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Thermoelectric Facilities

This laboratory specializes in the evaluation of thermoelectric materials, focusing on their ability to convert heat into electrical energy. It enables precise measurement of key properties such as thermal conductivity, electrical resistivity, Seebeck coefficient, and power generation efficiency, supporting research in energy harvesting, cooling technologies, and sustainable materials development.

Fecilities

LZT (Linseis ZT) meter

LZT3/1100, LINSEIS

Description:

The LZT-Meter offers an all-in-one solution for the independent determination of thermal conductivity using the flash method and measurements of electrical resistance and Seebeck coefficient.

Fecilities

Sound velocity

EPOCH 650, Olympus

Description:

The EPOCH 650 is a lightweight, portable flaw detector built to be rugged and flexible for nearly any inspection. The EPOCH 650 allows a full range of standard and optional flaw detection features. This instrument is mainly used to measure the sound velocity of any material to be related to the defects in the sample

Fecilities

PEM-2 (Power Generation Efficiency Characteristics Evaluation System)

PEM 2, Advance Riko

Description:

Property evaluations of thermoelectric generator modules by applying a maximum 500°C temperature difference across a thermoelectric generator module, this system finds the thermoelectric conversion rate η by finding the power that is generated P when a one-dimensional heat flow Q is passed through the module.

Fecilities

Laser Flash Analyzer

LFA - 467 HT Hyper Flash, NETZSCH – Germany

Description:

High-temperature laser flash analyzer is used for measuring thermal diffusivity, thermal conductivity, and specific heat of materials at temperatures up to 900° C. It is a reliable and efficient instrument used in various industries for material testing and research purposes.

Fecilities

Seebeck coefficient/
Electrical Resistance Measurement System

ZEM - 3M8, ADVANCE RIKO – Japan

Description:

This instrument is used to measure the Seebeck coefficient and the electrical resistivity of the materials. It operates by measuring the voltage generated when a temperature gradient is applied across a material.

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