Electric heating thermal oil furnace system

Abstract

The invention relates to an electric heating thermal oil furnace system. Oil in a thermal oil furnace oil cavity of the system is fed into heat equipment through a hot oil pump, and returns to the thermal oil furnace oil cavity to form a cycle; the system is characterized in that a thermal oil furnace is connected with a high-position oil tank, the high-position oil tank and an auxiliary oil tank can form an oil cycle, the auxiliary oil tank is further connected with the thermal oil furnace oil cavity; an electric heating thermal oil device is small in size, mounting is flexible, the device is suitable for being mounted nearby the heat equipment, meanwhile, power serves as a power source, pollution is small, the heat utilization rate is high, the equipment investment is small, and due to the fact that a thermal oil heating system is simple, no water treatment device or more auxiliary devices exist, and a thermal oil boiler bears low pressure, the whole system is small in investment; due to the fact that the system only bears the pump pressure, the thermal oil heating system has no explosion hazards and is safer; the environment-friendly organic carrier thermal oil furnace system mainly has the environment-friendly effects of being extremely small in smoke discharge amount and free of sewage pollution and heat pollution.

Description

technical field [0001] The invention relates to a heat-conducting oil furnace, in particular to an electric heating heat-conducting oil furnace system with no staining and small volume. Background technique [0002] Heat-conducting oil furnace (also known as heat-conducting oil heater, oil heater, electric heating heat-conducting oil furnace) is to insert the electric heater directly into the organic carrier (heat-conducting oil) for direct heating, and use the circulation pump to force the heat-conducting oil to enter the liquid phase Circulation, transfer heat to one or more heat consuming equipment, after unloading the heat consuming equipment, go through the circulation pump again, return to the heater, then absorb heat, and transfer it to the heat consuming equipment, so that the continuous transfer of heat can be realized , so that the temperature of the heated object rises to meet the heating process requirements. The heat conduction oil heater is controlled by a dig...

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Problems solved by technology

[0003] The current heat conduction oil furnaces are coal-fired boilers, solar hot water boilers, ground source heat pumps, and electric heating membranes. However, these have corresponding shortcomings. Burning coal, producing air pollution and ashes, and requires professional care; solar hot water boilers: need a large enough space, vacuum glass tubes are fragile, and need artificial snow removal or electric heating assistance in winter; ground source heat pumps: need Professionals dig deep wells and need high-power circulating pumps; electric heating membranes: they need to be preset before decoration, and have a service life of 6 years. After 6 years, they need to be redecorated

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