T/GERS 0008.7-2021 Guidelines for Energy Efficiency Benchmarking of Energy-Intensive Industries - Part 7: Textiles
T/GERS 0008.7-2021
Basic Information
Scope
Main technical content: This section specifies the terms and definitions, the content of benchmarking work, technical requirements, and an energy efficiency benchmarking indicator system. This section applies to energy-using units in the textile industry of Guangdong Province conducting energy efficiency benchmarking. This section consists of 6 chapters, including: (1) Chapter 1 scope specifies the terms and definitions of energy efficiency benchmarking for energy-using units in the textile industry, types of benchmarking, content of benchmarking work, technical requirements for benchmarking, and an energy efficiency benchmarking indicator system; this document is applicable to guiding energy-using units in the textile industry of Guangdong Province to conduct energy efficiency benchmarking. (2) Chapter 2 normative reference documents lists the normative reference documents of this standard. (3) Chapter 3 terms and definitions provides definitions of comprehensive energy consumption per unit of textile products and comprehensive electricity consumption per unit of textile products; (4) Chapter 4 content of energy efficiency benchmarking work specifies the requirements for energy efficiency benchmarking work. (5) Chapter 6 Section 1 "Technical requirements for selecting energy efficiency benchmarks" lists the classification information of energy efficiency benchmarking units in the textile industry. (6) Chapter 5 Section 2 "Technical requirements for data collection and verification" proposes the requirements for the configuration of energy measurement instruments for energy-using units in the textile industry. It stipulates that energy-using units in the textile industry shall comply with the provisions of GB 17167, and further, in accordance with the requirements of GB/T 29452, define the energy measurement scope according to the type of energy use, configure energy measurement instruments, and meet the requirements for the configuration rate and performance of mea