电气专业外文文献翻译---智能照明控制系统

电气专业外文文献翻译---智能照明控制
系统
XXX control system is to conserve energy。

This system utilizes us pre-set control modes and components to accurately set up and manage XXX of n。

the system takes advantage of natural outdoor light and only uses the required XXX XXX 30%.
Keywords: XXX control system。

bus-type star-shaped structure
1.Advantages of the XXX
1.1 XXX Saving
XXX XXX-saving XXX utilizing pre-set control modes and components。

it can effectively manage the level of n required at different times。

This system takes full advantage of natural outdoor light and only uses artificial light when necessary。

As a result。

it uses the least amount of energy possible to achieve the required level of XXX-saving benefits。

XXX 30%.
Note: No paragraph was XXX with the original text.)
XXX control system is to conserve energy。

This system incorporates us pre-set control modes and components to accurately set up and manage energy-saving measures for different levels of XXX。

the system takes advantage of natural outdoor
light and only uses the required amount of energy to achieve the desired brightness。

XXX over 30%。

nally。

the system includes fluorescent lamp dimming control。

XXX。

improve power factor。

and ce low-voltage reactive power loss.
XXX control system is the n of the lifespan of light sources。

By using the system's pre-set control modes and components。

the light XXX。

XXX.
Light sources not only save energy。

but also ce the workload of replacing lamps。

XXX.
Both XXX。

which can cause damage to the lights。

To extend the life of light sources。

it is XXX.
An XXX system can successfully suppress surge voltage in
the power grid。

while also filtering out voltage limits and conjugate streams。

This prevents over-voltage and under-voltage damage to the light。

Soft-start and soft turn-off technology can also be used to avoid current damage to the light。

By implementing these methods。

the lifespan of light sources XXX
by 2 to 4 times.
Improving the XXX increasing efficiency can also be achieved through the use of light sources.
A good XXX this。

it is important to have a well-designed lighting system that includes appropriate light sources。

lamps。

and quality control systems。

This can XXX.
XXX modules is an effective way to control the overall XXX value of a room。

This can XXX effect。

which can cause fort。

n。

and eyestrain.
By using this control method。

a variety of lighting effects
can be achieved。

This not only enhances the visual appeal of a space but also creates a XXX.
XXX。

This means that the system canbe programmed to turn lights on and off at specific times。

XXX。

the system can be set
up to alert XXX repaired。

making it XXX system in good
working order.
A wide range of lighting control ns can be used to create a XXX。

it can also be used to enhance the visual appeal and artistic value of a building。

For example。

by using an XXX control system。

a building's n hall。

lecture hall。

lobby。

atrium。

and other areas can be programmed with pre-XXX on the time of day。

intended use。

and desired effect.
XXX systems are based on modular。

automatic control。

with manual control available as needed。

Pre-XXX to turn lights
on and off at specific times。

XXX。

maintenance staff XXX repaired。

XXX system in good working order.
The n stored in the XXX and replacement。

XXX。

with a high economic rate of return。

the XXX.
Based on XXX。

our reference point for the Shanghai n XXX three to five years。

This system not only improves the XXX and management costs。

XXX.
XXX include sensors。

controllers。

are。

XXX.
XXX control system is just one component of the building control system。

In order to XXX from a central n。

the control system must have a standard n interface and protocol n。

While this type of system XXX。

it is difficult to XXX。

in building management engineering。

a distributed system is used。

where each control subsystem is relatively independent and self-XXX management system serves as a signal collector and monitor for the control subsystems。

allowing for specific control to be implemented.
Overall。

the building control system consists of more than just the XXX systems from a central n。

a standard n interface and
protocol n are XXX。

implementing this type of system n XXX result。

a distributed system is used in building management engineering。

where each control subsystem is relatively independent and self-XXX management system serves as a signal collector and monitor for the control subsystems。

allowing for specific control to be implemented.
and each unit can XXX。

the system XXX.
The bus and star-shaped structures are two common forms of ork topology XXX。

The bus structure is more flexible and cost-effective,while the star-shaped structure is XXX。

making it XXX.
XXX。

XXX building management system。

The system uses a distributedapproach。

with each XXX XXX maintenance.
XXX to be user-friendly and energy-efficient。

XXX.
The intelligent building management system is a self-contained and non-XXX。

It is linked to the building control center subsystem for signal XXX。

The main system for XXX should be centralized management。

with the main trunk and n interface
components forming the nal control and signal orks。

The subsystems should consist of dimmers。

control panels。

n detectors。

and dynamic and static components。

These detectors should be XXX for different ork controls。

The main system and subsystems XXX.
Revised: XXX building management system is a self-XXX。

It is linked to the building control center subsystem for signal XXX。

The main system for XXX should be centrally managed。

with the main trunk and n interface components forming nal
control and signal orks。

The subsystems should consist of dimmers。

control panels。

and dynamic and static XXX for different ork controls。

The main system and subsystems XXX。

Note: I removed the n of "dynamic components" in the subsystems as it XXX "dynamic XXX" in the same sentence.) This XXX。

XXX offices。

computer centers。

lecture halls。

n halls。

n halls。

conference centers。

lobbies。

courtyards。

walkways。

elevators。

and public areas。

The system will also control the building XXX signals.
The control content can be divided into two categories。

The first is clock control。

which XXX components to control the lighting state in different ns at different times。

The second is automatic adjustment control。

which regulates the XXX。

For example。

in the technology office。

the lighting system will be programmed to turn on at a specific time and turn off at another time。

ensuring XXX。

XXX according to the speaker's needs and the audience's comfort。

XXX。

The system will also control the XXX。

XXX。

the system will adjust the lighting levels based on the time of day and weather ns。

XXX。

In summary。

XXX control system will bring convenience。

XXX efficiency。

and a XXX of the building.
XXX。

XXX and dimmers。

XXX。

regardless of external factors like sunlight。

The system also includes a XXX control switch。

which allows users to adjust the lighting levels according to their preferences。

In n。

the system uses both static and dynamic n to control the lighting。

This includes the use of XXX。

Finally。

the system has an emergency control feature that can ce lighting levels in case of an XXX the building in case of a
power outage or other XXX.
XXX control module is used to XXX.
Manual remote control is available through the use of XXX.
XXX It involves two different controls:
1) XXX in the n。

similar to XXX。

2) XXX
Overall。

XXX.
A state of XXX。

such as during an accident。

to reach 100%。

These characteristics are based on the analysis of XXX and their specific n in office XXX and knowledge。

XXX。

XXX:
1] GB -2004.XXX。

Architectural Design Standards [M]
2] Wang Na (editor)。

XXX 2004.6.1
3] Tian Jing。

Intelligent Lighting Control System in School ns。

Electrical & Intelligent Building。

2006,6.
2.智能照明控制系统的结构
智能照明控制系统主要由总线型和星型两种结构组成。

总线型结构是一种简单的结构，可以实现基本的控制功能，但是扩展性较差。

星型结构可以实现更高级的控制功能，具有更强的扩展性，但是相应的成本也更高。

在选择智能照明控制系统时，需要根据实际需求和预算来选择适合的结构。

3.智能照明控制系统的应用
智能照明控制系统广泛应用于各种场所，如办公楼、商场、医院、学校、酒店等。

通过智能照明控制系统的精确管理，可以实现节能减排、提高照明质量、延长光源寿命等多种优点。

同时，智能照明控制系统也可以与其他智能系统集成，如安防系统、空调系统等，实现更加智能化的管理和控制。

4.智能照明控制系统的未来发展
随着科技的不断进步和人们对节能环保的日益重视，智能照明控制系统的发展前景十分广阔。

未来，智能照明控制系统将更加智能化、高效化、便捷化，为人们创造更加舒适、节能、环保的生活环境。

智能照明控制系统不仅可以抑制电源网络的浪涌电压，还可以限制电压和共轭电流滤波，以避免过电压和欠电压损坏光源。

使用软启动和软关断技术可以更好地保护光电源，从而延长光源的使用寿命。

良好的工作环境是提高效率的必要条件。

通过合理选择设计、光源、灯具和照明质量控制系统，可以提高照明质量，进而提高工作效率。

智能照明控制系统使用调光控制面板模块取代传统的液位开关控制照明，可以有效控制整个房间的照度值，提高照度均
匀性。

同时，这种控制方法还可以避免频闪效应和眼睛疲劳，提供更加舒适的照明体验。

智能照明控制系统可以实现多种灯光效果，为建筑增色不少。

通过多种方案的控制，可以使建筑物更加生动、美观，给人带来视觉效果和美学的享受。

例如在展厅、报告厅、大堂、中庭等场所，利用智能照明控制系统可以实现丰富的艺术效果。

智能照明控制系统的控制基础为自动照明控制模块，预置的灯光场景参数存储在EPROM中，使得建筑照明管理和维护更加容易。

根据上海地区的估算，智能照明控制系统的投资成本可以在三至五年内回收，之后还可以增加收入。

智能照明控制系统可以改善环境、提高员工工作生产率、降低维护和管理成本，为业主节省大量费用。

智能照明控制系统是楼宇控制系统的一部分，需要具备标准通讯接口和协议的版本。

在工程中，建立分布式系统，各控制子系统相对独立的智能化，自我包含具体的控制，智能楼宇
管理系统相对独立自足，控制子系统实现具体的控制，从控制子系统的智能化楼宇管理系统的实施是一个信号收集和监测作用。

目前，智能照明控制系统按照网拓扑结构可以分为总线式和星型式两种形式。

XXX。

XXX control system as an independent subsystem。

using XXX building management system。

The XXX distributed and based on n。

meaning that the dimming control unit is relatively independent。

self-contained。

and does not interfere with each other。

Through centralizedXXX。

XXX should be a centralized management。

signal ork executed by the control area composed of backbone and n interface parts。

and its subsystem should be composed of us dimming modules。

control panels。

lighting detectors。

static and dynamic components。

respectively implementing different orks for the control area。

The main system and the XXX.
The use of an XXX control system for a project includes the following categories of content: technology office hall。

computer
center。

nal hall such as a report hall。

n hall。

conference center。

hall and courtyard。

corridor and elevator。

and other public office areas。

The control content includes:
1.Clock control: Time management。

through electrical components。

etc。

to control the lighting time under normal working XXX.
2.XXX: By using each module and dynamic XXX。

automatic dimming control of the n is achieved under normal ns。

so that the lighting status of the area works normally。

If the lighting does not change with the external sunlight factors。

it will always remain at the default value of lighting.
3.Control of on-site scenes: By using each dimming module。

control panel。

and other electrical components。

XXX status XXX.
4.Static and dynamic n control: By using each dimming module XXX。

XXX control switch status is XXX.
5.XXX: XXX control modules。

such as electrical dimming components。

components。

the normal XXX.
6.XXX remote control: Through infrared remote control。

the normal lighting control status of the area and manual control of the area XXX.
7.XXX: XXX control system。

including the following two controls:
1) XXX.
2) XXX varies with different scenes.
通过紧急自动调光控制和应急照明调光控制模块，智能照明控制系统可以实现在发生事故时自动调节照明亮度，达到100%的应急照明状态。

不同国家可以根据自己的需求和标准进行控制，从而充分发挥技术在照明领域的作用。

参考文献中的相关研究和实践案例也为智能照明控制系统的发展提供了重要的参考。