Phase Change Materials for Energy Management and Efficiency (eBook, ePUB)
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This book explores the prospective applications of Phase Change Materials (PCMs) in energy storage systems, thermal system temperature control, peak shifting, and energy management. It starts with definitions and a brief history of energy storage systems, followed by an exploration of different types of PCMs, encapsulation techniques, heat transfer enhancement methods, and the applications and challenges of PCMs. The book provides a comprehensive overview of PCM applications in building envelopes, free cooling, electrical appliances, lithium-ion batteries, textiles, solar panels, vehicles and ...
This book explores the prospective applications of Phase Change Materials (PCMs) in energy storage systems, thermal system temperature control, peak shifting, and energy management. It starts with definitions and a brief history of energy storage systems, followed by an exploration of different types of PCMs, encapsulation techniques, heat transfer enhancement methods, and the applications and challenges of PCMs. The book provides a comprehensive overview of PCM applications in building envelopes, free cooling, electrical appliances, lithium-ion batteries, textiles, solar panels, vehicles and logistics, and more across 14 chapters.
. Demonstrates various techniques for the enhancement of energy storage systems.
. Offers an applied approach.
. Discusses energy management, thermal control, peak shifting, energy conservation, and energy storage.
Aimed at researchers in industrial manufacturing sectors, it can also serve as a resource for undergraduate and graduate students in energy management courses. In addition, this reference is valuable for engineers and scientists focused on energy optimization and the application of sustainable materials.
. Demonstrates various techniques for the enhancement of energy storage systems.
. Offers an applied approach.
. Discusses energy management, thermal control, peak shifting, energy conservation, and energy storage.
Aimed at researchers in industrial manufacturing sectors, it can also serve as a resource for undergraduate and graduate students in energy management courses. In addition, this reference is valuable for engineers and scientists focused on energy optimization and the application of sustainable materials.
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