Titlebook: Stratum Ventilation—Advanced Air Distribution for Low-Carbon and Healthy Buildings; Working Principles, Sheng Zhang,Yong Cheng,Zhang Lin B

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Design Guidelines for Stratum Ventilationaging both the cooling effects of temperature and velocity of the supply air, stratum ventilation systems can achieve these benefits. As a result, specific applications of stratum ventilation require smaller capacity, leading to reduced system size, space requirements, initial costs, and energy consumption.

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Air Terminal Layout of Stratum Ventilationen the exhausts are placed at a lower level along the same wall as the supply air outlets, resulting in space savings for installation. Consequently, this particular air terminal layout is preferred for the design of stratum ventilation systems, provided that the performance requirements are met.

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Life Cycle Environmental Impact, Energy Performance, and Economic Cost-Effectiveness of Stratum Ventive analysis of their environmental impact, energy performance, and economic cost-effectiveness. Such assessments should consider the combined effects of life cycle cost (LCC) and carbon emissions during both the supply-and-installation phase and the operation phase. This chapter presents a systemat

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Air Terminal Layout of Stratum Ventilationical methods. The experimental findings demonstrate that both the exhaust location and the supply air flow rate significantly impact the air diffusion performance. Simulation results demonstrate that the exhausts at the bottom of the wall in the occupied zone lead to improved air mixing. This config

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Effects of Air Terminal Types on Performance of Stratum Ventilationical methods are employed to examine four specific air terminal types, i.e., circular diffusers, square diffusers, perforated diffusers, and double deflection grilles. The experiments are conducted under different experimental conditions to assess thermal sensation and comfort. Six performance indic