WIXLIB

3 Basics3.1 Overview of functions3Basics3.1Overview of functionsApart from measuring devices, automation devices also provide energy data.The following overview gives a general overview of the functioning of the SIMATICEnergy Suite. Siemens AG 2017 All rights reservedFigure 3-13.1.1General functionsAcquisitionEnergy Suite processes energy data cyclically. The data is then provided with atime stamp and prepared accordingly via the function blocks of the Energy Suite.The precise interaction of the Energy Suite blocks and the driver blocks can befound in the “SIMATIC Measuring Hardware for SIMATIC Energy Suite in the TIAPortal” en/view/109741978/90969966987ArchivingThe acquired data are archived by the Energy Suite in corresponding archivingperiods. You can use the pre-defined archiving periods here, and you can alsocreate user-defined periods.Furthermore, you can select whether the energy data are to be archived on theSIMATIC memory card of the S7-1500 CPU or in a WinCC Professional tagarchive.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201711

3 Basics3.1 Overview of functionsA detailed configuration description can be found in chapter 0.Data exportIn order to be able to document the archived energy data, you can export thearchived data.The energy data that are archived in the data logs on the SIMATIC memory cardare saved as CSV file. More information regarding the export of data, e. g. via aweb server, can be found in chapter 5.7.1.The SIMATIC Energy Suite Runtime Toolbox provides a system that enables asimple data export of the tag archive in WinCC Professional. The necessarysettings are described in chapter 5.7.2.VisualizationAnother option is to visualize the energy data via HMI operator panels. There aremany example images and image elements available in Siemens Industry OnlineSupport. Different functionalities are supported, depending on the operator panelused. More information and a link to the corresponding entry in the SiemensIndustry Online Support can be found in chapter 0. Siemens AG 2017 All rights reserved3.1.2Interface to Energy Manager ProThe energy data that you have determined with the Energy Suite can be processedfurther in a next step by means of the SIMATIC Energy Manager PRO (successorof SIMATIC B.Data).Figure 3-2Distinction from SIMATIC Energy Manager PROThe SIMATIC Energy Manager PRO (referred to as Energy Manager Pro in thefollowing) is suitable for company-wide energy analysis at management level and istherefore based on the Energy Suite.Whilst the Energy Suite offers functions for production-related energy dataacquisition, processing and monitoring as well as simple energy reports, the tasksof the Energy Manager PRO are to be found in the commercial energymanagement. These include, for example:Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201712

3 Basics3.2 Function expansion with Energy Suite V14 SP13.2 Calculating key figures and displaying them in dashboards Advanced reporting/Key Performance Indicators (KPI) Energy procurement/prognosis Energy efficiency measuresFunction expansion with Energy Suite V14 SP1The service pack 1 of the SIMATIC Energy Suite V14 offers further functionalities.These include, among others, the following: Advanced energy data can be called/visualized Detailed error tracking during generation Automatic generation of reports with SIMATIC Energy Suite Runtime Toolbox3.3Supported hardware and software3.3.1Hardware Siemens AG 2017 All rights reservedControllersSIMATIC Energy Suite is supported by all S7-1500 CPUs as of firmware versionV2.0.NoteNot supported are SIMATIC S7-1500 software controllers, SIMATIC S7-1200 aswell as HF and soft PLCs.Energy data sourcesFor the measuring components of the Siemens portfolio, devices from theSIMATIC, SENTRON, SINAMICS and SIMOCODE product families are supported.A detailed list of the supported hardware from the Siemens portfolio can be foundin the FAQ “Which energy-measuring components and higher-level systems doesthe SIMATIC Energy Suite s/ww/en/view/1094824543.3.2SoftwareThe SIMATIC Energy Suite V14 SP1 assumes TIA Portal V14 SP1 with STEP 7Professional V14 SP1.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201713

4 Installation of Software and Driver Blocks4.1 SIMATIC Energy Suite (Engineering)Installation of Software and Driver Blocks4The SIMATIC Energy Suite includes three separate installations for the full scopeof functions. The overview below shows you what the respective installations areneeded for.Figure 4-1SIMATIC Energy SuiteEngineering Siemens AG 2017 All rights reserved for generating theenergy program inSTEP 7 (creatingenergy objects,generating theprogram)Energy SupportLibrary – EnSLSIMATIC EnergySuite RuntimeToolbox Library with driverblocks for supportedmeasuring hardware required for WinCCRuntime ProfessionalPC enables easy dataexchange Export tool forexporting archive data included onEngineering CD included onEngineering CDThe following three subchapters 4.1 to 4.3 give a detailed description of theindividual installation steps for the engineering, the Energy Support Library and theSIMATIC Energy Suite Runtime Toolbox.Note4.1When updating TIA Portal, make sure to carry out the update of the EnergySupport Library and the SIMATIC Energy Suite Runtime Toolbox as well.SIMATIC Energy Suite (Engineering)The table below describes the individual installation steps of the SIMATIC EnergySuite.Table 4-1No.Action2.Start the setup program of the SIMATIC Energy Suite V14.0 SP1 software bydouble-clicking the “Start” of the installation medium.Select your preferred installation language and click “Next”.3.Select the SIMATIC Energy Suite V14.0 SP1 and click “Next”.4.Read the security information and confirm it. Click “Next” to proceed with theinstallation.5.Click “Install” to install the SIMATIC Energy Suite.1.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201714

4 Installation of Software and Driver Blocks4.1 SIMATIC Energy Suite (Engineering) Siemens AG 2017 All rights reservedNo.Action6.Transfer the license for SIMATIC Energy Suite from the license data carrier.7.Then click the “Close” button to close the setup menu once the installation hasbeen completed successfully.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201715

4 Installation of Software and Driver Blocks4.2 Energy Support Library – EnSL (driver blocks)4.2Energy Support Library – EnSL (driver blocks)BackgroundThe energy data of the measuring hardware are provided in different ways (forexample, differences in data format or in data record address). For you to be ableto use the data of the measuring hardware later on together with the SIMATICEnergy Suite, you have to install the driver blocks first.NoteA detailed description of the individual driver blocks and the parameters isincluded in the configuration manual of the Energy Support Library. After theinstallation you will find it in “Start All Programs Siemens Automation Energy Support Library Manuals”.Table 4-2 Siemens AG 2017 All rights reservedNo.Action1.Open the “Support” folder on the data carrier of the Energy Suite and start the“Energy Support Library V1 1.exe” application by double-clicking it.2.Select your preferred installation language.3.Carry out the remaining installation steps. They are identical to steps 3 to 7 fromTable 4-1.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201716

4 Installation of Software and Driver Blocks4.3 SIMATIC Energy Suite Runtime Toolbox4.3SIMATIC Energy Suite Runtime ToolboxIf you want to use WinCC Professional together with the Energy Suite, it isnecessary to additionally install the SIMATIC Energy Suite Runtime Toolbox. Onlythis way all the functions of the Energy Suite can be used in WinCC Professional.NoteThe SIMATIC Energy Suite Runtime Toolbox has to be installed on the computeron which WinCC Runtime Professional is running.Table 4-3 Siemens AG 2017 All rights reservedNo.Action1.Open the “Support” folder on the data carrier of the Energy Suite and start the“SIMATIC Energy Suite Runtime Toolbox V14.exe” application.2.Select the installation language and click “Next”.3.Carry out the remaining installation steps. They are identical to steps 3 to 7 in Table4-1.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201717

5 Configuration and Settings5.1 Creating the hardware configuration with the libraryConfiguration and Settings5The subchapters below describe what configuration steps are required in order todetermine, archive and export energy data from the respective measuring andautomation devices.The hardware configuration is based on the example of production line 1 whichwas shown at the beginning of this application example (see Chapter 2.1).PrerequisiteIn order to be able to carry out the hardware configuration, the following deviceshave to be already created: CPU 1516-3 PN/DP PC station with WinCC Runtime Professional HMI Comfort Panel TP1200 ET 200SP station (only head module IM 155-6PN ST) Siemens AG 2017 All rights reservedAll devices listed are part of the basic hardware catalog and can therefore becreated in the network view using drag & drop.All other device-specific configurations are described in detail in the followingchapters. Here, you have the option to use selected preconfigured measuringhardware from the included library “EnS Hardware Lib” (see Chapter 5.1) or toconfigure the measuring hardware manually (see Chapter 5.2).5.1Creating the hardware configuration with the libraryDevicesThe hardware library included contains the already preconfigured devices forEnergy Suite: SENTRON PAC3200 and PAC4200 SIMOCODE pro V PN ET 200SP Energy Meter 480 VAC Molded-case circuit breaker 3VAProvided none of these devices are available in your project, you can add them toyour project as described in Table 5-3.Note5.1.1If one of the supported devices is already preconfigured in your project, you canalso make the required settings for the Energy Suite manually. A detaileddescription is available in chapter 5.2.Configuring the AI Energy Meter 480VAC ST with the libraryWith the example of the Energy Meter, the following table shows how you can useenergy measuring devices in your project using the included example library.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201718

5 Configuration and Settings5.1 Creating the hardware configuration with the libraryTable 5-1 Siemens AG 2017 All rights reservedNo.Action1.Save the “EnS Hardware Lib” library from this application example locally onyour computer and unzip it.2.Open the library in the TIA Portal.3.Click “Devices & networks” and open the “Network view”.4.Select the distributed I/O to which you want to add the Energy Meter and openthe “Device view”.5.Open the “ET 200SP Energy Meter” folder in the global library in “Master copies”.6.Drag the Energy Meter to the appropriate slot of the ET 200 station usingdrag & drop.NoteModules have already been preconfigured (slots 1-4) in the ET 200SP station.Other information on these modules or the reason to use them is described inTable 5-3.7.Assign the ET 200SP station to CPU 1516-3 PN/DP in the “Network view”.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201719

5 Configuration and Settings5.1 Creating the hardware configuration with the library5.1.2Configuring other library elementsTable 5-2 Siemens AG 2017 All rights reservedNo.Action1.Save the “EnS Hardware Lib” library from this application example locally on yourcomputer and unzip it.2.Open the library in the TIA Portal.3.Click “Devices & networks” and open the “Network view”.4.Open the “Sentron PAC” folder in the global library in “Master copies”.5.Drag the PAC4200 into the graphic area of the “Network view” using drag & drop.6.Adjust the IP address.7.OptionalIf necessary, rename the PAC4200 to ensure unique assignment in case of severaldevices.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201720

5 Configuration and Settings5.1 Creating the hardware configuration with the libraryNo. Siemens AG 2017 All rights reservedNoteAction8.Assign the PAC4200 to the appropriate CPU.9.Save your project.The library elements are only preconfigured for the function of the energymeasurement in connection with the Energy Suite. It may therefore be requiredto adjust the devices (especially SIMOCODE pro V PN and the molded-casecircuit breaker 3VA2) to your plant conditions.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201721

5 Configuration and Settings5.2 Creating the hardware configuration manually5.2Creating the hardware configuration manuallyThis chapter explains in detail what settings you have to make in the hardwareconfiguration on the energy-measuring components and how to configure them forthe Energy Suite.5.2.1Configuring the ET 200SP measuring hardwareAI Energy Meter 480VAC STIn the table below, you will be shown what configuration steps are required for anET 200SP station with AI Energy Meter 480VAC ST in order to be able to use itlater on with the Energy Suite.Table 5-3No.Action1.Open the “Device view” of the ET 200SP station.2. Siemens AG 2017 All rights reservedAdd two DI modules on slots 1 and 2.Add two AI modules on slots 3 and 4.NoteIn this case, both module types are intended for the connection of possible nonelectric measuring devices in the plant configuration. The connection of suchmeasuring devices in connection with the SIMATIC Energy Suite can be found inChapter 5.3.3.3.Add the AI Energy Meter 480VAC ST to slot 5.Getting Started SIMATIC Energy SuiteEntry ID: 109739102, V2.0, 07/201722

5 Configuration and Settings5.2 Creating the hardware configuration manuallyNo.4.Action Siemens AG 2017 All rights reserved Open the “Properties” of the Energy Meter (1).Open the “Module parameters” in the area navigation and click “AIconfiguration” (2).Open the dropdown list of the “Connection type” in the inspector window in“Measurement” (3).Select the “1P2W 1-phase, 2-wire” type from the list (4).NoteThe type of connection depends on the consumer connected to the Energy Meter.5. 6.Select the following parameters in the inspector window in “User data mapping”: Category: “Powers” Subcategory: “Active powers” Measured variable: “Total active power L1L2L3 (ID00034)”Then click "Add".Open the “User data” in the area navigation (1).Enable the user data mapping (2) in the inspector window in “Operatingmode”.Getting Started SIMATIC Energy Suite

SENTRON 3VA2 molded-case circuit breaker 1 3VA2225-5KQ32 -0AA0 Molded-case circuit breakers are only supported with ETU 8 series. COM800 data concentrator 1 3VA9987 -0TA10 Alternatively, a COM100 can also be used. SENTRON PAC3200 1 7KM2111 -.BA00-.AA0 Switched Ethernet PROFINET expansion module required