T/XZBX 0096-2025 Equipment selection and configuration specifications for energy-saving electrical construction equipment
T/XZBX 0096-2025 Equipment selection and configuration specifications for energy-saving electrical construction equipment
Basic Information
Scope
With the rapid development of the construction industry and the continuous increase in energy consumption levels, the energy-saving and efficient operation of building electrical systems has become a key factor in improving the overall energy utilization efficiency of buildings, reducing operating costs, and achieving green building goals. Electrical equipment accounts for a significant proportion of building energy consumption, and its rational selection, scientific configuration, and operational efficiency directly affect the energy performance and sustainable development level of buildings. At present, there are certain technical standards and management norms for energy-saving of building electrical equipment both at home and abroad, but there are still problems such as irrational equipment selection, unscientific system configuration, and insufficient exploitation of energy-saving potential in actual engineering applications. This not only leads to increased building energy consumption, but also may affect the service life of equipment and the safety of system operation. Especially in large and medium-sized public buildings, commercial complexes, and high-rise residential buildings, the electrical systems are complex and the loads are changeable, which places higher demands on the energy-saving performance and rational configuration of equipment. To standardize the selection and configuration of building electrical equipment, fully exploit energy-saving benefits, and ensure the safe and reliable operation of the system, it is particularly necessary to formulate this document. This document combines the development trends of energy-saving technologies at home and abroad, the requirements of building energy consumption management, and engineering practice experience to propose the selection principles, configuration methods, and energy-saving technical requirements of building electrical energy-saving equipment. Its purpose is to guide design, construction, ope