TEP1-142T300 Thermoelectric Generator Sheet 300°C | 40 Couples
TEP1-142T300 Thermoelectric Generator Sheet 300°C | 40 Couples
TEP1-142T300 Thermoelectric Generator Sheet — Convert Heat into Electricity
The TEP1-142T300 Thermoelectric Generator (TEG) Sheet is a compact, high-performance Peltier module designed to harvest electrical energy from temperature differentials. Whether you're powering small electronics, testing thermoelectric systems, or building DIY energy-harvesting projects, this 40-couple module delivers reliable and consistent output in a compact 4×4 cm form factor rated up to 300°C hot-side temperature.
Key Features
- Model: TEP1-142T300
- Module Type: Thermoelectric Generator (TEG) — converts heat differential into electrical voltage
- Number of Couples (Thermocouples): 40 pairs
- Maximum Hot-Side Temperature: 300°C (572°F)
- Dimensions: 4×4 cm / 1.57×1.57 in — ultra-compact for easy integration
- Construction: Stainless steel housing for durability and corrosion resistance
- Available in 2 color options to suit your build or application
- Easy-clean stainless steel surface for long-lasting, low-maintenance performance
What Is a Thermoelectric Generator?
A thermoelectric generator (TEG) uses the Seebeck effect — the phenomenon where a temperature difference across two dissimilar materials creates a voltage — to produce usable electrical energy. The TEP1-142T300 is ideal for applications where waste heat is available, such as industrial exhaust systems, wood stoves, camping stoves, automotive exhaust, or solar thermal setups. No moving parts means silent, maintenance-free operation.
Ideal Applications
- DIY thermoelectric energy harvesting projects
- Small electronics power supply from heat sources
- Educational and laboratory demonstrations of the Seebeck effect
- Industrial waste-heat recovery prototypes
- Off-grid and renewable energy experiments
- Camping or outdoor gear (paired with a stove or fire source)
Why Choose the TEP1-142T300?
With a 40-couple thermoelectric array, this module strikes an excellent balance between output voltage and physical footprint. Its stainless steel construction ensures it can endure elevated temperatures and demanding environments. The compact 4×4 cm size makes it easy to integrate into tight spaces, enclosures, or custom-built assemblies.
For more information on thermoelectric technology and its scientific principles, visit the U.S. Department of Energy — Energy Saver resource on heat-based energy systems.
Specifications at a Glance
| Model | TEP1-142T300 |
| Couples | 40 |
| Max Hot-Side Temp | 300°C / 572°F |
| Size | 4×4 cm / 1.57×1.57 in |
| Material | Stainless Steel |
| Color Options | 2 options available |
Frequently Asked Questions
Q: What does the TEP1-142T300 thermoelectric generator sheet do?
A: The TEP1-142T300 is a thermoelectric generator (TEG) module that converts a temperature difference between its hot and cold sides into electrical voltage using the Seebeck effect. It is ideal for harvesting energy from heat sources in DIY, educational, or industrial prototype applications.
Q: What is the maximum operating temperature of the TEP1-142T300?
A: The TEP1-142T300 is rated for a maximum hot-side temperature of 300°C (572°F), making it suitable for high-temperature heat sources such as industrial exhaust, wood stoves, and similar applications.
Q: What are the dimensions and materials of this thermoelectric sheet?
A: The module measures 4×4 cm (1.57×1.57 inches) and features a durable stainless steel construction that resists corrosion and withstands repeated high-temperature cycles.
Q: How many thermocouple couples does the TEP1-142T300 have?
A: This module contains 40 thermoelectric couples, providing a well-balanced output suitable for small electronics, sensors, and low-power devices powered by waste heat.
Q: Is the TEP1-142T300 suitable for DIY and hobby projects?
A: Yes! Its compact size, stainless steel durability, and high-temperature rating make it an excellent choice for hobbyists, makers, and engineers building thermoelectric energy harvesting projects or conducting experiments with heat-to-electricity conversion.