RP-92-空调系统控制-国家数字标准馆

现行 RP-92

收藏跟踪

购买正版

Air Conditioning Systems Control 空调系统控制

这项研究是为了扩展一种方法，将层流考虑在内。所选实验设备的比例有些令人遗憾；其中，外膜电导与内膜电导之比较高，而水与导管电容之比也相对较高。这些比例在某种程度上与正常的空气处理设备相反。

This study was undertaken to extend a methodology to include laminar flow considerations. The proportions of the experimental equipment which was selected was somewhat unfortunate; in that the ratio of external film conductance to internal film conductance was high, while the ratio of water-to-conduit capacitance was also relatively high. These proportions are somewhat contrary to normal air handling equipment.

分类信息

发布单位或类别：美国-美国采暖、制冷与空调工程师协会

关联关系

研制信息

相似标准/计划/法规

Automation and control of air-conditioning systems - Examples
空调系统的自动化和控制.示例

Ability of Air Conditioning Systems to Remove Pollutants Under Controlled Conditions of Pollutant Level and Air Flow
空调系统在污染物水平和空气流量受控条件下清除污染物的能力

Ability of Air Conditioning Systems to Remove Pollutants Under Controlled Conditions of Pollutant Level and Air Flow
空调系统在污染物水平和空气流量受控条件下清除污染物的能力

Field Testing of a Supervisory Optimal Controller for an Air-Conditioning System
空调系统监控最优控制器的现场测试

Secondary Control Strategies for Cycling of Air Conditioning and Refrigeration Systems
空调和制冷系统循环的二次控制策略

4679 – Dynamic Modeling and Control of Multi-Evaporator Air-Conditioning Systems

Dynamic Modeling and Control of Multi-Evaporator Air-Conditioning Systems
多蒸发器空调系统的动态建模与控制

Control Systems for Heating, Ventilating and Air Conditioning, 6th Ed.
供暖、通风和空调控制系统第6版

Secondary Control Strategies for Cycling of Air Conditioning and Refrigeration Systems
空调和制冷系统循环的二次控制策略

4679 – Dynamic Modeling and Control of Multi-Evaporator Air-Conditioning Systems

Dynamic Modeling and Control of Multi-Evaporator Air-Conditioning Systems
多蒸发器空调系统的动态建模与控制

Field Testing of a Supervisory Optimal Controller for an Air-Conditioning System
空调系统监控最优控制器的现场测试

Optimal Control and Fault Detection in Heating, Ventilating and Air Conditioning Systems
暖通空调系统的最优控制与故障检测

Compressor Capacity Control for Air-Conditioning System Partial Load Operation
空调系统部分负荷运行的压缩机容量控制

Energy Efficiency through the Use of Standard Air-Conditioning Control Systems
通过使用标准空调控制系统提高能源效率

Energy Efficiency through the Use of Standard Air-Conditioning Control Systems
通过使用标准空调控制系统提高能源效率

Optimal Control and Fault Detection in Heating, Ventilating and Air Conditioning Systems
暖通空调系统的最优控制与故障检测

Compressor Capacity Control for Air-Conditioning System Partial Load Operation
空调系统部分负荷运行的压缩机容量控制

Air Cycle Air Conditioning Systems for Air Vehicles
空气车辆用空气循环空调系统

No-Cost Air-Conditioning System Diagnostics Using Fundamental Equations and Existing Controls
使用基本方程和现有控制进行无成本空调系统诊断

No-Cost Air-Conditioning System Diagnostics Using Fundamental Equations and Existing Controls
使用基本方程和现有控制进行无成本空调系统诊断

JB/T 11210-2011

制冷空调系统用气液分离器
Accumulator for air-conditioning system

《国家标准化发展纲要》提出建设国家数字标准馆，推动标准化工作向数字化、网络化、智能化转型。中国标准化研究院正在全力推进国家数字标准馆建设，力争在2026年底建成“一个中心”和“一个平台”，即全球领先的标准数据资源中心，涵盖标准全生命周期的数字化、网络化、智能化研究与服务平台。

专题数据库

标准管理系统

大数据分析系统

标准智能研制系统