Home » Coolit » Coolit-Thermoelectric Modules

High-Efficiency Thermoelectric Coolers for Industrial Applications

Discover thermoelectric modules used for power generation from waste heat, offering a sustainable energy solution. Suitable for applications in automobiles, ships, and renewable energy sources, they offer efficient power generation from otherwise wasted thermal energy

Thermoelectric coolers (Peltier coolers) for industrial applications

Thermoelectric coolers designed for industrial applications must meet stringent demands for efficiency, reliability, and precision in production. They are engineered to manage cooling and temperature control within industrial systems.

Specialized TECs (labeled as С-index) are crafted to endure frequent temperature cycling, with rapid changes across wide temperature ranges on one or both sides of the cooler, spanning hundreds of thousands of cycles.

Our product line includes thermoelectric coolers tailored for high-temperature, high-pressure, and high-humidity environments.

Key offerings encompass:

High-efficiency single-stage thermoelectric coolers
Round thermoelectric coolers

Applications span:

Industrial electronics and telecommunications
Thermoelectric cooling assemblies and conditioners
Cooling devices for electronic equipment and cabinets
Temperature control systems for critical parts in machinery
Heat flow probes
Medical equipment
Transport and food industries

Produced by “Kryotherm,” our thermoelectric modules and systems adhere to rigorous industrial standards and specialized requirements. Each batch undergoes thorough testing aligned with our quality assurance protocols, customized to meet customer specifications.

Environmental compliance: Our thermoelectric coolers comply with RoHS directive standards, free from lead and other restricted materials.

Advanced Applications of Thermoelectric Coolers in Radio Electronics

Thermoelectric coolers, also known as Peltier coolers, are crucial for microcooling applications in radio electronics. They play a vital role in thermally stabilizing microchips, semiconductor lasers, photodetectors, and other temperature-sensitive components of electronic devices.

Key applications include:

Microwave Techniques:

Cooling the input stages of highly sensitive receivers and amplifiers
Thermally stabilizing paramps

Optoelectronics:

Contact cooling for semiconductor lasers, infrared detectors, and CCD matrices
Mini-conditioners for photomultipliers

Specialized Computer Engineering:

Cooling microprocessors

Technological Features: Our thermoelectric coolers are available installed or integrated directly into standard packages such as ТО (ТО3, ТО8, etc.), HHL, DIL, butterfly, or other specialized enclosures.

Environmental Safety: In compliance with RoHS directive requirements, our thermoelectric coolers are free from lead and other prohibited materials.

Advanced Multistage Thermoelectric Coolers for Diverse Applications

Explore our advanced multistage thermoelectric coolers, including 2-stage thermoelectric coolers and Peltier elements, ideal for deep chilling systems, refrigerators with large temperature differences, and cooling systems for scientific and research applications.

Main fields of application:

Freezers
Thermostats
Scientific and laboratory equipment
Thermocalibrators
Step coolers

Technological features: For the top stages, we use optimized thermoelectric materials that allow achieving significant dТ values with fewer stages. This enables the production of multistage modules with optimal dimensions and low power consumption.

We also offer thermoelectric coolers, installed or integrated in standard ТО (ТО3, ТО8, etc.), HHL, DIL, butterfly, or special bodies.

Efficient Thermoelectric Cooling Assemblies for Various Applications

A thermoelectric cooling assembly combines multiple heat-exchange devices with thermoelectric coolers in between. These assemblies have versatile applications, including use in refrigerators, air conditioners, and cooling systems for electronic devices. Designed for 12V, 24V, and 48V power supplies, they are compatible with power sources in automobiles, trains, and boats. The heat insulation between radiators prevents reverse heat transfer to the cooling object. Each thermoelectric assembly includes mounting holes and a power supply plane, with optional temperature sensors and controllers available for enhanced functionality.

Efficient Thermal Management with Thermosiphon Technology

Thermoelectric modules for power generation, such as low and medium temperature generating modules like the Mars series, are gaining traction globally as nations seek clean energy alternatives. Interest in thermoelectric generating modules has surged due to advancements in thermoelectric technology. Discover how to efficiently convert heat energy into electrical power for your application.

Key Applications: Thermoelectric generating modules find extensive use in various fields, including:

Harnessing waste heat in transportation (automobiles, ships)
Providing autonomous energy to electronic components in water boilers and waste treatment plants
Cathodic protection for oil and gas pipelines
Converting natural heat sources like geothermal waters into electricity
Autonomous power supply for low-power electronic devices

Thermoelectric power generators

Thermoelectric power generators powered by gas fuel
Thermoelectric generators TEG-5 and TEG-7 operating on the superheated steam thermal energy
Thermoelectric Universal Generator B4M
Multipurpose thermoelectric generator B25-12 (М)