensor, which comprises a fuel cell thermoelectric symbiotic system and a wireless radio frequency data processing system, wherein the wireless radio frequency data processing system can capture the own operating condition from a temperature and flow sensor of the fuel cell thermoelectric symbiotic system through the transmission of wireless radio frequency and transfer a control signal to adjust and control the operation of the system. Therefore, with the adoption of the technical scheme, the sensing errors caused by a wire can be improved through a wireless radio frequency transmission technology, and the temperature and flow sensing sensitivity can be further improved, so that the accuracy of the judgement of the system is improved, and meanwhile, the stability of the system is relatively improved.

Description

technical field [0001] The present invention relates to a fuel cell thermoelectric symbiosis system, in particular to a fuel cell thermoelectric symbiosis system combined with a radio frequency sensor which applies radio frequency technology to the fuel cell thermoelectric symbiosis system. Background technique [0002] In recent years, as the economy has taken off, the demand for electricity has also continued to increase. During peak hours, there is often a shortage of electricity supply. Although it can be alleviated through power rationing, power rationing has caused great inconvenience to people's livelihood or industrial use of electricity. Ways to improve power shortages include building new power plants or improving energy efficiency. However, in recent years, environmental protection awareness has increased, and the earth's natural resources are limited. It is really unwise to build new power plants. Therefore, the best way to improve the power shortage is to effect...

AI Technical Summary

Problems solved by technology

[0005] In the existing conventional technology, in order to cooperate with the assembly and wiring of the overall system, it is often necessary to bend the isolation wire of the sensor, which causes errors in the measurement of the sensor

In addition, the impedance of the sensor will be affected by the length of the isolation line, so that the isolation line cannot be shortened arbitrarily. However, if the isolation line is extended by the temperature compensation wire, the impedance will also increase, and the measurement results will be seriously inaccurate. error, so the length of the isolation wire cannot be changed at will, and the system needs to be packaged in a case with a small space, which also makes the wiring more difficult

[0006] In addition to being unable to bend or change the length of the wire at will, it is necessary to use a large number of wires and take into account the accuracy of the sensor. The above reasons make the mass production of the fuel cell thermoelectric system only manual. line, resulting in increased labor costs, and it is difficult to achieve the goal of modularization

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