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In Achieving the Desired Indoor Climate - Energy Efficiency Aspects of System Design thirteen well-known international researchers present the latest know-how on the compound connections between the indoor climate and energy efficiency. The first section of the book deals with the impact of indoor climate on people's well-being, health and performance levels. It shows which factors make up the concept indoor climate and how they can be translated into measurable design requirements. It also explores how indoor climate requirements vary according to the intended purpose of the building. The next section deals with the building and its technical support systems. Based on design indoor climate requirements, the book gives examples of how to create energy- efficient hydronic and airborne system solutions. It also outlines the energy needs of a building - what they are and where they occur - and relates them to the technical support systems that exist to meet these needs. The last section covers all the processes related to a building. Everything from the early commissioning stages to the operational stage where energy management plays an important role. It also gives examples of different economic models. Achieving the Desired Indoor Climate - Energy Efficiency Aspects of System Design is written for professionals in the building sector and students at colleges and universities