SP1848-27145 cells are based on the Peltier effect and are capable of generating electric power. This Thermoelectric Power Generator module operates a maximum of up to 150C which will generate different voltage and current outputs at different temperatures. After applying the heat on one side and cold on the other side the device will start generating the voltage which depends upon the value of the applied heat. The SP1848-27145 Thermoelectric Power Generator TEG 150C Peltier Module will generate a moderate amount of voltage with mA of current.

Features:

• Small and light, convenient for use. 
  
• Designed specifically for energy production. 
  
• Sealed to protect against moisture and contain elements formulated for Optimal thermal energy generation Seebeck. 
  
• High reliability and no pollution. 
  
• Product structure and composition.
  
• High temperature 150 C, with NM static protection. 
  
• Single-layer double-sided ceramic packaging structure.
  
• Colding side posts with the words. 
  
• The heating side is empty. 
  
• Red wire to positive, black wire to the negative, it generates electricity when the temperature difference happened. 
  

Specifications:

• Temperature electromotive force (a): > 190x UV/ ℃
• Conductivity: 850~1250Ω -1.cm-1
• Optimum value (Z): 2.5 ~ 3x10-3W/℃
• Thermal conductivity (K): 15~16x10-3-W/℃ cm
• Working Environment: -60~125℃
• Cable Length: about 10CM 
• Color: White 
• Material: Ceramic / Bismuth Telluride 
• Parametric Model: Temperature ( C ) Open circuit voltage (V)
• Weight: 25g  
• Dimension: 40 x 40 x 3.4 mm (LxWxH) 

Thermoelectric parameter:

• 20-degree temperature difference: open-circuit voltage 0.97V, generated current: 225mA 
• 40-degree temperature difference: open circuit voltage 1.8V, generated current: 368mA 
• 60-degree temperature difference: open circuit voltage 2.4V, generated current: 469mA 
• 80-degree temperature difference: the open circuit voltage 3.6V, generated current: 558mA 
• 100-degree temperature difference: open circuit voltage 4.8V, generated current: 669mA