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PCM thermal batteries

Cogeneration Plants: Advantages and Technologies for Optimal Industrial Energy Efficiency

Cogeneration Plants: Advantages and Technologies for Optimal Industrial Energy Efficiency

Cogeneration plants represent an advanced and highly efficient solution for the simultaneous production of electricity and heat, significantly contributing to the optimization of energy efficiency in the industrial sector.

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How to Improve the Energy Efficiency of Your Home with Thermal Batteries

How to Improve the Energy Efficiency of Your Home with Thermal Batteries

In the era of sustainability and energy efficiency, improving the energy consumption of homes has become a priority for many.

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i-TES Thermal Battery: How it is Composed

i-TES Thermal Battery: How it is Composed

Thermal batteries are revolutionizing the field of energy storage due to their ability to store and release heat efficiently.

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Types of PCM Materials: What They Are and Their Characteristics

Types of PCM Materials: What They Are and Their Characteristics

Let's see what types of PCM materials are available on the market and what characteristics they have in terms of performance.

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PCMs: What They Are and How They Store Heat

PCMs: What They Are and How They Store Heat

PCM materials are materials capable of storing significant amounts of latent heat by exploiting the phase change phenomenon, which occurs at a constant temperature

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Phase Change Materials (PCM): An Innovative Solution for Heat Recovery

Phase Change Materials (PCM): An Innovative Solution for Heat Recovery

If heat recovery is becoming increasingly important in various contexts, recovering heat through PCM materials or phase change materials presents significant advantages

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