TEP1 142T300 Thermoelectric Generator – 300°C Heat to Power
TEP1 142T300 Thermoelectric Generator – 300°C Heat to Power
TEP1 142T300 Thermoelectric Power Generator – 300°C High-Temperature Heat-to-Electricity Module
Convert waste heat into usable electrical energy with the TEP1 142T300 Thermoelectric Power Generator. Engineered for high-temperature applications up to 300°C, this compact Peltier-based module is ideal for lab equipment, experimental setups, DIY energy harvesting projects, and industrial heat recovery applications. Built from durable stainless steel and plastic-metal composite materials, it delivers reliable thermoelectric conversion in a compact 4×4 cm form factor.
Key Features
- High-Temperature Rated: Operates reliably up to 300°C, making it suitable for demanding lab and industrial heat sources
- Thermoelectric Conversion: Harnesses the Seebeck effect to convert a temperature differential directly into electrical power — no moving parts
- Compact Design: Measures just 4×4 cm (1.57×1.57 in), easy to integrate into custom builds and tight enclosures
- Durable Construction: Made from stainless steel and plastic-metal composite for longevity in high-heat environments
- Versatile Use: Perfect for lab research, DIY electronics, science experiments, and heat-recovery prototyping
- White Color: Clean aesthetic for lab and educational settings
- Quantity Options: Available in 1-piece or 2-piece packs to suit your project needs
Specifications
| Model | TEP1 142T300 |
| Max Operating Temperature | 300°C |
| Dimensions | 4×4 cm / 1.57×1.57 in |
| Material | Stainless Steel + Plastic/Metal Composite |
| Color | White |
| Package Contents | 1 or 2 PCS (as selected) |
| Country of Origin | Made in China |
What's in the Box?
- 1 or 2× TEP1 142T300 Thermoelectric Power Generator Module (as selected)
Note: Photos may not reflect actual size. Please refer to the specifications above for accurate dimensions. Allow ±5–10 mm tolerance due to manual measurement. Colors may vary slightly due to monitor settings.
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Frequently Asked Questions
Q: What is a thermoelectric power generator and how does it work?
A: A thermoelectric power generator uses the Seebeck effect — when two dissimilar conductive materials are joined and exposed to a temperature difference, they generate a voltage. The TEP1 142T300 module captures heat from a source (up to 300°C) on one side and releases it on the other, converting that temperature differential into usable DC electrical power with no moving parts.
Q: What applications is the TEP1 142T300 suitable for?
A: This thermoelectric generator module is well-suited for laboratory research, science fair projects, DIY energy harvesting experiments, heat recovery prototyping, and integration into custom electronics that have access to a high-temperature heat source such as a stove, industrial exhaust, or lab furnace.
Q: What temperature range can the TEP1 142T300 handle?
A: The TEP1 142T300 is rated for high-side temperatures up to 300°C (572°F), making it one of the more thermally capable compact thermoelectric modules available for hobbyist and lab use.
Q: Do I need any special equipment to use this generator module?
A: You will need a heat source that reaches a suitable operating temperature and a heat sink on the cold side to maintain a strong temperature differential — the greater the difference between the hot and cold sides, the more power is generated. Basic electronics tools for connecting output leads to your circuit or load are also recommended.