energy efficiency standards / equipment energy use / energy conservation / gas networks / metal halide technology / renewable energy sources / design energy limit / metal halide lamps / lamp design energy limit requirement / greenhouse gas savings / design energy limit process / equipment energy efficiency / lamp power design energy limits / energy generation / energy use / energy sustainability / renewable energy / energy efficient practice / to all applications / sustainable energy / lamp systems / technology choice / electricity distribution / energy savings / energy / greenhouse gas emissions / lamp power design energy limit / electricity / energy consumption / equipment energy efficiency registration / chosen design energy limits / sustainable energy future / gas emissions / gas safety / optimum metal halide lamp/ luminaire/design performance / appropriate technology choice / design energy limits / energy efficiency / mercury vapour technology / appropriate tool / /
Organization
Department of Employment / Victorian Government / Infrastructure / Energy and Resources’ office of Energy Planning and Conservation / Ministry for Environment / ACT Planning and Land Authority / Australian Government / ACT office of Sustainability / Department of Energy / office of the Technical Regulator / State and Territory Government / Tasmanian Government / Electrical Safety Office / Organization of Petroleum-Exporting Countries / Australian Sustainable Energy Development Office / Energy Efficiency and Conservation Authority / Resources’ office of Energy Planning and Conservation / NSW Government / Australian Greenhouse Office / Australian Government Department of the Environment and Heritage / Queensland Government / Department of Industrial Relations / Department of Infrastructure / Energy and Resources / /
Street Lighting MEPS.indd