Titlebook: Energy Recovery Technology for Building Applications; Green Innovation tow Mardiana Idayu Ahmad,Saffa Riffat Book 2020 Springer Nature Swit

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W. Zieger,W.-D. Hiltmann,A. Wischnikilding ventilation. The performance of the system can be evaluated in terms of efficiency and recovered energy (heat and mass transfer) through its heat exchanger. The efficiency can be determined using ASHRAE standard, effectiveness–NTU method and global efficiency. Meanwhile, recovered energy is c

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Problemstellung und Aufbau der Arbeit, to provide energy savings by recycling or recovering about 70% of energy from the building’s exhaust air to pre-treat or pre-condition the outside air/ventilation air. The load and the mechanical ventilation equipment may be minimised by pre-treatment or pre-conditioning of the outside air. It has

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Building Energy Consumption and Energy Efficiency Strategies,ttern of building energy consumption. Implementing less utilisation of natural resources and reducing the energy consumption will be positive strategies to cope with this scenario. In addition, with the establishment of new building codes and the requirement of providing comfortable indoor environme

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Definition and Working Principle of Energy Recovery Technology, be in the form of . or . or both. In buildings, energy recovery technology has been proven as an effective means to reduce energy consumption and operational cost. With the aim to give an insight into the principle of this technology, this chapter discusses its definition, concept and mechanism par

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Heat Exchanger: The Heart of Energy Recovery System,fer heat or energy between two streams. The transfer involves two or more fluids which can be single or two phases depending on the exchanger type. Heat exchangers are classified into flow configurations (such as counter-flow, cross-flow, co-current flow and hybrid flows) and construction (recuperat

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Evaluating the Performance of Energy Recovery Systems,ilding ventilation. The performance of the system can be evaluated in terms of efficiency and recovered energy (heat and mass transfer) through its heat exchanger. The efficiency can be determined using ASHRAE standard, effectiveness–NTU method and global efficiency. Meanwhile, recovered energy is c