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Performance Assessment of Energy Recovery Ventilator Integrated CO_2 Demand Controlled System - Part 2 Optimized Ventilation for Energy Saving in Office Building Simulated by BES-CFD with Integrated CO_2 Demand-Controlled System

机译：能量回收呼吸机集成CO_2需求控制系统的性能评估-第2部分，通过集成CO_2需求控制系统的BES-CFD模拟的办公楼节能优化通风

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Indoor environmental quality (IEQ) has a strong impact on environmental health factors, such as sick building syndrome (SBS) symptoms, thermal comfort, performance, and pleasantness. This paper demonstrates a technique for integrating building energy simulation (BES) and computational fluid dynamics (CFD) with a control algorithm for CO_2 demand controlled ventilation (DCV) to promote optimized IEQ.

机译：室内环境质量（IEQ）对环境健康因素（如病态建筑综合症（SBS）症状，热舒适性，性能和愉悦性）有很大影响。本文演示了一种将建筑能耗模拟（BES）和计算流体动力学（CFD）与CO_2需求控制通风（DCV）的控制算法相集成的技术，以促进IEQ的优化。

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《空気調和·衛生工学会大会》|2012年|3005-3008|共4页
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Yunqing Fan; Kazuhide ITO;
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1. Integrated building energy-computational fluid dynamics simulation for estimating the energy-saving effect of energy recovery ventilator with CO_2 demand-controlled ventilation system in office space [J] . Yunqing Fan, Kazuhide Ito Indoor and built environment . 2014,第6期

机译：集成建筑能量计算流体动力学模拟，用于估算办公室空间中采用CO_2需求控制通风系统的能量回收呼吸机的节能效果
2. Field-based study on the energy-saving effects of CO_2 demand controlled ventilation in an office with application of Energy recovery ventilators [J] . Yunqing Fan, Keiji Kameishi, Shigeki Onishi, Energy and Buildings . 2014,第ptaA期

机译：应用能量回收通风机的办公室中CO_2需求控制通风的节能效果的实地研究
3. A novel and dynamic demand-controlled ventilation strategy for CO_2 control and energy saving in buildings [J] . Tao Lu, Xiaoshu Lu, Martti Viljanen Energy and Buildings . 2011,第9期

机译：一种新颖且动态的按需控制的通风策略，用于控制建筑物中的CO_2和节能
4. Performance Assessment of Energy Recovery Ventilator Integrated CO_2 Demand Controlled System - Part 2 Optimized Ventilation for Energy Saving in Office Building Simulated by BES-CFD with Integrated CO_2 Demand-Controlled System [C] . Yunqing Fan, Kazuhide ITO 空気調和·衛生工学会大会 . 2012

机译：能源恢复呼吸机的性能评估综合CO_2需求控制系统 - 第2部分优化通风，凭借集成CO_2需求控制系统模拟的办公楼节能通风
5. Experimental and theoretical evaluation of the effect of CO(2)-based demand-controlled ventilation strategies on energy consumption. [D] . Alalawi, Mohsin Ahmed Mohsin. 1999

机译：基于CO（2）的需求控制通风策略对能耗的影响的实验和理论评估。
6. Multi-Objective Optimization and Performance Assessments of an Integrated Energy System Based on Fuel Wind and Solar Energies [O] . Jingyun Li, Hong Zhao 2021

机译：基于燃料风和太阳能的综合能源系统的多目标优化和性能评估
7. Demand-controlled ventilation in new residential buildings : consequences on indoor air quality and energy savings [O] . Hesaraki, Arefeh, Holmberg, Sture 2015

机译：新住宅建筑中按需控制的通风：对室内空气质量和节能的影响
8. Energy Cost and IAQ Performance of Ventilation Systems and Controls. Report 2: Assessment of CV and VAV Ventilation Systems and Outdoor Air Control Strategies for Large Office Buildings. Outdoor Air Flow and Energy Use. [R] . 2000

机译：通风系统和控制的能源成本和IaQ性能。报告2：评估大型办公楼的CV和VaV通风系统和室外空气控制策略。室外空气流动和能源使用。

Performance Assessment of Energy Recovery Ventilator Integrated CO_2 Demand Controlled System - Part 2 Optimized Ventilation for Energy Saving in Office Building Simulated by BES-CFD with Integrated CO_2 Demand-Controlled System

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