中华人民共和国住房和城乡建设部公告

前　　言

1　总　　则

2　术　　语

3　基本规定

4　建筑物室内平均温度、湿度检测

5　非透光外围护结构热工性能检测

• 5.1　一般规定

• 5.2　热流计法传热系数检测

• 5.3　同条件试样法传热系数检测

6　透光外围护结构热工性能检测

• 6.1　一般规定

• 6.2　透明幕墙及采光顶热工性能计算核验

• 6.3　透明幕墙及采光顶同条件试样法传热系数检测

• 6.4　外通风双层幕墙隔热性能检测

7　建筑外围护结构气密性能检测

• 7.1　一般规定

• 7.2　外窗气密性能检测

• 7.3　透明幕墙气密性能检测

8　采暖空调水系统性能检测

• 8.1　一般规定

• 8.2　冷水（热泵）机组实际性能系数检测

• 8.3　水系统回水温度一致性检测

• 8.4　水系统供、回水温差检测

• 8.5　水泵效率检测

• 8.6　冷源系统能效系数检测

9　空调风系统性能检测

• 9.1　一般规定

• 9.2　风机单位风量耗功率检测

• 9.3　新风量检测

• 9.4　定风量系统平衡度检测

10　建筑物年采暖空调能耗及年冷源系统能效系数检测

11　供配电系统检测

• 11.1　一般规定

• 11.2　三相电压不平衡检测

• 11.3　谐波电压及谐波电流检测

• 11.4　功率因数检测

• 11.5　电压偏差检测

• 11.6　分项计量电能回路用电量校核检测

12　照明系统检测

• 12.1　照明节电率检测

• 12.2　照度值检测

• 12.3　功率密度值检测

• 12.4　灯具效率检测

• 12.5　公共区照明控制检测

13　监测与控制系统性能检测

• 13.1　送（回）风温度、湿度监控功能检测

• 13.2　空调冷源水系统压差控制功能检测

• 13.3　风机盘管变水量控制性能检测

• 13.4　照明、动力设备监测与控制系统性能检测

附录A　仪器仪表测量性能要求

附录B　建筑外围护结构整体气密性能检测方法

附录C　水系统供冷（热）量检测方法

附录D　电机输入功率检测方法

附录E　风量检测方法

• E.1　风管风量检测方法

• E.2　风量罩风口风量检测方法

本标准用词说明

引用标准名录

1　General Provisions

2　Terms

3　Basic Requirements

4　Average Indoor Air Temperature and Relative Humiditv Test

5　N on-transparent Envelope Thermal Perform ance Test

• 5.1　General Requirements

• 5.2　Heat Transfer Coefficient Test bv Heat flow Meter

• 5.3　Heat Transfer Coefficicent Test by Samples in the Same Conditions

6　Transparent Envelope Thermal Performance Test

• 6.1　General Requirements

• 6.2　Transparent Walls and Skylight Roof Thermal Performance Calculation and Verified

• 6.3　Heat Transfer Coefficient Test by Samples in the Same Conditions

• 6.4　0utside Ventilated Double Transparent Walls Heat Insulation Performance

7　Building Envelope Air Tightness Test

• 7.1　General Requirements

• 7.2　Exterior Window Air Tightness

• 7.3　Transparent Walls Air Tightness

8　Heating and Air-conditioning Water System Performance Test

• 8.1　General Requirements

• 8.2　Chiller/ Heat Pump Aetual Coefficient of Performance

• 8.3　Retum Water Temperature Consistency

• 8.4　Temperature Difference of the Transfer Liquid

• 8.5　Pump Efficiency

• 8.6　Energy Efficiency Ratio of Cooling Source System

9　Air-conditioning Air System Performance Test

• 9.1　General Requirements

• 9.2　Fan Power Consumption Per Unit Air Volume

• 9.3　Fresh Air Volume

• 9.4　Constant Air Flow System Balance Ratio

10　Heating and Air-conditioning System Year Energy Consumption and Energy Efficiency Ratio of Cooling Source System Testing

11　Power Supply and Distribution System Test

• 11.1　General Requirements

• 11.2　Three-phase Voltage Unbalance

• 11.3　Harmonic Voltage and Harmonic Current

• 11.4　Power Factor

• 11.5　Deviation of Supply Voltage

• 11.6　Sub-metering of Power Circuit Verification

12　Lighting System Test .

• 12.1　Lighting Energy Saving Rate

• 12.2　Illumination Value

• 12.3　Power Density

• 12.4　Lighting Efficiency

• 12.5　Public Area Lighting Control

13　Monitoring and Control System Test

• 13.1　Supply（Return） Air Temperature and Relativity Humidity Monitoring and Control

• 13.2　Pressure Difference Control Function of Air-conditioning Water System

• 13.3　Variable Water Control Performanceon Fan Coil

• 13.4　Lighting and Low Voltage Distribution System

Appendix A　Apparatus Performance Require ments

Appendix B　Testing Method of Overall Building Envelope Air Tightness Performance

Appendix C　Testing Method of Heating or Cooling Capacity

Appendix D　Testing Method of Input Power

Appendix E　Testing Method of Air Flow

Explanation of Wording in This Standard

Normative Standards