91.160.01 照明综合 标准查询与下载

GB/T 38539-2020 LED体育照明应用技术要求

本标准规定了体育场馆照明用LED的术语和定义、一般要求、规格分类要求及灯具、驱动电源和照明控制系统性能要求。本标准适用于体育场馆场地及观众席照明用LED的灯具、驱动电源和照明控制系统及其应用。

Technical requirements for application of LED sports lighting

GBJ 133-1990 民用建筑照明设计标准

本标准适用于新建、改建和扩建的公共建筑和住宅的照明设计。

Standard for design of artificial lighting in civil buildings

23/30470845 DC BS EN IEC 63494-1 照明系统机电接口 第1部分：安全

BS EN IEC 63494-1. Lighting System Electro-Mechanical Interfaces - Part 1. Safety

23/30470849 DC BS EN IEC 63494-2-1 照明系统机电接口 第2部分 互换性要求 第2-1部分 四针 ELV 扭锁接口

BS EN IEC 63494-2-1. Lighting System Electro-Mechanical Interfaces - Part 2. Interchangeability requirements. Part 2-1. Four-pin ELV twist-lock interface

T/CSA /TR012-2023 LED光照的蚊虫诱灭应用技术报告

本文件针对LED对蚊虫的诱趋效应，分析了蚊虫的生理及危害、公共卫生防控要求和方法、蚊虫趋光性研究，阐述目前蚊虫诱灭效果评价方法和应用场景，提出了下一步标准化工作的建议。

LED lighting mosquito trap application technology report

T/ZS 0494-2023 城市功能照明工程技术规范

前言　 1 范围　 2 规范性引用文件　 3 术语和定义　 4 基本要求　 5 照明设计　 5.1 一般要求　 5.2 布设要求　 5.3 灯杆　 5.4 灯具　 5.5 单灯控制器　 5.6 电力电缆选型、保护管及敷设　 5.7 检查井、检修井　 5.8 基础　 5.9 配电箱、变压器　 6 施工　 7 交接验收　 8 安全保护 附录A（资料性）路灯灯杆及基础大样图　 附录B（资料性）城市照明建设项目移交接管界定登记表　

Technical specification for urban functional lighting engineering

T/CASME 398-2023 铁路隧道照明控制系统

本文件规定了铁路隧道照明控制系统的术语和定义、结构组成、技术要点、功能要求、性能要求、设计要求、验收、系统维护与节能。

Lighting control system of railway tunnel

T/CASME 397-2023 建筑智能照明系统

本文件规定了建筑智能照明系统的术语和定义、结构组成、技术要求、系统调试及系统维护。

Building intelligent lighting system

KS C 7614-2022 用于光度标准的白炽灯的光度测量

Photometric measurements on incandescent lamps used for photometric standards

KS C 7612-2022 照明装置的照度测量

Illuminance measurements for lighting installations

DB32/T 4295-2022 学校教室照明设计和质量评价规范

School classroom lighting design and quality evaluation specifications

ANSI/CAN/UL 8801:2022 光伏 (PV) 灯具系统

1.1 These requirements apply to low voltage luminaire systems whose electrical power is derived from photovoltaic modules. Systems include, at a minimum, a photovoltaic (PV) module, storage batteries, one or more co-located luminaires, and controls to manage the energy flow between these subassemblies. These systems are intended to be installed in accordance with: a) CSA C22.1, the Canadian Electrical Code (CE Code), Section 64, Renewable Energy Systems; and b) NFPA 70, the National Electrical Code (NEC), Article 710 as a stand-alone system. NOTE: In accordance with the CSA C22.1, 64-000(1), renewable energy systems operating within the class 2 limits of 16-200(1)(a) and (1)(b) are exempt from the requirements of Section 64. 1.2 These requirements do not address: a) The grid-interactive systems covered by CSA C22.1, Section 64 and NFPA 70, Article 705; b) Systems that include an inverter intended to supply line voltage luminaires or remote equipment; or c) Individual system subassemblies (PV modules, batteries, luminaires, or controls) that have not been evaluated as a PV luminaire system. 1.3 These systems can include means to connect to and receive energy from the utility grid or similar supplemental supply source; see Annex A, Systems with Supplementary Power Connections. Systems with this feature can be installed in accordance with NEC Article 702, Optional Standby Systems. 1.4 These requirements apply to fixed-in-place systems, to portable systems that are intended to be easily relocated, and to systems intended for periodic user disassembly and storage. These requirements do not apply to handheld luminaires, such as a flashlight, or where light output is an auxiliary function of the handheld device (such as a smart phone). 1.5 These systems are intended for outdoor, exposed installations within a nominal ambient temperature range marked in accordance with 9.3, but no less than -20 °C to +40 °C. 1.6 These systems may include controls and devices to optimize system performance (such as sensors, positioning motors, and communication devices). They may also include output ports for diagnostic purposes or to supply temporary power to portable devices. See Annex B, Power Output Ports and Receptacles. 1.7 These requirements address only some of the mechanical infrastructure used to support or mount parts of the system. The supplemental requirements to fully evaluate the structural integrity of the mechanical infrastructure, including strength and stability of support poles under various environmental conditions such as wind or impact, and the assessment of soil or ground conditions necessary for system physical stability and reliability, are outside the scope of these requirements. 1.8 Except for components intended to connect to the utility for supplemental power in accordance with Annex A, Systems with Supplemental Power Connections, these systems are expected to operate below the 30 Vdc outdoor (wet location) class 2 voltage limits of NFPA 70 or CSA C22.1. As permitted by CSA C22.1, Section 30-1202(3) and NFPA 70, Section 411, these systems do not require grounding other than where required by Annex A. All systems are permitted to use earth ground as a reference. Any system components carrying higher voltages will require supplemental safeguards (for example, grounding or double insulation) not fully addressed within these requirements. 1.9 These requirements do not consider the vibration and other environmental conditions that may occur for systems installed on watercraft, recreational vehicles, or other mobile platforms. 1.10 These requirements do not address the required performance for certain life safety-related applications, such as for emergency signaling or emergency/egress lighting. Additional requirements from those application-specific standards should be applied to ensure the required performance expectations can be achieved. These requirements also do not address any additional considerations that may be applicable to installation in Classified (Hazardous) Locations.

Photovoltaic (PV) Luminaire Systems

BS EN 17037:2018+A1:2021 建筑物内的日光

What is BS EN 17037 about?    BS EN 17037 discusses daylight in buildings. BS EN 17037 specifies elements for achieving, by means of natural light, an adequate subjective impression of lightness indoors, and for providing an adequate view out.   In addition, recommendations for the duration of sunshine exposure within occupied rooms are given. BS EN 17037 applies to all spaces that may be regularly occupied by people for extended periods except where daylighting is contrary to the nature and role of the actual work done.   Note: The specification of lighting requirements for humans in indoor workplaces including visual tasks are given in EN 12464-1 and are not part of BS EN 17037 . 

Daylight in buildings

DIN 30699:2021 固定式液化石油气灯. 要求和检验

This standard applies to stationary LPG lamps up to a rated thermal load of 5 kW, for use in liquefied gas installations with a rated supply pressure ≤ 50 mbar. Light is emitted indirectly via emitting surfaces, e. g. incandescent lamps, and not directly via the burner flame. Thi

Stationary LPG lamps - Requirements and testing

DS/EN 17037:2021 建筑物中的日光

Daylight in buildings

EN 17037:2018/AC:2021 建筑物中的日光

Daylight in buildings

KS C 8014-2021 普通照明用碳纳米管（CNT）面板 安全要求

Carbon nanotube(CNT) panel for general lighting－Safety requirements

T/CECS 859-2021 超高层建筑夜景照明工程技术规程

主要技术内容包括：总则，术语，基本规定，设计，灯具、附件及控制设备，安装和调试，验收，运行和维护等。

Technical regulations for night scene lighting engineering of super high-rise buildings

DIN EN IEC 63103:2021 照明设备. 无源模式功率测量(IEC 63103-2020); 德文版 EN IEC 63103-2020

This standard specifies methods of measurement of electrical power consumption in non-active mode(s), as applicable for electrical lighting equipment. This includes electrical lighting equipment incorporating non-illumination components.

Lighting equipment - Non-active mode power measurement (IEC 63103:2020); German version EN IEC 63103:2020

PN-EN IEC 63103-2021-04 E 照明设备 非主动模式功率测量（IEC 63103:2020）

Lighting equipment - Non-active mode power measurement (IEC 63103:2020)