TEG1-241-1.0-1.2 Output 6V 200 Degrees Industrial Thermocouple Electric Generator Teg Thermoelectric Generator

Thermoelectric Generator
$17.44
Quantity
Contact us

Get in touch

Please email us at sale1@rfid-life.com with a detailed overview of your project requirement. So that we can offer you the fastest and best support. You may expect a reply within 24 business hours. – Welcomes Your Comments And Questions.


Sales Department

Phone: +86 18205991243
Whatsapp: +86 18205991243
Telegram: +86 18205991243
Email: sale1@rfid-life.com
Address: No.987,High-Tech Park,Huli District,Xiamen,China


Support Department

Email: support@rfid-life.com


Business Hours

Monday - Friday 9am to 6pm

Saturday - 9am to 12am

Sunday - Closed

Description
TEG1-241-1.0-1.2 Output 6V 200 Degrees Industrial Thermocouple Electric Generator Teg Thermoelectric Generator
Product Description
Introduction to the principle of thermoelectric power generation sheet
Thermoelectric semiconductor power generation is a new type of power generation that uses the Seebeck effect to directly convert thermal energy into electrical energy: One side of the device composed of P-type and N-type semiconductor elements is maintained at a low temperature, and the other side is maintained at a high temperature. The high temperature side of the device will conduct heat energy to the low temperature side and generate heat flow. That is, heat energy flows into the device from the high temperature side, and when the heat energy is discharged from the low temperature side through the device, part of the heat energy flowing into the device does not release heat, and becomes electric energy in the device, outputting DC voltage and current. A larger voltage can be obtained by connecting multiple such devices. This device is currently a thermoelectric power generation sheet that is increasingly widely used. According to the principle of Seebeck effect, it is manufactured using unique thin film technology. Like semiconductor refrigerators, the production process of thermoelectric power generation chips combines microelectronic thin film and MEMS-like wafer technology. According to the principle of Seebeck effect, it is manufactured with unique thin film technology A. Like semiconductor refrigerators, the production process of thermoelectric power generation chips combines microelectronic film and MEMS-like wafer technology; B. The temperature change in the 1mm2 area can produce a voltage of 0.5-5V, which can realize self-sustaining power supply; C. Small size and fast response time; D. The power supply equipment made of chips does not need frequent maintenance, works for a long time, and has a long life;

Application field of thermoelectric power generation sheet

The product can be widely used for self-sustaining power supply in the fields of sensors, wireless communication, etc., voltage can be generated when there is a temperature difference, and the voltage is related to the temperature difference. The semiconductor generator made of semiconductor thermoelectric power generation sheet has the characteristics of no noise, long life, stable performance, etc., at the same time, it is small in size, light in weight, and easy to carry. It has become a kind of portable power supply with a wide range of applications. At present, it is mainly used in oil field, field, military and other fields. At the same time, it is increasingly used in small household appliances manufacturing, instrumentation, toys and tourism industries. With the increasing calls for environmental protection and energy saving in modern society, people are thinking more about how to effectively use solar heat, ocean heat, geothermal heat, industrial waste heat, heat from burning garbage and other heat generated by various heat sources on the earth. Converted into electricity. Therefore, semiconductor thermoelectric power generation technology will be more widely used.
Specification
exercise do nature can Operating properties
ruler inch Dimensions(mm)
Open circuit voltage Uoc V
internal resistance Rin Ohm
Load resistance Rload ohm
Load power Pload W
output voltage Uload V
Absorption of heat by cold surface Qcs W
Througmodule Qteg W
Thermal conductivity

heat/ cold side
height
12.1
10.1
10
3.6
6
1.67
65.9
1.0
40*40
3.6
Notes Designations: Uoc---Open circuit voltage(V) open circuit voltage(V) Rin---internal resistance(Ohm) module intermal resistance at 110℃(Ohm) Rload---Load resistance(Ohm) load resistance(Ohm) Pload---Load power(W) load power(W) Uload---output voltage(V) output voltage(V) corresponded to output power ∧m---Thermal conductivityW/℃ module thermal conductance at 110℃(W/℃) Operating temperature:200℃ We can provide the above standard or custom TEG to meetall customers'needs. Exclusive for colleagues interested in thermoelectric power generationPeltier.BPBMore detailed characteristic charts of thermoelectric devices designed by engineers,For reference