Applications > Energy

Energy

In the energy industry’s pursuit of sustainable solutions, thermal analysis is pivotal for enhancing system performance and reliability across various sectors. From traditional fuels to renewables like solar and wind, understanding thermal properties optimizes production, storage, and conversion processes. Thermal analysis guides material development, such as solar panel conductivity and phase change materials for energy storage, improving system efficiency and durability.

It aids in understanding combustion processes for fossil fuels and enhances efficiency and lifespan of renewable energy systems like solar panels and batteries. As environmental concerns rise, thermal analysis facilitates the development of materials and processes to reduce energy consumption and emissions. Integrating thermal analysis into energy research drives innovation for reliable and eco-friendly solutions, shaping a sustainable energy future.

Thermtest instruments help customers gain valuable insights into thermal properties of their materials.

Energy - solar panel

Application Notes

Testing Thermal Conductivity Applications with Transient Plane Source

Anisotropic Thermal Conductivity of Li-ion Batteries

Webinars and Demos

MP-1 TPS Demo: Thermal Conductivity, Thermal Diffusivity & Specific Heat of Large Pouch Batteries

MP-1 Demo: TPS Method for Directional Thermophysical Properties of Batteries

MP-1 TPS Battery Package: Intelligently Measure Full Pouch/Cylinder Batteries and Their Components

MP-1 TPS Battery Package: Measure Pouch, Prismatic, and Cylinder Batteries + Components

MP-1 TPS Battery Package: Measure Pouch, Prismatic, and Cylinder Batteries + Components

Phase Change Materials (PCM) for Energy Storage

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