Solid-State Thermal Management and Energy Harvesting for Your Product or Application

Why Solid-State Thermoelectric Heating and Cooling?

What is solid-state thermoelectric technology and how does it work? 

Solid-state thermoelectric heating and cooling technology is also known as Peltier cooling. Sometimes it is abbreviated TEC (Thermo-Electric Cooling) and TED (Thermo-Electric Device) technology.


Solid-state thermoelectric devices use multiple semiconductor couples sandwiched between two ceramic plates. These couples are usually connected electrically in series. These devices are powered by electrical current. Electrical current "pumps" heat from one side of the device to the other. This creates a hot side and a cold side. The heat flow is reversible by reversing the direction of electrical current. The magnitude of heat flow is adjustable by varying the amount of electrical current.

Why solid-state thermoelectric thermal management?

With recent materials science advances, solid-state thermoelectric heating and cooling has started to transform the heating and cooling and thermal management industry in a similar way that solid-state electronics has transformed the electronics industry and our world.

Do you have a solid-state thermoelectric application or product idea?

Need consulting or help with thermoelectric design, thermoelectric computer simulation or innovation?

We will design and simulate any thermoelectric application.

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9 Advantages of Solid-State Thermoelectric Thermal Management Technology

1. Solid-state

There are no moving parts. This means solid-state thermoelectric technology has higher reliability which leads to happier customers and increased profits.

2. No Greenhouse Gases Required

Unlike compressor based conventional cooling systems, solid-state thermoelectric heating and cooling does not require expensive refrigerants.

3. Scalability

Systems can be scaled from less than one watt of cooling power up to kilowatts. The ability to scale thermoelectric thermal management systems offers a much wider range of market share opportunities compared with systems that are not scalable. Common components can be used for large and small scale systems. This results in reduced manufacturing and design costs.

4. Efficiency

Solid-state systems have the potential to operate at much higher efficiency (COP) than competing technology. Further efficiency gains can be obtained by using the devices for spot or distributed cooling rather than cooling an entire enclosure which is common with conventional technology. Customers want efficient products.

5. Cooling and Heating in One Device

Unlike compressor based systems, solid-state devices can heat and cool from the same device with a simple switch in the direction of electrical current. This leads to simpler designs with less parts to break and fewer warranty claims from customers

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Solid-state thermoelectric cooler simulation

Pictured above, a Solid-State Thermoelectric Heating and Cooling Device


6. Precise Temperature Control

Solid-state thermoelectric devices excel at precise temperature control. This makes possible products that are out of reach with conventional compressor based systems that are more difficult to control.

7. Below Ambient Cooling

The ability to control temperature to below ambient allows food to last longer, drinks to feel colder, batteries to last longer, CPU's to run cooler and at higher performance, better human thermal comfort, longer life electronics and safer medicine storage. All of these result in benefits customers need and want.

8. Silent Operation

With solid-state technology, there will be no noise complaints as there are with conventional vibrating compressor technology.  Customers will leave better reviews for your product.

9. Mountable in Any Orientation

Since there is no refrigerant or moving parts, solid-state thermoelectric devices can be mounted in any orientation. This leads to greater design flexibility and a wider range of applications that can keep up with your creativity.



We believe there are limitless applications for solid-state heating and cooling. Below are just a few that are currently in use or being investigated.


  • Solid-State refrigerators

  • Heated and cooled mattresses

  • Wine bottle coolers

  • Telecom devices

  • Thermal therapy devices

  • Electronics and Peltier CPU cooling

  • Thermoelectric battery thermal management

  • Electronics kiosk cooling

  • Zonal thermoelectric climate control

  • Heated and cooled vehicle seats

  • Beverage heating and cooling

  • Thermoelectric Office chairs

  • Mini In-vehicle peltier refrigerators

Solid-state thermoelectric cooler and heat sink simulation

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