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  • TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator
  • TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator
  • TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator
  • TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator
  • TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator
  • TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator
TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator

TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator

$10.00-$14.00/ Piece|10 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
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TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermoelectric Energy Conversion: Converts temperature differences into electrical power via the Seebeck effect, enabling energy harvesting from heat sources like solar devices or wood stoves.
  • Cooling/Heating Dual Functionality: Acts as a Peltier module for precise thermoelectric cooling or heating in compact applications, regulated by voltage polarity.

Key features

  • 1. Material Technology

    • With a bismuth telluride semiconductor alloy, you can achieve up to 20% higher energy conversion efficiency compared to conventional thermoelectric materials*. This advanced material enables reliable power generation and thermal management in harsh environments.

  • 2. Compact and Versatile Design

    • With a square-shaped, space-saving design and color-coded wiring, you can easily integrate the module into portable systems or embedded electronics, saving 30% more space than rectangular alternatives*. The streamlined form factor suits DIY projects and industrial applications alike.

  • 3. High-Temperature Performance

    • Rated for operation up to 250°C, you can withstand extreme temperatures in industrial or renewable energy setups, outperforming standard modules with lower heat resistance*. Ideal for use in wood stoves, solar devices, and other high-temperature applications.

  • 4. Multi-Scenario Adaptability

    • Designed for both solar power generation and wood stove thermal management, you can deploy the module in diverse applications where traditional cooling/heating systems fall short*. Its dual functionality supports energy harvesting and thermal regulation in varied environments.

  • 5. Compliance with Global Standards

    • Certified to CE, EN 61000, and RoHS standards, you can ensure safety and environmental compliance, unlike uncertified alternatives*. These certifications guarantee reliability for commercial and industrial use.

Product details

TEG1-127-1.8-2.0-250 Teg Seebeck Effect Peltier Module Solar Device Wood Stove High Temperature Thermoelectric Power Generator

The TEG1-127-1.8-2.0-250 Peltier Module is a high-performance thermoelectric generator leveraging the Seebeck effect. Designed for compact applications, it converts temperature differentials into electricity or provides precise cooling/heating in environments up to 250°C. Certified to CE, EN 61000, and RoHS standards, it ensures safety and environmental compliance for industrial, automotive, and renewable energy systems like solar devices or wood stoves.

Technical specifications

FeatureSpecificationBenefit
Thermoelectric MaterialBismuth Telluride (BiTe) AlloyHigh efficiency in heat-to-electricity conversion
Dimensions12.7mm x 12.7mm (Square)Compact design for space-constrained applications
Operating Voltage1.8VStable power output for low-voltage systems
Max Operating Current2.0ASupports sustained energy generation
Max Temperature Rating250°CWithstands extreme heat in industrial settings
CertificationsCE, EN 61000, RoHSEnsures safety and environmental compliance
Noise Level<30 dBSilent operation for noise-sensitive environments

Customization guide

Adjustable parameters include voltage/current thresholds and material composition to meet specific thermal or power requirements. For instance, customize the BiTe alloy ratio for higher efficiency in high-temperature scenarios or modify dimensions for embedded systems.

Get inspired

Power your projects sustainably with this versatile Peltier module. Generate electricity from waste heat in wood stoves, cool electronics in solar devices, or create compact refrigeration systems—all with whisper-quiet operation and robust durability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Efficiency5%+15% (5.75%)+30% (6.5%)
Max Temperature150°C200°C250°C
Power Output3.6W (1.8V/2A)4.2W (2.1V/2A)5.0W (2.5V/2A)

Supplier's note

  1. Technical Breakthroughs:

    • High-Temperature Tolerance (250°C): Enables use in extreme environments like wood stoves or industrial exhaust systems.
    • BiTe Alloy Efficiency: Outperforms traditional PbTe materials for better energy conversion in renewable applications.
    • RoHS Compliance: Ensures eco-friendly integration without compromising performance.

  2. Version Selection Guide:

    • Base Model: Ideal for basic cooling/heating tasks (e.g., small electronics) where cost-efficiency is prioritized.
    • Advanced Model: Suitable for mid-range applications like automotive exhaust heat recovery or portable refrigeration.
    • Pro Model: Designed for industrial use cases requiring high-temperature resilience and maximum power output (e.g., solar thermal systems).

With a max temperature rating of 250°C, the Pro Model enables safe operation in wood stoves, while its enhanced efficiency (6.5%) generates 20% more power than industry benchmarks. Pair it with its silent design to create seamless cooling systems for sensitive equipment.

Frequently asked questions

  • Which Peltier module model is best for high-temperature applications like wood stoves?

  • How to clean and maintain the contacts of a TEG1-127 Peltier module?

  • Bismuth Telluride vs. Lead Telluride: Which is better for Peltier modules in electronics cooling?

  • Can TEG1-127 modules be customized for specific cooling/heating projects?

  • Is the TEG1-127 certified for safety and environmental standards?

  • Can Peltier modules like TEG1-127 generate power from solar thermal energy?

  • How does the TEG1-127's efficiency compare to traditional cooling systems?

  • Are TEG1-127 modules easy to integrate into existing electronic systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Thermoelectric Cooling ModulesElectronics cooling, lab equipment25°C Temperature Lift (IEC 60068) ▲
43 dBA Noise Level (ISO 3744)		Quiet operation (no moving parts), energy-efficient ▲
RoHS compliant		Lower cooling capacity vs traditional systems ▲
Higher cost per unit
Thermoelectric Power GeneratorsSolar/Waste heat recovery, wood stoves2.0 W Output (ASTM E964) ▲
250°C Max Temp (EN 60747-6)		Converts heat to electricity ▲
CE-certified for industrial use		Low power density ▲
Requires stable heat source
Compact Temperature ControlPortable devices, medical sensors1.8–2.0 mm Thickness (ISO 3801) ▲
285 GSM Material Density (ASTM D543)		Compact design ▲
Chemical resistance (50+ exposures)		Limited scalability ▲
Higher voltage requirements
High-Temperature ModulesIndustrial furnaces, automotive systems250°C Operational Threshold (EN 60747-6) ▲
BiTe Alloy Construction (IEC 61760)		Handles extreme environments ▲
EN 61000 EMI compliance		Fragile under thermal shock ▲
Requires active cooling for sustained use
Energy-Efficient HeatingHVAC systems, climate control80% Efficiency (ISO 50001) ▲
2.5 A Max Current (IEC 60204)		Reversible heating/cooling ▲
Low maintenance ▲		Slower response time ▲
Less effective in extreme cold
Integrated Thermoelectric SystemsIoT devices, smart appliancesModular Design (IEC 62052) ▲
IP54 Protection (EN 60529)		Easy integration ▲
EMC-compliant (EN 61000)		Complex wiring configurations ▲
Performance degrades in dusty environments

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