3 1/ 178- 1996)。
2, Beijing standard "technical specification for green lighting engineering" (DBJ
0 1-607-200 1)。
3. National standard "Design Standard for Building Lighting" (GB50034—2004).
4. Other standards.
In recent years, China has successively promulgated the energy efficiency standards for self-ballasted fluorescent lamps, double-ended fluorescent lamps, single-ended fluorescent lamps, high-pressure sodium lamps and metal halide lamps for general lighting, as well as the energy efficiency standards for tube-type fluorescent lamps, high-pressure sodium lamps and metal halide lamps ballasts, and formulated their respective energy efficiency limits and energy efficiency grade standards.
Relevant foreign standards are as follows: 1. Since 1990s, the United States has devoted itself to the study of lighting energy-saving standards, and all states have corresponding energy-saving standards, which involve lighting energy-saving in residential buildings, offices, businesses, sports, transportation, schools and other buildings.
Such as: American Building Energy Standard (ASHRAE/IESNA)
90. 1- 1999.9), lighting power density of American international energy-saving standards in 2003, lighting power density recommended by California Energy Commission, indoor lighting power density of American Institute of New Architecture, etc.
2. The Energy Conservation Law stipulates the lighting power density (WS) of six types of buildings, such as hotels, offices, clinics, schools, shops and restaurants, and stipulates the annual lighting electricity consumption time (T).
3. The Russian standard M г Ch2.0 1-98, Chapter 4 of Building Energy Efficiency (version 1998) stipulates the installation power of lighting devices.