Electrode heating and heat supply device using ceramic box body

Abstract

The invention relates to an electrode heating and heat supply device using a ceramic box body. The ceramic box body and an integrated cover plate are provided, and an electrolyte solution is containedinside the ceramic box body; the integrated cover plate is provided with a water collecting device, a pressure gauge, a water injection port, a pressure relief valve, a vacuum valve, a water separator, spiral heat exchange pipes and a combined electrode; outlets of the spiral heat exchange pipes and the water collecting device are welded, and inlets of the spiral heat exchange pipes and the waterseparator are welded; the water collecting device is connected with a water outlet pipe, the water outlet pipe is provided with a temperature probe, the water separator is connected to a water inletpipe, and the water inlet pipe is provided with a water flow switch; the combined electrode is connected to alternating current through a main relay and a leakage protection device, the alternating current reaches a combined electrode plate in the ceramic box body through the leakage protection device and the main relay, the current directly heats electrolyte in the ceramic box body to realize rapid conversion from electric energy to heat energy, the electrolyte is heated to become steam, the steam heat is transferred by the water separator to water through condensation heat transfer of the spiral heat exchange pipes, and the steam condenses into water and falls back into the electrolyte.

Description

technical field [0001] The invention relates to an electrode heating and heating device, in particular to an electrode heating and heating device using a ceramic box body. Background technique [0002] Traditional heating systems rely on the heat generated by coal-fired boilers, and the exhaust gas from coal-fired boilers is the main factor that pollutes the air and creates smog. In order to reduce coal-burning pollution in winter and improve air quality, clean heating has become an important policy for energy conservation and emission reduction in my country. As a way of clean heating, electrode heating is a device that directly converts electrical energy into heat energy by using the resistance characteristics of the electrolyte solution. Electrode heating has the advantages of miniaturization, high efficiency, long life, and no pollution at the energy end. In addition, in recent years, the installed capacity of wind power, hydropower, photovoltaic and nuclear power has c...

AI Technical Summary

Problems solved by technology

However, for civil buildings, it is difficult to have medium and high voltage conditions. If electrode boilers are used for central heating, a special boiler room is required, and a huge heating pipeline is required, so that the characteristics of easy transmission of electric energy cannot be fully utilized. up

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