Eco-friendly, High-efficiency Thermoelectric semiconductors

V-ET

What is thermoelectric ?

 

The device that converts heat into electricity and electricity into heat/cooling is eco-friendly energy that does not emit pollutants.

V-ET

Advantages

Eco-Friendly High-Efficiency Thermoelectric Semiconductor

World’s most efficient eco-friendly thermoelectric device

V-ET Eco-friendly thermoelectric device

[Compared to existing thermoelectric devices]
– Energy : 50% power savings
– Cooling Speed : More than twice as
– Performance : More than 30%
– Control : Temperature Control (±0.01˚C)

What is a V-ET thermoelectric?

Application fields by purpose

Heat/Cooling/Power Generation/Sensor

Heat

API (Applied item)

Radiators, heating tents, portable hand heaters, hot water purifiers, steamers, etc.

Heating apparatus of the thermal electric device

[ Electrical → Heat ]

* Thermoelectric module heated by Peltier effect and applied to the product

Advantages

High reliability because it has a solid structure

Available semi-permanently

Set temperature can be controlled temperature

 

Cooling

API (Applied item)

CCD cooling, small refrigerator, hot and cold water, dehumidifier, semiconductor cooling plate, etc.

Cooling unit of thermoelectric device

[ Electricity → Cooling ]

* Thermoelectric module cooled by Peltier effect and applied to the product

Advantages

Cooling unit of thermoelectric device

High reliability because it has a solid structure

Available semi-permanently

Cooler than ambient temperature (environmental temperature)

 

 

Power Generation

API (Applied item)

Products such as spectrophotometer, light sensor, thermostat, infrared detector, etc.

Generating devices for thermoelectric devices

[Temperature Difference -> Electrical ]

* Electricity generation using temperature difference due to the Zebeck effect

Heat converts mobile energy into electrical energy (power generation) thermoelectric module

Advantages

It does not use refrigerants that cause global warming, such as Freon gas, and can be used eco-friendly and semi-permanently.

Energy can be extracted from any heat source.

Energy can be extracted even if the temperature difference is relatively small.

Long life span.

 

 

Sensors

API (Applied item)

Waste heat generators, remote power generation, spacecraft power sources, hybrid cars, car batteries, etc.

Sensor unit of thermoelectric device

[Temperature difference -> Electricity → Sensor ]

* Applies to products using Peltier / Zebeck effect

Advantages

High reliability due to solid structure

Available semi-permanently

Set temperature can be controlled temperature