Opto-magneto-electric complementary concentrating solar furnace

Abstract

The invention discloses a photomagnetoelectric complementary energy collecting type solar furnace and belongs to the novel field of the electromagnetic application and the vacuum superconduction heat transmission technology. The solar furnace comprises a light fusion solar furnace which is formed by a transmission light curved surface light concentrating kettle, a reflected light butterfly type light concentrating kettle, a vacuum energy collecting reaction kettle, an annular vacuum pipe beam and a heat storage pot and a single-stage or multi-stage strong magnetic rotational flow automatic electric heating device; preheating water is provided for the single-stage or multi-stage strong magnetic rotational flow automatic electric heating device through a water supply coil pipe and a water return coil pipe; the strong magnetic rotational flow automatic electric heating device comprises a single-stage or multistage random combined multi-wing spiral, a mouse cage, a multi-wing windmill and multi-wing spiral cage combined body, a multi-wing windmill mouse cage combined body and an externally arranged water supply pump thereof and a electromotor which are arranged inside a strong magnetic body ring and a high-intensity magnetic field working cylinder internal chamber of a magnetic insulating protective sleeve; the magnetic insulating protective sleeve covers the external layer of the strong magnetic body ring; jet power of the water supply pump is provided through a pipe network; slant jet holes which are benefited to communication between slant ejecting holes which form spiral rotational flows are formed between stages. The solar furnace initiates updating technology and products for life heating and integrated solar thermal power plant carbon-free rapid heating.

Description

[0001] Technical field: [0002] The invention is an opto-magnetic-electric complementary energy-concentrating solar furnace, which belongs to the new field of electromagnetic application and vacuum superconducting heat transfer technology. [0003] Background technique: [0004] The survival and development of families, enterprises, factories, mines, countries, and human beings is inseparable from heat. The heat needs of almost all walks of life rely on various coal-fired, oil-fired, and gas-fired boilers to provide heat sources. This kind of heating technology and heating facilities need to consume a lot of biofuels, resulting in excessive carbon emissions, causing severe pollution of the earth's environment, and threatening the living environment of human beings more and more seriously. Low-carbon and carbon-free are urgently needed Innovation in heating technology products. [0005] Electric heating facilities are clean and efficient, but increase heating costs. [0006] ...

AI Technical Summary

Problems solved by technology

[0011] 4. For tap water in industrial mines, towns and villages, the fluid pressure cannot be underestimated, and there is still a huge space for reverse expansion

Images