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PCM thermal batteries

Sand Thermal Storage: Operation, Limitations, and Benefits

Sand Thermal Storage: Operation, Limitations, and Benefits

Sand thermal storage is a technology gaining attention in the thermal energy sector, particularly in district heating plants.

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Fuel Cells: Operation and Integration with Thermal Batteries

Fuel Cells: Operation and Integration with Thermal Batteries

The fuel cells, or combustion cells, are revolutionizing the sustainable energy sector thanks to their ability to produce electricity through chemical reactions, with a reduced environmental impact.

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Underfloor Heating or Radiators? The Important Thing Is Having a Thermal Battery

Underfloor Heating or Radiators? The Important Thing Is Having a Thermal Battery

When designing a home heating system, one of the most frequently asked questions is:

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Natural Insulating Materials and Latent Heat: How PCMs Revolutionize Thermal Storage

Natural Insulating Materials and Latent Heat: How PCMs Revolutionize Thermal Storage

Energy efficiency is a central topic for companies and professionals working in the construction and sustainability sectors.

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Do photovoltaic panels work without sunlight? With thermal battery storage, yes.

Do photovoltaic panels work without sunlight? With thermal battery storage, yes.

Solar energy represents one of the most promising and sustainable energy sources of our time. However, its effectiveness is often questioned due to the intermittency of solar radiation.

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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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