台达能源管理系统说明

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楼控+能源管理+智能照明word方案-台rd方案-台达制方案14

台达智能照明系统技术方案中达电通股份有限公司目录1.概述 (3)**工程概况 (3)**用户需求分析 (3)**设计依据 (3)**设计原则 (3)**智能照明系统设备清单 (4)**XXX设计说明 (4)**XXX智能照明控制系统架构的优势与特点 (5)2.台达智能照明系统介绍6**智能照明系统的优势 (6)**实现照明控制智能化，提高大楼照明管理水平，减少能耗 (7)**良好的节能效果 (7)**有效延长光源的寿命 (7)**实现多种照明效果 (8)**可以与智能建筑其他系统联动 (8)**台达智能照明控制管理系统的具体内容 (8)3.台达智能照明系统主要产品介绍10**DIL-GW100导轨式网关主机 (10)**导轨式8路16A继电器执行开关 (11)**导轨式4路16A继电器执行开关 (12)**导轨式带电源总线耦合器 (14)**导轨式系统电源模块 (15)**6进6出IO模块 (16)**智能6键面板 (17)** 3.5寸有线真彩触摸屏 (18)**.................................................................................................................................................. 吸顶式人感模块191.概述1.1工程概况本项目为XXX，。

1.2用户需求分析近年来，随着经济的发展和科技的进步，人们对照明灯具节能和科学管理提出了更高的要求，使得照明控制在智能化领域的地位越来越重要。

通过智能照明管理系统，可以实现整个公共区域及不同功能区域建筑物的照明及能源管理，通过不同的场景模式、定时模式、感应模式、集中控制模式等，医院内的所有照明系统进行管理，在节约电能的基础上，实现了智能化的管理及控制，达到预期节能环保及人性化控制管理的预期目的。

台达 vfd-v变频器说明书

第五章功能•參數說明00系統參數機種識別出廠設定值工廠設定設定範圍依機種顯示額定電流顯示出廠設定值工廠設定設定範圍依機種顯示230V系列功率[馬力] 0.75[1]1.5[2]2.2[3]3.7[5]5.5[7.5]7.5[10]11[15]15[20]18.5[25]22[30]30[40]37[50]45[60]55[75]75[100]機種代碼 4 6 8 10 12141618202224 26 28 3032定轉矩額定電流5 7.5 11 17 253349657590120 146 182 220300變轉矩額定電流6.3 9.4 13.8 21.331.341.361.381.393.8113150 183 228 275375最高載波頻率15kHz 10kHz6kHz460V系列功率[馬力] 0.75[1]1.5[2]2.2[3]3.7[5]5.5[7.5]7.5[10]11[15]15[20]18.5[25]22[30]30[40]37[50]45[60]55[75]75[100]機種代碼 5 7 09 11 13151719212325 27 29 3133定轉矩額定電流3 4.2 6 8.5 13182432384560 73 91 110150變轉矩額定電流3.8 5.3 7.5 10.616.322.5304047.556.375 91.3 113.8138188最高載波頻率 15kHz 10kHz6kHz00-00參數決定驅動器容量，在出廠時已設定於本參數內。

同時，可讀取參數（00-01）的電流值是否為該機種的額定電流。

參數00-00對應參數00-01電流的顯示值。

出廠設定為定轉矩額定，若需使用變轉矩額定請設定參數00-12。

參數重置設定出廠設定值0設定內容10 參數重置（基底頻率為60Hz）9參數重置（基底頻率為50Hz）位元設定Bit 0 1 參數不可讀20 1 Bit11頻率、轉矩命令不可改(僅限於PU05) 21 2 Bit21數位操作器（PU05）不能運作（Run）22 4位元設定的輸入方法：本系列有些功能的參數設定是採用位元設定法來設定參數，此法的優點是設定一個數值可重覆組合多項功能，但設定時需先將二進位的編碼自行轉換成十進位數值後再輸入此參數。

NTSEMS能源管理系统软件 V13 需求规格说明书(通知平台)V102

TIANSUNTS-EMS能源管理系统软件V1.3需求规格说明书（通知平台）南京天溯自动化控制系统有限公司（版权所有,翻版必究）评审记录对《NTS-EMS能源管理系统软件F13需求规格说明书（告警、报表、报告推送服务）V1.00》的评审意见:‹⅛≠⅜¾s⅜s¾w KSJia-⅛⅞½≡sriΦ；杨《2；BΘ^HH：¾^*⅜∙⅛∙；巨法注：城曜；BΦ¾：亘拧央；林=S^SF4回U Ie回I-55出1、为何单出发:个几个模块的颊格说明，而不是整个版本的7恚荚说明清是。

2、恚求规格是说明需求的，不应该出现这么多的表名称对《NTS-EMS能源管理系统软件VI.3需求规格说明书（告警、报表、报告推送服务）V1.01》的评审意见:对《NTS-EMS能源管理系统软件V13需求规格说明书（通知平台）V1.02》的评审意见:上述问题修改验证后，由验证后，本文件即可发布。

评审人员签字：文件名:NTS-EMS能源管理系统软件VI.3需求规格说明书（通知平台）V1.02.doc评亩意见：同意。

吉普只做基于告警项的推送评亩人：李智星评亩日期：2015-11-23★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★******************************************************************文件名:NTS-EMS能源管理系统软件V13需求规格说明书（告警、报表、报告推送服务）V1.00.doc评审意见：同意评亩人：巨泽建评审日期：2015-11-19******************************************************************文件名：NTS-EMS能源管理系统软件V13需求规格说明书（告警、报表、报告推送服务）V1.00.dθC评审意见：同意评审人：榻毅评审日期：2015/11/19******************************************************************答复:NTS-EMS能源管理系统软件V13需求规格说明书（告誓报表、报告推送服身）V100的评宙建议发件人：桢合强降藏些件/：陈旭-系统软件抄送：目ER85⅛：2015-11-1410:554回复I«回复全部I，转发OkRe:答复:NTS-EMS能源管理系统软件V13需求规格说明书（告警、报表、报告推送服弟）V1.00的评本建议苗升伍发送至倪会强；陈旭•礴软件；苗开伍；林冬冬；夏存兴；陆电详情，转发4回复I8回复全部I无息见.文件S:NTS-EMS能源管理系统软件V13需求规格说明书（通知平台）V102.doc评亩意见：同意评亩人：宋⅛⅛评亩日期：2015-11-23∣★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★mm问题修改验证结果：验证人签字：时间：年—月—日变更日志1前言 (1)1-1编写目的 (1)1.2 背景 (1)1.3 参考资料 (1)2任务概述 (2)2.1报告、报表推送服务 (3)2.2告警推送服务 (3)1前言1.1 编写目的本文档是对EMSVI.3通知平台需求进行详细分析和讨论后得出的。

台达高压变频器2200V-6900V型录说明书

绿色驱动运转不息能源基础设施暨工业解决方案高压变频器• 零组件• 电源及系统• 风扇与散热管理• 汽车电子• 工业自动化• 楼宇自动化• 资通讯基础设施• 能源基础设施暨工业解决方案• 视讯解决方案台达电子创立於 1971 年，为全球提供电源管理与散热解决方案。

面对日益严重的气候变迁，台达长期关注环境议题，秉持「环保节能爱地球」的经营使命，持续开发创新节能产品及解决方案丶不断戮力提升产品的能源转换效率，以减轻全球暖化对人类生存的冲击。

近年来，台达集团已逐步从关键零组件制造商迈入整体节能解决方案提供者，深耕「电源及零组件」丶「自动化」与「基础设施」三大业务范畴。

台达总部位於台湾，致力於创新研发，每年投入集团营业额约8%作为研发费用，据点遍布全球包括中国大陆丶日本丶新加坡丶泰国丶美国及欧洲等地。

秉持对环境保护的承诺，台达不断提高电源产品转换效率，以期能为人类守护一个永续发展的环境。

关於台达事业范畴电源及零组件自动化基础设施2015承诺RE100Carbon NeutralityRace to Zero2018台达加入RE100倡议组织专注於7项联合国永续发展目标• 企业自主减碳 (SBT)• 揭露气候变迁资讯 (TCFD)• 参与气候政策承诺2030年台达主要营运据点：• 普设充电桩• 公司车转型电动车• 提供员工客户使用电动运具之诱因• 承诺台达全球所有据点2030年前使用100%再生电力• 承诺2030年达到碳中和台达承诺 "We Mean Business"承诺EV1002021承诺2030年全球厂办100%使用再生电力及达到碳中和• 签署Business Amibitionfor 1.5℃目录生产基地与制程介绍台达高压变频器应用价值台达高压变频器特色产品系列介绍如何安装与接线6-78-910-1112-15 16-17产品选型表与外观成功案例－发电与供热成功案例－钢铁与冶金成功案例－水泥成功案例－市政工程填写产品选型表18-1920-2122-2324-2526-2728台达高压变频器高效丶可靠，为企业大幅减少工厂丶马达用电支出，降低排碳量，并提高生产效率丶延长设备寿命。

能源管理系统的使用教程

能源管理系统的使用教程能源管理系统是一种用于监控、控制和优化能源使用的工具，它可以帮助企业或组织更有效地管理能源消耗，降低能源成本，减少对环境的影响。

本文将介绍能源管理系统的基本概念、功能和使用方法，以帮助读者更好地理解和应用它。

一、能源管理系统的概念和作用能源管理系统是指一套软件系统，用于实时监控能源消耗、分析能源消耗模式、制定能源管理计划和优化能源使用。

它通常由计量采集系统、能源数据处理系统、能源分析系统和能源管理决策支持系统等模块组成。

能源管理系统的主要作用有：1. 监控能源消耗：能源管理系统可以采集不同的能源数据，如电、水、气等，实现对能源消耗的实时监控和记录，帮助用户了解能源使用情况。

2. 分析能源消耗模式：通过对能源数据的处理和分析，能源管理系统可以帮助用户发现能源消耗的规律性和异常情况，为制定节能方案提供科学依据。

3. 制定节能计划：根据能源消耗的数据和分析结果，能源管理系统可以制定合理的节能计划，包括设置能源消费目标、制定能源管理策略等。

4. 优化能源使用：能源管理系统可以提供实时的能源消耗数据，使用户能够及时发现和处理能源浪费和能源异常情况，进而优化能源的使用效率。

二、能源管理系统的功能能源管理系统通常具有以下功能模块：1. 数据采集：能源管理系统可以连接各种能源计量设备，实时采集能源消耗数据，如电量、水量、气量等。

2. 数据分析：能源管理系统可以对采集到的能源数据进行处理和分析，如计算能源消耗趋势、能源消耗占比等。

3. 报表生成：能源管理系统可以根据用户的需求，自动生成各种能源消耗报表，如能源消耗分析报告、能源消耗对比报表。

4. 能源计划：能源管理系统可以制定能源消耗目标，根据能源数据和分析结果，制定能源管理策略和节能计划。

5. 警报和报警：能源管理系统可以设置能源消耗的警戒线，当能源消耗超过设定值时，系统会自动发出警报，提醒用户进行处理。

6. 远程监控：能源管理系统可以通过互联网实现对远程设备的监控，用户可以随时随地查看能源消耗情况。

能源管理系统V5s说明书

目录第1章用户首页 (4)1.关于用户首页 (4)2.功能介绍 (4)第2章报表打印 (8)1.关于报表打印 (8)2.生成报表 (8)3.查看已存报表 (10)第3章能耗报告 (11)1.关于能耗报告 (11)2.生成报告 (11)3.查看报告 (12)第4章全局报警 (15)1.关于全局报警 (15)2.查看报警 (15)3.处理报警 (17)4.报警推送设置 (17)第5章建筑对比 (20)1.关于建筑对比 (20)2.能耗数据分析 (20)3.能耗数据对比 (22)第6章能耗模型树 (24)1.关于能耗模型树 (24)2.能耗模型树列表 (24)3.能耗模型树内容 (25)第7章能耗分析 (27)1.关于能耗分析 (27)2.数据分析 (27)3.数据对比 (28)第8章数据查询 (30)1.关于数据查询 (30)2.数据查询 (30)3.数据对比 (32)第9章节能量核算 (34)1.关于节能量核算 (34)2.节能分析 (34)3.查看报告 (37)第10章配电监控 (38)1.关于配电监控 (38)2.配电室列表 (38)3.支路拓扑图 (38)4.数据分析 (40)5.报警信息推送 (40)第11章租户管理.......................................................................................................... 错误！未定义书签。

1.关于租户管理 ........................................................................................................... 错误！未定义书签。

2.租户管理 ................................................................................................................... 错误！未定义书签。

能源管理操作手册说明书

能源管理操作手册树根互联科技有限公司产品运维中心2022-09目录1.1总量分析 (5)1.2连续两个月日用量趋势图 (6)1.3负荷分析 (6)1.4用量分析 (8)1.5设备运行实时监视 (9)1.6设备运行状态分布图 (9)1.7设备日均负载分析 (10)2能源监视 (10)3计量网络展示 (11)4综合报表 (12)4.1计量平衡报表 (12)4.2核算单元报表 (13)4.3电费用能报告 (14)4.4班组班次报表 (14)4.5运行工况报表 (15)4.6用量报警查询 (15)4.7设备状态告警 (16)4.8工况报警查询 (17)5能源分析 (19)5.1设备能效分析 (19)5.2运行工况分析 (20)6.1企业日历维护 (22)6.2核算单元维护 (23)6.3分析指标定义 (26)6.4分析指标配置 (27)6.5产品类型维护 (28)6.6产品模型配置 (30)6.7班组方案维护 (31)6.8班次方案维护 (31)6.9排班计划维护 (31)6.10实时画面绘制 (32)6.11用量报警配置 (33)日期版本创建人说明2021-8-6V3.0王文珠能源看板、核算单元报表、计量平衡报表、运行工况报表、设备能效分析、运行工况分析、企业日历、核算单元维护、分析指标定义、分析指标配置。

2022-9-10V4.0王松松新增模块能流监视、计量网络展示、电能费用报告、班次班组报表、报警记录查询、工况报警查询、产品类型维护、产品模型维护、班组方案维护、班次方案维护、排班计划维护、实时画面绘制、用量预警配置。

1能源看板能源看板总体效果如下图：1.1总量分析数据来源：一级组织机构外购用能核算单元用量数据。

总量分析模块展示数据为：年用量、当月用量、昨日用量、今日用量。

1.2连续两个月日用量趋势图数据来源：一级组织机构外购用能核算单元用量数据。

展示数据说明：本月和上个月，每天用电情况的同比情况。

AEC配置管理工作细则-软件 (3)

文件名称：AEC配置管理工作细则-软件版本信息：0.4发行日期：机密等级：生效日期：文件编号：AEC配置管理工作细则-软件拟制：魏永生日期 2010/05/31审核：日期批准：日期台达能源技术（上海）有限公司修订记录修订版本信息作者日期描述0.1 魏永生 2010/4/21创建文档0.2 魏永生 2010/5/25根据讨论意见将本文档分文软件\硬件两个,对其中有意见或建议的地方进行完善和改进参与人员:夏建涛\毕强\刘文俊\曹晋\魏永生0.3 魏永生 2010/5/26根据软件组讨论决议，对一部分内容进行变更和完善0.4 魏永生 2010/5/31修改发布基线部分，去除基线建立点与产品阶段的关系，改为按照正式版本为基线点目录1.简介.........................................................................................- 4 -1.1目的................................................................................................- 4 -1.2范围................................................................................................- 4 -1.3术语及缩略词..................................................................................- 4 -2.权责.........................................................................................- 5 -2.1配置管理机构..................................................................................- 5 -2.2配置管理员：..................................................................................- 5 -2.3项目成员.........................................................................................- 6 -3.配置管理活动...........................................................................- 6 -3.1配置管理工具..................................................................................- 6 -3.2配置项.............................................................................................- 6 -3.3标识方法.........................................................................................- 8 -3.4配置库.............................................................................................- 9 -3.4.1配置库结构.........................................................................................................- 9 -3.4.2 配置库..............................................................................................................- 12 -3.4.3目录结构...........................................................................................................- 13 -3.4.4 用户及权限......................................................................................................- 14 -3.5 项目基线......................................................................................- 14 -3.5.1基线...................................................................................................................- 14 -3.5.2 基线的建立......................................................................................................- 15 -3.6 变更控制......................................................................................- 15 -3.6.1变更范围...........................................................................................................- 15 -3.6.2变更权责...........................................................................................................- 16 -3.6.3变更流程执行标准...........................................................................................- 16 -3.6.4 变更的发布......................................................................................................- 18 -3.7 发布流程......................................................................................- 18 -3.7.1 发布内容界定..................................................................................................- 18 -3.7.2 发布流程..........................................................................................................- 18 -3.8配置状态报告................................................................................- 19 -3.8.1 统计报告..........................................................................................................- 19 -3.8.2 配置状态报告..................................................................................................- 20 -1.简介为了使AEC部门的工作内容、成果得以有效的管控和继承，讨论决定通过执行版本控制、变更控制等流程，以及使用配置管理工具，来保证所有配置项的完整性和可跟踪性。

PowerSoftDS 230511 1 能源管理软件说明说明书

Network Software for Energy Management Type PowerSoftThe animated interactive synoptics allow to:•disp ay the p ant configuration with p animetric and functional diagrams;•disp ay the rea time va ues acquired from the instruments;•monitor the digital inputs status acquired by the system;•monitor any setpoint and communication al arm of the instruments;•page to other synoptics using link buttons.•Management of up to 800 power analysers and ener-gy meters•Data acquisition by means of COM ports and/or Ethernet (max. 8)•3-level password protection •Interactive synoptics•Alarm setpoints and digital outputs management •Alarms, events and communication errors log •Exportable graphical and analytical trends •Multi-tariff energy metering •Automatic report generation•Waveforms and harmonics analysis •Energy, gas and water costs estimation •Consumptions statistical analysis•Estimation of the ideal installed power •Automatic e-mailing and billing •Web-server capability•Shareware version for 30-day full option trial •Service capabilityEnergy Managementules, it allows to correctly and efficiently manage an electrical distribution system, main l y considering the cost reduction point of view.This aim is achieved monitoring the con-sumptions, checking the demanded power peaks and adopting accurate ana l ysis and data processing tools.Product descriptionPowerSoft is an analysis plat-form suitable for Win98, 98SE,XP , Vista and Win 7 which has been specifically developed to interface, by means of the Modbus protoco l (RTU and TCP/IP), the Car l o Gavazzi products for Energy Management.Consisting of a main core and of a series of optiona mod-Setpoint management module Statistical analysis moduleMulti-tariff management module Costs estimation module Automatic e-mailing module Web-server moduleWaves and harmonic module Report module Service module Shareware versionGeneral SpecificationsInteractive synopticPWS-alarm PWS-analysis PWS-tariff PWS-bill PWS-mail PWS-webPWS-harmonics PWS-report PWS-service PWS-sharewarePowerSoftGeneral Specifications, cont.Real time displayMulti-instrument displayConsisting of 4 pages incl uding al the real time information of the selected instrument.•Indicators: it displ ays, through anal ogue indica-tors, the power and current values and the ener-gy meters showing any alarm condition.•Variables: it displays all the measurements of the se ected instrument, with the indication of any a arm and of the minimum, average and maxi-mum values took by the variables.•Inputs/outputs: it disp ays the digita input and output status.•Fresnel : it displ ays the Fresnel diagram of the line monitored by the instrument.It displ ays the real time measurements of al the instruments connected to PowerSoft, grouped in three parts:•voltages and currents;•powers and power factors;•temperatures, total harmonic distortions, import-ed and exported energies, gas and water con-sumptions.TrendsThe access to the measurements historical archive is allowed in:•graphical format, exportable in “.wmf” format;•anal ytical format, exportabl e in “.csv” and “.xl s”format.The different tariffs, if set in the rel evant modul e,can be connected with the stored and displ ayed val ues. Up to 4 variabl es (from the same of from different instruments) can be contemporary dis-played. With simple and intuitive procedures is also possible to zoom the graph, analyse it in detail with acursor and modify the displayed time period.PowerSoftGeneral Specifications, cont.Alarms and eventsTwo manners are provided to displ ay al arms and events.•Active alarms window: it advises the user if a set-point has been exceeded or if a communication error is present; it a l l ows to acknow l edge the selected alarms by the qualified users.•A l arms and events l og window: it a l l ows to access the archive of the events (l ogin, l ogout,startup, al arm acknowl edgment, etc.) and of the a l arms (setpoint a l arm, communication errors,missing data storing, etc.) and to carry out filter-based searches.ReportIt allows to automatically fill any Excel file with any data extracted by its database.•A ist of temp ate x s fi e can be saved in the proper directory and then displ ayed in the rel e-vant list of PowerSoft;•A number of tags are avail abl e to assign to the xls file cells values to be automatically extracted from the database;•Selecting the template and the starting-end dates it is possibl e to get the rel evant report in a fewseconds.Waves and harmonicsIt allows to carry out a waveform and harmonics by displaying:•10-cycle waveform of 3-phase currents and volt-ages•10-cycle average spectrum bar diagram;•10-cycle dispersion spectrum bar diagram.Each set of 10 cycles harmonic data is stored in a dedicated folder. The trigger for the harmonic cap-ture can be: •manual, single.•Manual , continuous (10 cycl es period stored per second).•Automatic, triggered by an alarm detected by the instrument.PowerSoftAnalysis supportIt allows to carry out statistical analysis on the power trends and energy consumption by extrapolating:•simpl e mean, median and standard deviation of the energy consumption, removing from the com-putation, if needed, the week-ends, holidays and days with anomal ous consumption due to exter-nal reasons;•week-based consumption trends;•consumption trend of each day of the week;•estimation of the idea insta ed power for each tariff, calculated with a selectable confidence lev-el.Tariff configurationThe different tariffs during the day and the distribu-tion of the typical-days among the year can be set according to the supplier tariff regulations in a very easy and extremely flexible way. It can manage:•up to 12 tariffs;•up to 24 tariff change per day;•up to 365 different typical-days per year.General Specifications, cont.Setpoint configurationIt al l ows to set up and down setpoints on al l the variab e measured by a the instruments of the network, exceeding which an a arm is activated.The alarm can be:•software, and it is displ ayed in the Active al arms windows and stored in the Alarms and events log;•hardware, which is stored as above and switches the digital output of the instrument that are point-ing out the anomaly.PowerSoftGeneral Specifications, cont.Costs estimationAutomatic E-mailingAccording to the uti l ity contract parameters, it allows to:•estimate the costs, relevant to a selected month,due to the energy, water and gas consumption;•build a summarizing table with the consumptions data of programmable groups of instruments.•perform the cost allocation among the monitored lines;•display the daily trend of the consumption;•identify the reason of any penalty.It manages the automatic e-mailing, able to notify the electrical system status to one or more e-mail addresses. The e-mai ing can be carried out on regu l ar basis and/or as a consequence of a defined alarm or event.It is al so possibl e to send via e-mail a weekl y or monthl y report of the consumptions measured by an instrument or one or more groups of instru-ments or any report defined with the relevant mod-ule.Web serverIt allows to remotely access PowerSoft, using a standard browser. It allows to display:•the synoptics;•the single-instrument real time data;•the multi-instrument real time data;•the active alarms;•the logged data in graphical format;•the logged data in analytical format.。

台达变频器说明书VFD-F[3]

台达变频器说明书VFD-F一、产品简介输出频率范围为0.1~600Hz，可满足不同负载的需求。

可调V/f曲线和多种控制模式，包括标准V/f控制、传感器无速度闭环控制、传感器有速度闭环控制等。

内置PID回馈控制功能，可实现对压力、温度、流量等物理量的自动调节。

内置Modbus通讯协议，支持RS-485接口，可与上位机或者其他设备进行数据交换。

支持多种现场总线通讯模块，如DN-02（DeviceNet）、LN-01（LonWorks）、PD-01（Profibus-DP）等。

内置多种保护功能，如过电流、过压、欠压、过载、过热、短路、接地故障等。

内置制动单元和制动电阻接口，可实现快速停机和能量回馈。

内置散热器温度检测功能，可根据散热器温度自动调节风扇转速，降低噪音和延长风扇寿命。

采用模块化设计，便于安装和维护。

二、产品规格台达变频器VFD-F系列有多种型号可供选择，其主要参数如下表所示：---型号 ---额定输入电压 ---额定输出电压 ---额定输出功率 ---额定输出电流 ---最大合用机电 -----------------------VFD007F43A ---3相380~480V 50/60Hz ---3相0~480V ---0.75kW ---2.5A ---0.75HP -------VFD015F43A ---3相380~480V 50/60Hz ---3相0~480V ---1.5kW ---4A ---2HP -------VFD022F43A ---3相380~480V 50/60Hz ---3相0~480V ---2.2kW ---5.8A ---3HP -------VFD037F43A ---3相380~480V 50/60Hz ---3相0~480V ---3.7kW ---9.5A ---5HP -------VFD055F43A ---3相380~480V 50/60Hz ---3相0~480V ---5.5kW ---13A ---7.5HP -------VFD075F43A ---3相380~480V 50/60Hz ---3相0~480V ---7.5kW ---17A ---10HP -------VFD110F43A ---3相380~480V 50/60Hz ---3相0~480V ---11kW ---25A ---15HP -------VFD150F43A ---3相380~480V 50/60Hz ---3相0~480V ---15kW ---32A ---20HP -------VFD185F43A ---3相380~480V 50/60Hz ---3相0~480V ---18.5kW ---39A ---25HP -------VFD220F43A ---3相380~480V 50/60Hz ---3相0~480V ---22kW ---47A ---30HP -------VFD300F43A ---3相380~480V 50/60Hz ---3相0~480V ---30kW ---62A ---40HP -------VFD370F43A ---3相380~480V 50/60Hz ---3相0~480V ---37kW ---76A ---50HP -------VFD450F43A ---3相380~480V 50/60Hz ---3相0~480V ---45kW ---91A ---60HP -------VFD550F43A ---3相380~480V 50/60Hz ---3相0~480V ---55kW ---112A ---75HP -------VFD750F43A ---3相380~480V三、产品安装选择合适的安装位置，确保变频器周围有足够的空间和通风条件，避免直接的阳光、高温、湿度、灰尘、腐蚀性气体等影响变频器的正常工作。

智能能源管理系统操作手册

智能能源管理系统操作手册第一章概述 (4)1.1 系统简介 (4)1.2 功能特点 (4)1.2.1 实时数据监控 (4)1.2.2 数据分析与报表 (4)1.2.3 能源需求预测 (4)1.2.4 能源优化调度 (4)1.2.5 异常情况预警 (4)1.2.6 系统集成与扩展 (4)1.2.7 用户权限管理 (4)第二章系统安装与配置 (5)2.1 系统安装 (5)2.1.1 安装准备 (5)2.1.2 安装步骤 (5)2.1.3 安装注意事项 (5)2.2 参数配置 (5)2.2.1 系统参数配置 (5)2.2.2 设备参数配置 (5)2.2.3 用户权限配置 (6)2.3 系统升级 (6)2.3.1 升级准备 (6)2.3.2 升级步骤 (6)2.3.3 升级注意事项 (6)第三章用户管理与权限设置 (6)3.1 用户注册与登录 (6)3.1.1 用户注册 (6)3.1.2 用户登录 (7)3.2 用户权限设置 (7)3.2.1 权限管理概述 (7)3.2.2 角色管理 (7)3.2.3 用户角色分配 (7)3.3 用户信息管理 (7)3.3.1 用户信息查询 (7)3.3.2 用户信息修改 (7)3.3.3 用户信息删除 (8)第四章设备管理 (8)4.1 设备注册 (8)4.1.1 注册流程 (8)4.1.2 注册注意事项 (8)4.2 设备监控 (8)4.2.1 监控界面 (8)4.3 设备维护 (9)4.3.1 维护计划 (9)4.3.2 维护操作 (9)4.3.3 维护注意事项 (9)第五章能源数据采集与监控 (9)5.1 数据采集 (9)5.1.1 采集方式 (9)5.1.2 采集内容 (9)5.1.3 采集频率 (10)5.2 数据监控 (10)5.2.1 监控界面 (10)5.2.2 异常报警 (10)5.2.3 报警处理 (10)5.3 数据分析 (10)5.3.1 数据处理 (10)5.3.2 数据展示 (10)5.3.3 数据挖掘 (10)5.3.4 数据报告 (11)第六章能源消耗统计与报告 (11)6.1 能源消耗统计 (11)6.1.1 统计范围 (11)6.1.2 数据来源 (11)6.1.3 统计方法 (11)6.1.4 统计结果展示 (11)6.2 报告 (11)6.2.1 报告类型 (11)6.2.2 报告格式 (12)6.2.3 报告流程 (12)6.3 报告导出 (12)6.3.1 导出格式 (12)6.3.2 导出步骤 (12)6.3.3 导出注意事项 (12)第七章节能减排管理 (12)7.1 节能措施 (12)7.1.1 概述 (12)7.1.2 节能措施分类 (12)7.1.3 节能措施操作方法 (13)7.2 减排计划 (13)7.2.1 概述 (13)7.2.2 减排计划内容 (13)7.2.3 减排计划操作方法 (13)7.3 节能减排评估 (13)7.3.1 概述 (13)7.3.3 节能减排评估操作方法 (14)第八章系统维护与故障处理 (14)8.1 系统维护 (14)8.1.1 维护目的 (14)8.1.2 维护内容 (14)8.1.3 维护周期 (14)8.1.4 维护操作 (14)8.2 故障处理 (14)8.2.1 故障分类 (14)8.2.2 故障处理流程 (15)8.2.3 故障处理方法 (15)8.3 系统日志 (15)8.3.1 日志分类 (15)8.3.2 日志作用 (15)8.3.3 日志管理 (15)第九章安全与隐私 (15)9.1 数据安全 (15)9.1.1 数据加密 (15)9.1.2 数据存储安全 (16)9.1.3 数据访问控制 (16)9.2 用户隐私保护 (16)9.2.1 隐私政策 (16)9.2.2 用户信息保护 (16)9.2.3 用户权限管理 (16)9.3 系统安全策略 (16)9.3.1 身份认证 (16)9.3.2 访问控制 (16)9.3.3 安全审计 (16)9.3.4 系统更新与维护 (17)9.3.5 应急响应 (17)第十章常见问题与解答 (17)10.1 系统操作问题 (17)10.1.1 如何登录智能能源管理系统？ (17)10.1.2 如何查看能源消耗数据？ (17)10.1.3 如何设置能源监测点？ (17)10.1.4 如何查看设备运行状态？ (17)10.2 技术支持与更新 (17)10.2.1 如何获取技术支持？ (17)10.2.2 系统如何进行更新？ (17)10.2.3 更新后如何保证数据不丢失？ (18)10.3 用户反馈与建议 (18)10.3.1 如何提交用户反馈？ (18)10.3.2 用户反馈处理流程是怎样的？ (18)第一章概述1.1 系统简介智能能源管理系统是基于现代信息技术、通信技术、自动控制技术及大数据分析技术，针对能源管理需求而设计的一套集成化、智能化的能源监控与管理系统。

SMARTCONTROL 系统化能源管理系统说明书

€1110011110000110101010100 010001110100101000111001111000011010 SMARTCONTROLEnergy ManagementSystematic Energy Management for Lasting BenefitsElectrical power, gas, water and heat are central cost factors in the production process and in building management – and energy prices are rapidly rising from year to year. For this reason, more and more companies are deciding to take advantage of comprehensive energy management for improved efficiency and reduced consumption of valuable resources. The most important basis for optimizing consump-tion is always a detailed ascertainment of current consumption, as well as accurately pinpointing when and where how much energy is used in which processes. After all, costs can only be influenced if we know exactly when and how they’re incurred.The Intelligent Way to Optimized ConsumptionThe new, multi-talented SMARTCONTROL expands the Energy Control System, which enjoys widespread use in industrial environments.It unites energy and consumption data logging for a wide variety of media with peak load optimization, control functions and error message management. And thus it’s not only possible to monitor consumption,it can be influenced as well. Valuable resources can be used more effi-ciently, energy costs can be lastingly reduced and opportunities provided by modern energy management can be fully exploited:⏹Transparency: visualization of consumption and load structures –detection of weak points⏹Responsibility: source-related cost allocation ofconsumption or costs⏹Benchmarking: acquire figures and compare objects⏹Cost minimization: identify and realize potential savings⏹Budget security: precise planning and monitoring of energy costs⏹Tariff optimization: selection of the least expensive tariff forenergy import according to the utility, as well as consumption and contract conditions⏹Eco-friendliness: reduced consumption sinks CO2 emissionsFeatures⏹Custom tailored scope of functions thanks to modular concept⏹Manufacturer independent connection of data sources via analog, digital and temperature inputs, as well as universal M-Bus, LON and Modbus interfaces ⏹Use of LON interfaces without binding or special knowledge⏹Synchronized meter reading using the FREEZE command with M-Bus and LON ⏹Flexible control of processes via analog and switching outputs⏹Connection to existing infrastructures via Ethernet TCP/IP or optionalsocket modules for analog telephone lines, ISDN, GSM/GPRS or Bluetooth⏹Inexpensive creation of networks with standard components⏹Easy data exchange via Windows DLL or OPC server⏹Exact time with deviation of less than 1 minute per month,automatic synchronization via time server⏹Internal 2 MB flash memory can be expanded with CompactFlash⏹Transfer of data and settings to CompactFlash⏹SMARTCONTROL manager for simple configuration included⏹Up to date:real-time overview of consumption and billing data ⏹Flexibility: billing based upon individually adjustable parameters ⏹Service requirements: rising energy consumption indicatesa need for maintenance or repairSaving Pot ential 5% - 20%According to leading institutes and energy consultants, potential savings of 20% can be achieved through energy management. Based on their own experience, our custom-ers report savings of 5% to 20%, depending upon thedegree of optimization and the implemented measures. The amount of money available for investment can be quickly determined by observing one’s energy costs and stipulatingan acceptable amortization time.Acquiring and Optimizing Energy ConsumptionProduction facilities, business parks, administration buildings, branch offices – electrical power, gas, water, heat and other media are required everywhere – are you aware of your consumption habits and how efficiently you’re using natural resources?SMARTCONTROL – Acquiring and SavingConsumption ValuesAs a rule, consumption values are acquired by separate energy and consumption measuring instruments such as electric, gas, water and heat meters, and are made available by the meters at various interfaces.The simplest interface which can be used for a variety of mediais the pulse output. Each pulse corresponds to a defined unit of consumption, and the sum of all pulses indicates overall consumption. However, in the long run it’s more advantageous to use meters with M-Bus or LON interfaces. With just minimal wiring effort, these meters always transmit meter readings and make manual meter reading corrections unnecessary after the occurrence of system faults. Occasionally, data may also be available via Modbus or in the form of standard signals, i.e. 0/4 to 20 mA or 0 to 10 V.SMARTCONTROL easily deals with all of these interfaces, ascertains consumption values from the connected meters and stores them autonomously at the selected interval. Synchronization to the power utility’s measuring interval is possible. Sequential read-out of meter readings may result in time offsets in the case of slow transmission speeds and large numbers of bus users. Bus compatible electric meters from Gossen Metrawatt are capableof compensating time offset by means of SMARTCONTROL’s “FREEZE” command.The integrated data memory module can be expanded with a CompactFlash card in order to accommodate large volumes of data or long read-out intervals.SMARTCONTROLProduction FacilitySwitchWater MeterGas MeterElectric MeterWWWEthernet – TCP/IPSMARTCONTROLRouterSMARTCONTROLSMARTCONTROLOffice BuildingSwitchEMC Software – Evaluating Consumption andDiscovering Potential SavingsIn combination with Energy Management Control software (EMC), SMARTCONTROL is the ideal tool for energy managers and controllers. Consumption data from dispersed locations are gathered together in a license-free database via a great variety of communications channels. Visualized load profiles assure transparency for load peaks, excessively high or unnecessary consumption, irregularities, leaks and defects. This frequently makes it possible to realize considerable potential savings with minimal investment costs.Allocation and billing of consumption costs can also be implemented with EMC. Both measures result in efficient use of valuable resources. Internal and external performance comparisons of companies, build-ings and divisions are supported with calculable characteristic values.EMC-SoftwareI S D NG S M/G P R S Central Data Acquisition – Local ControlThanks to its modular design, SMARTCONTROL can be ideally adapted to the respective application as a highly versatile communicator. All SMARTCONTROL locations can be merged with EMC software. When acquiring values from building and branch offices, only a few measuring points exist at dispersed locations, which are read out via analog telephone lines, ISDN or GSM/GPRS. Appropriate modules can be plugged into SMARTCONTROL.There are many measuring points at each location in industrial parks and business parks, which are read out locally using the existing company network – Ethernet TCP/IP. SMARTCONTROL is furnished with the right interface as standard equipment. Central acquisition of values from dispersed locations can be implemented by means of a secure Internet connection.Local processes are controlled by SMARTCONTROL programs, regardless of computer and network availability.Error Message and Alarm ManagementAcquired measured quantities can be continuously compared with limit values, and limit value violations can be used to trigger notifica-tion via switching output, e-mail or SMS. Depending upon program-ming, leaks and error states can thus be detected, or alarm systems can be implemented.Peak Load OptimizationThe integrated peak load optimization function is a simplified process for reducing peak load, with the goal of diminishing power costs for imported electrical power and gas. Before using this function, it’s ad-visable to determine whether or not available functionality is adequate for the desired optimization task.Mains MonitoringMeasured quantities from three-phase systems can be acquired with multifunctional power indicators or energy meters, read out via a bus system and monitored locally.Timer ProgramsActuation of switching outputs by means of universal timer programs can be used in order to shift consumption from peak to off-peak tariff periods, with the goal of reducing energy costs. A further example is lighting control in order to simulate the presence of personnel in the building.Control and RegulationDiverse control functions can be implemented by linking various com-mands to inputs and outputs. Regulation is also supported by means of a special command.Monitoring, Optimization and ProtectionIn addition to pure data acquisition, universal SMARTCONTROL programmability opens up additional applications as well. Numerous predefined commands can be combined in the SMARTCONTROL manager to this end, and are saved to SMARTCONTROL as a program.Calculation FunctionsThe computer makes it possible to convert and link different variables, and provides a result which can in turn be used as an input value for subsequent commands. Special commands are additionally available for calculating mean values and integrals, as well as heating and cooling quantities.Direct Input or Bus SystemSMARTCONTROL acquires nearly all meter readings, states, operating hours, temperatures and measuring signals directly via analog, digital and PT1000 inputs. Measuring range and input functions can be selected for each channel with jumpers, and can be scaled with the help of the software. The status display for digital inputs and switching outputs on the PCB is especially helpful for functions testing. If the measuring points are widely dispersed, if measured values will be transmitted directly, or if more measured quantities than just consump-tion are to be evaluated, bus compatible con- sumption meters or measuring instruments are used. All bus systems which are relevant for this application are supported by SMARTCONTROL, i.e. Modbus, M-Bus and LON.Communications Measuring Instruments, Process Quantities, StatesControlling and Regulating Consumers and Processes235421235421235421235421235421235421SMARTCONTROL ECSVisualizing and Billing ConsumptionEthernet Analog ISDNGSM/GPRS Bluetooth8 + 24 digital inputs 8 analog inputs 8 temperature inputs M-Bus via level converterLON Modbus2 + 4 switching outputs 2 analog outputsEMC-Softwaree-mail SMSEMC SoftwareData Transfer and ConfigurationEven for those who do not want to use Gossen Metrawatt’s complete solution, SMARTCONTROL’s highly diverse functions can nevertheless be used to supplement in-house control technology. Configuration is supported by the SMARTCONTROL manager in this case as well.Developed in Dialog ue ,Effective in Actual Practice Consulting The most important prerequisite for successful energy management is a detailed analysis which makes load characteristics apparent and ascertains all operating requirements. An experienced and competent partner is required to this end: The specialists at Gossen Metrawatt have many years of experience in energy management,and can provide you with comprehensive consultation.Analysis In consideration of all of your individual conditions,we prepare an optimization concept together with you,determine the effectiveness of individual measures and evaluate their efficiency.Implementation If you’re convinced by our optimization model, you receive the concept and a turnkey system from a single source.Upon request, Gossen Metrawatt can operate the optimization system for you as well, and make anynecessary adjustments.You concentrate on your core business activities – we reduce your energy costs!EMC-SoftwareEMC-SoftwareEMC-SoftwareEMC-SoftwareP r i n t e d i n G e r m a n y . S u b j e c t t o c h a n g e w i t h o u t n o t i c e . 1/6.09 3-337-231-03GMC-I Messtechnik GmbHSüdwestpark 15 ▪ 90449 Nürnberg ▪ GermanyPhone: +49 911 8602-111 ▪ Fax: +49 911 8602-777 ▪************************100011101001010001110011110000110101010100 0100011101001010001。

MES30 能源管理模块用户手册

MES3.0 能源管理模块用户手册[能源管理]李坤该用户手册的主要受众对象为MES实施过程中的关键用户，接受培训者需要拥有较强的业务知识和简单的计算机操作知识。

目录1 概述 (4)模块介绍 (4)在系统中的位置 (4)主要实现功能 (4)业务流程图 (5)能源管理互供仲裁流程 (6)能源管理平衡业务流程 (9)岗位功能对照表 (12)关键术语 (13)权限 (14)能源管理模块工厂平衡业务流程 (14)2 模块业务操作 (15)仪表的录入校正 (16)测点量合计 (18)确认节点量 (19)能源管网互供仲裁 (21)管网平衡 (23)能源结算 (27)能源单耗指标 (29)封帐/输出报表 (30)能源-测点组态 (32)1概述1.1模块介绍1.1.1在系统中的位置图1-1 MES系统总体业务功能架构通过数据集成平台提供的实时数据访问接口，采集能源管理计量仪表实时数据，未实施数采的由使用单位人工录入，车间校正岗位补充和修正原始数据。

计量数据管理岗位对所有数据进行确认，以日为单位计算形成各公用工程计量点的能源产耗数据。

综合平衡，最终生成各能源介质的日报、旬报、月报、年报。

1.1.2主要实现功能能源管理系统功能有仪表数据录入及校正、测量点合计、确认节点量、能源互供仲裁、管网平衡和能源结算六大功能。

（1）仪表数据录入及校正。

能源管理数据采集模块以手工录入或者自动集成方式负责采集能源管理原始仪表计量数据，包括水、电、汽、氮、风以及能耗设备等能源管理介质数据。

数据校正。

基于能源管理数据校正模型，对能源管理原始仪表计量数据，分介质进行自动校正与手工校正，为数据平衡提供数据来源。

（2）测量点合计。

在选择合计时间段对测点用量进行合计并确认。

（3）确认节点量。

根据节点计量模型计算并确认节点量。

（4）能源互供仲裁。

对平衡期互供能源进行仲裁，将仲裁量的确认量作为互供节点的确认量，保存到节点量。

（5）管网平衡。

指定平衡区间,对平衡区间内的节点数据进行汇总和平衡；保存到节点区间动态数据表,按每个工厂管网进行平衡，根据节点精度的设置来决定是否可以在平衡时调整以及怎样调整，得到节点的管网平衡量。

台达能源管理解决方案在客户生产线中的应用

台达能源管理解决方案在客户生产线中的应用台达集团【期刊名称】《自动化博览》【年(卷),期】2016(000)010【总页数】2页(P46-47)【作者】台达集团【作者单位】【正文语种】中文某跨国公司，是全球耐火材料行业技术的领导者，主营范围为玻璃陶瓷纤维窑炉用高档耐火材料的开发设计与生产。

随着建筑行业的不景气及原材料成本升高，该公司高层为了降低生产成本，对生产能耗情况越来越重视。

其认识到能源管理系统作为智能制造中的重要一环，对能源统一调度、优化能耗结构、提高劳动生产率有重要作用，而且对于事故预案的制定和执行、事故原因的快速分析和及时判断处理、能源供需的合理调整和平衡以及在客观信息基础上的能源实绩分析、能源计划编制、能源质量管理、能源系统的预测等都是十分有效的。

2016年初，该公司成立能源管理小组，对实施能源管理系统项目做可行性分析，5月能源管理系统项目正式立项。

（1）用户现阶段希望实现电能采样点的数据收集，并进行分析，主要包括平衡报表，电能日报、周报、月报、季报、年报，数据的历史曲线对比，报警及用户管理功能。

（2）系统采用环网结构，暂时在内网中运行，后期可选择升级为外网访问系统。

（3）能源管理系统无点数限制，后期可实现水、气能耗接入系统的需求。

（4）采集129处用电设备的电能数据，采集电流、电压、谐波、功率数据。

（1）目前有 129个电能测量回路，其中包含4台主变压器总表，故需要129个带有数据采集功能的电能表。

所有的电能表精度需要达到0.5级，且必须有计量研究院的鉴定合格证书。

（2）实时显示：各回路三相电压、三相电流、有功功率、功率因数及频率等监测信息实时刷新，并以一次图形式直观动态显示。

（3）趋势分析：分析对各配电回路的电压、电流和电量数据趋势曲线，便于查询该回路的实时与历史记录进行对比和分析。

（4）电能管理：完成对各回路的电能实时集抄功能，并自动生成符合客户管理需求的用电报表，所有报表或图表支持查询打印功能；能耗分析及各种电能报表，日报、月报、年报可根据需要对某一类型的报表进行查询、打印，便于对比分析计量。