Комбинация тепловых насосов и солнечных компонентов - это недавнее развитие, обладающее большим потенциалом для повышения энергоэффективности систем отопления домов и подогрева воды. Как следствие, это может существенно улучшить энергетический след здания. Данная работа сравнивает различные системы, анализирует их производительность и иллюстрирует методы мониторинга. Она помогает читателю проектировать, моделировать и оценивать солнечные и теплонасосные системы. Подробно обсуждаются хорошие примеры построенных систем, а также даются советы о том, как спроектировать наиболее эффективную систему. Эта книга - первая о данной комбинации компонентов, представляет современное состояние этой технологии. Она основана на совместном исследовательском проекте двух программ Международного энергетического агентства: Программы по солнечному отоплению и охлаждению (SHC) и Программы по тепловым насосам. Более 50 экспертов из 13 стран приняли участие в этом исследовании.
The combination of heat pumps with solar-based heating and cooling systems has emerged as a promising approach for efficiency improvements in residential buildings, and thus for reducing energy consumption and carbon dioxide emissions. Achieving these targets requires a detailed understanding of technical design and practical application of solar thermal and heat pump energy systems.
This book provides such an understanding through case studies examining best practices in solar-heat pump installations around the world. Readers will learn how to simulate, design, and assess this technology to arrive at the most optimized solution best aligned with their unique site, budget, and climate conditions. Through it Authors' experts’ cross-disciplinary experience from different nations, many tried-and-true approaches, recent research, and design tips are made accessible.
Written by a team of international experts from various participating countries in the IEA's Solar Heating and Cooling Program and IEA's Heat Pump Program, this book will be an essential resource for professionals working with solar and other renewable energy sources seeking insights into this versatile and innovative technology synergy.
This book presents an overview of novel energy efficient designs for residential buildings using both solar hot water and heat pumps. It discusses the utilization of these systems in conjunction with each other. It also describes monitoring techniques, and possible problems associated with such complex designs. These types of systems can help minimize a building's energy use. Through the guidance and monitoring the book provides, the reader may be able to better design, install, and monitor solar heat pump water heating and cooling systems. This is well as a detailed analysis of practical systems and guidelines on how to customize, and operate them efficiently. The book describes current trends in this field, and is based on data and studies from various IEA programs, including the SHC and HP programs. Oval more than fifty subject experts from twelve nations collaborated on this research project. The results from this knowledge base will help advance innovation in building design and construction protocols.
Электронная Книга «Solar and Heat Pump Systems for Residential Buildings» написана автором Группа авторов в году.
Минимальный возраст читателя: 0
Язык: Английский
ISBN: 9783433604847
Описание книги от Группа авторов
The combination of heat pumps and solar components is a recent development and has great potential for improving the energy efficiency of house and hot water heating systems. As a consequence, it can enhance the energy footprint of a building substantially. This work compares different systems, analyses their performance and illustrates monitoring techniques. It helps the reader to design, simulate and assess solar and heat pump systems. Good examples of built systems are discussed in detail and advice is given on how to design the most efficient system. This book is the first one about this combination of components and presents the state of the art of this technology. It is based on a joint research project of two programmes of the International Energy Agency: the Solar Heating and Cooling Programme (SHC) and the Heat Pump Programme. More than 50 experts from 13 countries have participated in this research.
