Device for generating power through temperature difference

Abstract

The utility model relates to a device for generating power through temperature difference, in particular to a device for generating power through the temperature difference of a heat source. The device comprises a stove, a thermocouple generation module, an accumulator jar and an inverter, wherein at least one thermocouple generation module is fixed outside the inner wall of the stove, a fan is arranged on the outer wall of the stove in the position corresponding to the thermocouple, the interlayer between the inner wall and the outer wall of the stove is a heat insulating layer, the thermocouple generation module is connected with the accumulator jar through a wire, and the accumulator jar is connected with a user end through the inverter. By using the device, 99 percent of afterheat in the stove can be used for generating power, so that the heat energy can be utilized to the maximum to generate power; as long as the thermocouple generation module is installed at the place of a heat source, the purpose of generating power through temperature difference can be achieved; the device has the advantages that the device is safe and environment protective, the structure is simple, and the device can completely meet the demand of household power utilization.

Description

A device using thermoelectric power generation

TECHNICAL FIELD

An apparatus for generating relates to a thermoelectric power generation apparatus, particularly to a temperature difference between the heat source for power generation apparatus use. Background technique

Currently home solar power technology to use more heat pipe solar hot water storage tank temperature

To generate electricity, but rather due to the limitations of solar energy, in which the temperature is only in the IOO degrees, basically

To meet the power requirements, but the heat generated by the power limited, it is difficult to meet the electricity needs of the family, so basically it remains theoretical. Particularly for rural or remote areas where the popularity of solar energy can not supply electricity already very lacking, domestic or industrial use stoves warmth of an apparatus for power generation are due to the limitations of the equipment, it can not be widely applied. SUMMARY

The utility model is aimed at overcoming the deficiencies of the prior art, to provide a simple, high power generation efficiency can satisfy the device uses the temperature difference between household electricity needs of power generation.

The utility model means the use of thermoelectric power generation by candle furnace, thermocouple photovoltaic module, storage battery and an inverter configuration, at least one thermocouple power module fixed to the outside of the inner wall of the stove, the stove in the outer wall at a position corresponding to the thermocouple sandwich fan, stove between inner and outer walls for insulation, and the storage battery via thermocouple wire connection, storage batteries and a user terminal connected through an inverter. Storage controller between the battery and thermocouple connections ~

The utility model generation of the thermocouple module located in the middle of the stove wall. The thermocouple power module l-6 Ge arranged equidistantly around the inner wall of the stove. The hot air fan with a thermocouple

One correspondence.

The device uses the temperature difference between the generation of the utility model, preclude the use of household or industrial stoves as heat, a thermoelectric power generation module is mounted directly on the inner wall of the stove, thermoelectric power generation module using a thermocouple technology is more mature, the use of ideal for thermoelectric power generation, since the thermocouple power module directly mounted on the inner wall of the middle of the stove, when the heat from the stove fire, where the temperature, thermal efficiency obtained the highest combustion can be obtained by heat transfer to the thermoelectric even as the power generation module heat the outer wall of the hot stove with thermocouple module fan correspondence, thermocouple module can effectively dissipate heat, extend the life of the thermocouple module, between the inner and outer walls of the stove dissection insulation layer, thermal insulation stoves can supply all came in the thermocouple into electricity, heat loss is extremely small, stove transferring heat to the thermocouple module, the thermocouple thermoelectric power generation capabilities to produce electricity, will generated electric energy stored in the storage battery, the user needs electricity when the storage battery through the inverter into 220V electrical energy available to users. Controller and thermocouple connection between the storage battery, which can effectively prevent damage due to voltage differences in electrical storage

bottle. The utility model can hob 99% of the waste heat for power generation, to maximize the use of energy

Power generation, as long as any place in the presence of a heat source installed thermocouple power generation module, can achieve the purpose of the use of temperature difference power generation, safety and environmental protection advantages of simple structure, fully able to meet domestic electricity.

BRIEF DESCRIPTION

Figure l-based utility model structure diagram.

Figure, l- stove, 2 thermocouple power module, a 3-storage battery, 4-wire, 5-stove inside wall, 6 fan, 7 insulation, 8 stoves outer DETAILED DESCRIPTION

The following examples of the utility model is further illustrated, but is not limited to the embodiments. Example 1 -

Thermoelectric power generation apparatus of the present utility model utilized by the stove l, thermocouple power module 2,

Storage battery and an inverter 3 constitute, at least one thermocouple power module 2 is fixed to the outside of the inner wall of the stove 5 ,, thermocouple power generating module 2 located in the middle of the inner wall 5 of the stove. 8 corresponds to the outer wall of the thermocouple positions stove fan 6, the fan 62 and thermocouple power module - one correspondence. Mezzanine stove inner wall 3 and an outer wall between the insulation layer 7, thermocouple power module 2 and the storage battery 3 is connected via a wire 4, the storage battery 3 is connected to the client through the inverter. 3 between the storage battery and thermocouple power module is connected to the controller. Example 2

1, the utility model means the use of thermoelectric power generation, the power generation module thermocouple 2 2 equidistant arrangement around the inner wall of the stove, and the rest in Example l. Example 3

As illustrated, a thermoelectric power generation unit, the photovoltaic module 2 to the thermocouple 4 are arranged equidistantly around the inner wall of the stove, and the rest with Example l 2. Example 4

An apparatus for use in a thermoelectric power generation, the power generation module 2 of the thermocouple 6 are arranged equidistantly around the inner wall of the stove, and the rest with Example 1.

Claims (5)

A thermoelectric power generation apparatus utilized, by the stove, thermocouple photovoltaic module, storage battery and an inverter configuration, wherein at least one thermocouple power module is fixed on the outside of the inner wall of the stove, the stove in the outer wall of the corresponding thermocouple power module position have mezzanine fan, stove between inner and outer walls for insulation, thermocouple power generation module and the storage battery through a wire connected to the storage battery and the user terminal is connected through an inverter.

2, the use according to claim l thermoelectric power generation apparatus, characterized in that the thermocouple is located in the middle of the power module of the inner wall of the stove.

3, The use according to claim l thermoelectric power generation apparatus, characterized in that said thermocouples generating module l-6 universal measure word are arranged equidistantly around the inner wall of the stove.

4, The use according to claim l thermoelectric power generation apparatus, characterized in that said fan and heat generating modules correspond to the thermocouple.

5, the use according to claim l thermoelectric power generation apparatus, characterized in that, between the storage battery and the controller generating modules connected thermocouple,