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  • Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
  • Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
  • Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
  • Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
  • Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
  • Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module
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Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module

  • 100 - 499 Pieces
    $27.38
  • >= 500 Pieces
    $25.08

Customization:

cable length(Min.Order: 2 pieces)

Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermoelectric Energy Conversion: The TGM-199-2.0-1.2 module converts temperature differences into electrical energy, enabling power generation for portable devices like camping stoves or cooling systems for small electronics.
  • Dual-Mode Cooling/Heating: Designed to regulate thermal energy flow, it can either dissipate heat (cooling) or generate heat (heating) depending on the applied current direction, ideal for compact electronic systems.

Key features

  • 1. Advanced Material Technology

  • With a ceramic composite material body, ensure efficient heat transfer and durability in harsh environments, ideal for rugged outdoor use or industrial applications.

  • 2. High-Performance Output

  • With a 2.0A current rating and 1.2V voltage capability, deliver robust power output for reliable performance in portable devices like camping stoves, outperforming conventional thermoelectric modules*.

  • 3. Portable Scenario Solutions

  • Designed for compact, high-temperature applications, this module is ideal for portable power generation in outdoor settings (e.g., camping) where space and reliability are critical.

  • 4. Simplified Integration

  • Straightforward electrical connections via red/black wires simplify setup and integration into electronic systems, enabling quick deployment in DIY or commercial projects.

  • 5. Customizable Adaptability

  • Engineered with epitaxial wafer technology, this module offers versatility for diverse applications—from cooling electronics to powering outdoor gear—ensuring adaptability across industries*.

Product details

Taidacent TGM-199-2.0-1.2 Biolite Camping Stove Portable High Temperature Thermoelectric Generator 5V Thermoelectric Module

The Taidacent TGM-199-2.0-1.2 is a high-performance thermoelectric module (TEM) designed for compact cooling, heating, or energy generation applications. Engineered with an epitaxial wafer and ceramic composite material, it delivers efficient thermal management in portable devices like camping stoves, electronic cooling systems, and IoT sensors.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialCeramic composite + epitaxial waferHigh thermal conductivity for industrial/field use
Dimensions19.9mm × 19.9mm × 3.2mmSpace-constrained devices (e.g., camping stoves)
Voltage Rating1.2VLow-voltage power systems
Max Current2.0AModerate-power thermal cycling
Thermal Conductivity1.5 W/m·K (ceramic substrate)Efficient heat dissipation in enclosed spaces

Customization guide

Adjustable parameters:

  • Voltage/current limits for tailored power output (e.g., 1.2V/2.0A standard or 1.5V/1.8A for low-power scenarios).
  • Material thickness to optimize thermal resistance for specific temperature gradients.

Get inspired

With its compact design and high-temperature tolerance, the TGM-199-2.0-1.2 enables portable energy solutions. For instance, pairing it with a Biolite camping stove converts waste heat into 5V power, extending device runtime in remote areas.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cooling Power (W)50+15% (57.5W)+30% (65W)*
Max Operating Temp100°C125°C150°C
Thermal Resistance1.2°C/W0.9°C/W0.6°C/W
Efficiency (%)8%+10% (8.8%)+18% (9.4%)

Supplier's note

  1. Key Breakthroughs:

    • Epitaxial wafer structure: 18% higher energy conversion efficiency vs. conventional modules.
    • Ceramic substrate: 20% better thermal stability at 150°C compared to aluminum-based designs.
    • Miniaturized form factor: 30% smaller than industry-standard TEMs, enabling integration into handheld devices.
  2. Version Selection Guide:

    • Base Model: Ideal for basic cooling (e.g., small electronics) where cost is prioritized.
    • Advanced Model: Optimal for moderate-duty applications (e.g., IoT sensors) requiring 125°C resilience.
    • Pro Model: Essential for high-temperature environments (e.g., industrial ovens, camping stoves) where 150°C operation and 65W cooling are critical.

*Pro Model’s thermal resistance (0.6°C/W) outperforms industry benchmarks by 40%, enabling faster heat dissipation in compact systems.

Frequently asked questions

  • Which thermoelectric module suits portable camping devices like the Biolite stove?

  • How do I maintain the frothing nozzle of a thermoelectric generator module?

  • Ceramic vs. Metal: Which material is better for thermoelectric modules in harsh environments?

  • Can I customize the TGM-199-2.0-1.2 for a custom cooling system?

  • Is the TGM-199-2.0-1.2 FDA-approved for food-safe applications?

  • What are the best use cases for the Taidacent 5V thermoelectric module?

  • How do I integrate a heatsink with the TGM-199-2.0-1.2 module?

  • What’s the maximum voltage/current the TGM-199-2.0-1.2 can handle safely?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage RatingPortable devices, camping gear5V output (IEC 60950-1) ▲▲ vs Industry (3.3V) ▲ vs Base (4.5V)Powers USB devices directly; compatible with standard electronicsRequires higher input heat differential for full output
Power OutputIndustrial cooling, IoT sensors6W max (ASTM E2594) ▲▲ vs Industry (4W) ▲ vs Base (5W)Efficient energy harvesting for low-power systemsLimited capacity for high-power applications
Thermal ConductivityElectronics cooling, lab equipment1.5 W/m·K (ASTM E1461) ▲ vs Industry (1.2 W/m·K)Rapid heat transfer for compact cooling systemsCeramic substrate may require additional thermal interface materials
WeightWearable tech, handheld devices50g (ISO 10799) ▲▲ vs Industry (60g) ▲ vs Base (55g)Lightweight for portable applicationsReduced structural durability compared to heavier modules
Temperature RangeAutomotive, outdoor gear-20°C to 120°C (IEC 60747-11) ▲▲ vs Industry (0°C to 100°C) ▲ vs Base (110°C)Operates in extreme environmentsRequires protective casing for sub-zero/-high-temperature use
Efficiency (COP)Solar-thermal hybrids, renewable systems1.2 (IEEE 519) ▲ vs Industry (1.0)Higher energy conversion efficiencyPerformance drops at lower temperature differentials

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