HMS Networks Intesis INMBSOCP0XX0100 Configuration Manual
  1. Manuals
  2. Brands
  3. HMS Networks Manuals
  4. Gateway
  5. Intesis INMBSOCP0XX0100
  6. Configuration manual

HMS Networks Intesis INMBSOCP0XX0100 Configuration Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
ENGLISH
Configuration Guide
INMBSOCP0XX0100 GATEWAY
INTESIS MAPS USER MANUAL
Version 1.0.4
Publication date 2024-03-21

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Intesis INMBSOCP0XX0100 and is the answer not in the manual?

Questions and answers

Related Manuals for HMS Networks Intesis INMBSOCP0XX0100

Summary of Contents for HMS Networks Intesis INMBSOCP0XX0100

  • Page 1 ENGLISH Configuration Guide INMBSOCP0XX0100 GATEWAY INTESIS MAPS USER MANUAL Version 1.0.4 Publication date 2024-03-21...
  • Page 2 The information in this document shall therefore not be construed as a commitment on the part of HMS Networks and is subject to change without notice. HMS Networks makes no commitment to update or keep current the information in this document.

  • Page 3: Table Of Contents

    Configuration Guide Table of Contents 1. Before Starting ........................1 1.1. Understanding an OCPP Installation ..................1 1.2. Integrating an OCPP Installation into a BMS ................2 1.3. Two Possible Roles for the Gateway ..................3 1.4. Configure the Project Offline ....................4 2.
  • Page 4 Configuration Guide 11.10.1. Modbus Registers: BMS communication ..............52 11.10.2. Modbus Registers: Time Synchronization ..............52 11.10.3. Modbus Registers: Charger Information ..............53 11.10.4. Modbus Registers: Authorization ................54 11.10.5. Modbus Registers: Start Transaction ................. 56 11.10.6. Modbus Registers: Stop Transaction ................. 57 11.10.7.

  • Page 5: Before Starting

    1. Before Starting IMPORTANT The Intesis INMBSOCP0xx0100 gateway is compatible with OCPP 1.6 only. Ensure the OCPP installation is compatible with that version. During the installation of the gateway, you will need to know and/or modify some parameters of the OCPP network.

  • Page 6: Integrating An Ocpp Installation Into A Bms

    Configuration Guide Integrating an OCPP Installation into a BMS • Connector: Electrical outlet used to connect the electric vehicle to the charge point physically. 1.2. Integrating an OCPP Installation into a BMS Figure 2. An OCPP installation and a BMS In some cases, the OCPP installation is part of a building equipped with a building management system (BMS).

  • Page 7: Two Possible Roles For The Gateway

    Two Possible Roles for the Gateway Configuration Guide It is in this context that the Intesis INMBSOCPxxx0100 gateway plays its role in two different ways. IMPORTANT The logic of the gateway has been developed to be supported and complemented by the logic of a Modbus-based BMS .

  • Page 8: Configure The Project Offline

    Configuration Guide Configure the Project Offline The second possible role for the gateway is to substitute the OCPP central system: Figure 5. The gateway and the BMS act as the OCPP central system In this second case, the gateway, together with the Modbus-based BMS, substitutes the central system of the OCPP installation.
  • Page 9 Configure the Project Offline Configuration Guide Main steps to configure the project offline: Open Intesis MAPS on your PC. Connect the gateway to your PC. Create a new project by selecting the IN-MBS-OCPP template. Use the Connection tab to establish a connection with the gateway. In the Configuration tab (General), set these values, keeping in mind the values for the OCPP network: •...

  • Page 10: Introduction To Intesis Maps

    • Real-time monitoring of the network. • Full linkage between the control system and the OCPP charger signals. 2.1. Prerequisites To configure the gateway, you need: • The items supplied by HMS Networks: – Intesis gateway – Gateway documentation: •...

  • Page 11: Installation

    Installation Configuration Guide 2.2. Installation Downloading the software Enter the Intesis MAPS section on the Intesis webpage: https://www.intesis.com/products/intesis-maps Fill out the form. Check the consent box (I hereby give consent for HMS to process my data). Click the DOWNLOAD MAPS button. A .zip file will be downloaded to your computer.

  • Page 12: Create A New Project From A Template

    Configuration Guide Create a New Project from a Template 3. Create a New Project from a Template Open Intesis MAPS. Click Create New Project in the Getting started menu on the left. You can create a project from scratch using a template. To find the appropriate template, filter the search •...

  • Page 13: Main Menu Overview

    Main Menu Overview Configuration Guide 4. Main Menu Overview Figure 7. Intesis MAPS main menu The following sections provide an overview of the five tabs that compose the Intesis MAPS main menu. Through these options, you will configure both the gateway and your project and monitor that everything works fine using the Diagnostic tab.

  • Page 14: Connection Tab

    Configuration Guide Connection Tab 5. Connection Tab Figure 8. Connection tab window Connect the gateway to your PC through the Ethernet port. Use an Ethernet CAT5 or higher cable. On the Connection Type parameter, select IP. IMPORTANT The default password is admin IMPORTANT Make sure you have an internet connection.
  • Page 15 Connection Tab Configuration Guide • Identify: Click the Identify button to make the gateway's LEDs blink for 10 seconds. • Edit: Click the Edit button to open the Config IP settings window. You can edit the IP Address, NetMask, and Default Gateway IP. NOTE These parameters can also be edited in the Configuration tab.

  • Page 16: Configuration Tab

    Configuration Guide Configuration Tab 6. Configuration Tab Find on the left side of the Configuration tab a menu with three options: • General: Configure the general parameters of the gateway. • Modbus Slave: Configure the parameters for the building management system (BMS) protocol.

  • Page 17: Choose The Best Mode For Your Project

    OCPP Configuration Menu Configuration Guide 6.1.2. Choose the Best Mode for your Project • When should you choose the BMS Central System mode? The only benefit of the BMS Central System mode is that the installation will work without an OCPP central system.
  • Page 18 Configuration Guide OCPP Configuration Menu Figure 9. OCPP configuration parameters Gateway Mode. Use this parameter to select the role of the gateway: • BMS Central System (default value): The gateway and the Modbus-based BMS substitute the OCPP central system. IMPORTANT The logic of the gateway has been developed to be supported and complemented by the logic of a Modbus-based BMS.

  • Page 19: Ocpp Scan

    OCPP Configuration Menu Configuration Guide – Host: Use this parameter to type either: • The IP of the OCPP central system, for example, 192.168.100.200 • The hostname of the OCPP central system, for example, domain_name.com IMPORTANT – The hostname is not a URL, so it must not include any kind of prefix such as "ws://" or "http://,"...
  • Page 20 Configuration Guide OCPP Configuration Menu IMPORTANT The Scan function only discovers charge points. The number of connectors of each charge point must be manually edited. See Chargers Configuration (page 22). Search Chargers on the Network: Click the Scan button to open the Scan OCPP Network window. •...
  • Page 21 OCPP Configuration Menu Configuration Guide Figure 10. Charge points previously configured Figure 11. Charge points discovered after the scan process The order of replacement is the following: Chargers Detected Chargers Configuration charger1/charger1 Charger_1 charger2/charger2 Charger_2 ←Replaces→ charger3/charger3 Charger_3 charger4/charger4 Charger_4 •...

  • Page 22: Smart Charging

    Configuration Guide OCPP Configuration Menu The procedure to replace or add charge points is the same: Select the discovered charge points you want to import to the project by clicking their checkboxes. Click Apply. 6.1.5. Smart Charging The smart charging feature influences the OCPP installation's charging power or current based on different aspects, like the energy available on the grid of a building at a specific time, for example.
  • Page 23 OCPP Configuration Menu Configuration Guide • Transaction Id: Only valid when the Profile Purpose is set to TxProfile. Is used to match the profile to a specific transaction (0 .. 65535). • Stack Level: Determines the precedence of this charging profile. Higher values take precedence over lower values (0 ..
  • Page 24 Configuration Guide OCPP Configuration Menu NOTE The value of the Start Period also defines the stop time of the previous period. • Limit: Set a power limit during the schedule period in amperes or watts (A/W) (0 .. 86400). NOTE The unit of measure is defined by the Charging Rate Unit.
  • Page 25 OCPP Configuration Menu Configuration Guide Click Commissioning. The gateway searches for the charge points on the network. NOTE This process may take some time. Once found, all charge points are listed in Chargers available. Select the charge point you want to assign the current charging profile to by clicking on it. The gateway connects with that charge point.

  • Page 26: Chargers Configuration

    Configuration Guide OCPP Configuration Menu 6.1.6. Chargers Configuration NOTICE Remember that the INMBSOCPxx0100 gateway is offered in two versions: • INMBSOCP0010100: Supports one charge point and up to seven connectors for that charge point. • INMBSOCP0200100: Supports up to 20 charge points and up to seven connectors for each charge point.
  • Page 27 OCPP Configuration Menu Configuration Guide IMPORTANT * You will have to edit this value to type the IP Address of the gateway. In the Charger column, select the number of charge points present in the OCPP network by clicking their checkboxes.

  • Page 28: Tcp Configuration

    Configuration Guide General Configuration Menu Value Description Power Active Import Instantaneous active power imported by the EV (W or kW). Power Factor Instantaneous power factor of total energy flow. Power Offered Maximum power offered to the EV. Power Reactive Export Instantaneous reactive power exported by the EV (var or kvar).

  • Page 29: Connection

    General Configuration Menu Configuration Guide 6.2.2. Connection NOTE When commissioning the gateway for the first time, DHCP will be enabled for 30 seconds. During that time, an IP address will be automatically assigned to the gateway if there is a DHCP server. If there is no DHCP, you can type an IP address of your choice.

  • Page 30: Security

    Configuration Guide General Configuration Menu • Time sync on project download (disabled by default): The gateway's clock is set to your PC time when downloading the project to the gateway. 6.2.4. Security • Edit Security Configuration: Click the Edit button to open the Security Configuration window. IMPORTANT We recommend keeping the predetermined configuration.

  • Page 31: Modbus Configuration Menu

    Modbus Configuration Menu Configuration Guide 6.3. Modbus Configuration Menu Figure 14. Modbus configuration parameters 6.3.1. Modbus Configuration • Type: Select the communication type. – RTU: Serial communication over the EIA-485 or EIA-232 bus. – TCP: IP communication over Ethernet. – RTU + TCP: Simultaneous communication (serial over the EIA-485/EIA-232 bus and IP over Ethernet at the same time).

  • Page 32: Rtu Configuration

    Configuration Guide Modbus Configuration Menu NOTE The default port is 502. • Keep Alive: Set the time in minutes before sending a keep-alive message (1 .. 1440. Default value: 10 mins). NOTE Set the parameter to 0 to disable this function. •...

  • Page 33: Signals Tab

    Signals Tab Configuration Guide 7. Signals Tab This menu lists all available signals and their parameters for both Modbus and OCPP protocols. Figure 15. Signals tab for Modbus and OCPP Below the list of signals, these options are available: • Active signals: Number of active signals in the list / Total number of signals in the list. •...

  • Page 34: Receive/Send Tab

    Configuration Guide Receive/Send Tab 8. Receive/Send Tab Send: Once you have finished setting the parameters, you have to send the configuration to the gateway: Click the Send button. If the gateway is still factory-set, you will be prompted to save the project on your PC. Once saved, the configuration is automatically sent to the gateway.

  • Page 35: Diagnostic Tab

    Diagnostic Tab Configuration Guide 9. Diagnostic Tab IMPORTANT Connection with the gateway is required to use the diagnostic tools. Figure 16. Diagnostic tab window. Find the ToolBox between the upper tabs bar and the Console view. Below it, from left to right: Console viewer, Protocol viewers (one above the other), and the Signals viewer ToolBox: Use the tools section to: •...
  • Page 36 Configuration Guide Diagnostic Tab NOTE Depending on your screen resolution, the ToolBox icons may appear partially hidden behind the Viewers window. Viewers: Intesis MAPS provides several viewers: • A generic console viewer for general information about communications and the gateway status. •...

  • Page 37: Faq And Troubleshooting

    FAQ and Troubleshooting Configuration Guide 10. FAQ and Troubleshooting General questions: • If the installation's charge points don't allow the smart charging feature, could your gateway make it available? – No. Even if the INMBSOCP0xx0100 gateway supports it, this functionality depends on the charge point and is mandatory for the charge point to implement it.
  • Page 38 Configuration Guide FAQ and Troubleshooting Press and hold the button. Reconnect the power supply to the gateway (keep the button pressed). After five seconds, release the button. The red LEDs will perform a sequence. The factory reset process ends when the red LEDs turn off. Connection tab: •...
  • Page 39 FAQ and Troubleshooting Configuration Guide • The URL for the not-found charge points contains the gateway's IP address. – That URL is set under this form: ws://xxx.xxx.xxx.xxx:9000/chargerID, where "xxx.xxx.xxx.xxx" correspond to the IP address of the charge point; this IP must be the same as the IP Address of the gateway.

  • Page 40: Programming The Modbus-Based Bms

    Configuration Guide Programming the Modbus-based BMS 11. Programming the Modbus-based BMS NOTE This section applies to the gateway's BMS Central System mode only. When using the gateway with the BMS Central System mode, the OCPP central system is removed from the installation and all functions it manages are trespassed to the gateway and the Modbus-based BMS.
  • Page 41 Local Start Transaction Operation Configuration Guide * See the diagram explaining the Authorize sequence: Authorize sequence diagram (page 47). ** See the diagram explaining the Start Transaction sequence: Start transaction sequence diagram (page 48). INTESIS MAPS USER MANUAL Version 1.0.4 Page 37 of 85...

  • Page 42: Local Stop Transaction Operation

    Configuration Guide Local Stop Transaction Operation 11.3. Local Stop Transaction Operation Typically, the user stops the charging operation locally by presenting an RFID card at the charge point. After this action, the charge point checks if the user who is requesting the stop of the operation is the same one who initiated it.
  • Page 43 Local Stop Transaction Operation Configuration Guide * See the diagram explaining the Authorize sequence: Authorize sequence diagram (page 47). ** See the diagram explaining the Stop Transaction sequence: Stop transaction sequence diagram (page 49). INTESIS MAPS USER MANUAL Version 1.0.4 Page 39 of 85...

  • Page 44: Remote Start Transaction Operation

    Configuration Guide Remote Start Transaction Operation 11.4. Remote Start Transaction Operation NOTICE Typical use cases for Remote Start Transaction: • Enable a CPO operator to help a user with problems starting a transaction. • Enable mobile apps to control charging transactions via the gateway+BMS. •...
  • Page 45 Remote Start Transaction Operation Configuration Guide INTESIS MAPS USER MANUAL Version 1.0.4 Page 41 of 85...

  • Page 46: Remote Stop Transaction

    Configuration Guide Remote Stop Transaction * See the diagram explaining the Remote Start Transaction sequence: Remote start transaction sequence diagram (page 49). ** See the diagram explaining the Authorize sequence: Authorize sequence diagram (page 47). *** See the diagram explaining the Start Transaction sequence: Start transaction sequence diagram (page 48).

  • Page 47: Charging Profiles

    Charging Profiles Configuration Guide • Sending to the charge points a complete list of identifiers to replace the Local Authorization List. • Sending to the charge points a list of changes (add, update, delete) to apply to the Local Authorization List. This management is performed through the Send Local List and Get Local List Version operations.
  • Page 48 Configuration Guide Charging Profiles Set the charging schedule signals: Mandatory parameters: • Charging Rate Unit Optional parameters: • Duration • Start Schedule (only required for Profile Kind: Absolute). • Min Charging Rate Write a value of 1 in the Set Charging Schedule register. Set the Charging Schedule Period Index.

  • Page 49: Reading Meter Values In Modbus

    Reading Meter Values in Modbus Configuration Guide 11.8. Reading Meter Values in Modbus NOTE The meter values configuration can be done through the charge points configuration interface or through Intesis MAPS (see Chargers Configuration (page 22)). The standard proceeding of charger points is to send meter values notifications only when there is an active transaction.

  • Page 50: Sequence Diagrams

    Configuration Guide Sequence Diagrams 11.9. Sequence Diagrams Figure 17. Time synchronization sequence diagram Page 46 of 85 INTESIS MAPS USER MANUAL Version 1.0.4...
  • Page 51 Sequence Diagrams Configuration Guide Figure 18. Authorize sequence diagram INTESIS MAPS USER MANUAL Version 1.0.4 Page 47 of 85...
  • Page 52 Configuration Guide Sequence Diagrams Figure 19. Start transaction sequence diagram Page 48 of 85 INTESIS MAPS USER MANUAL Version 1.0.4...
  • Page 53 Sequence Diagrams Configuration Guide Figure 20. Stop transaction sequence diagram Figure 21. Remote start transaction sequence diagram INTESIS MAPS USER MANUAL Version 1.0.4 Page 49 of 85...
  • Page 54 Configuration Guide Sequence Diagrams Figure 22. Remote stop transaction sequence diagram Figure 23. Send local list sequence diagram Page 50 of 85 INTESIS MAPS USER MANUAL Version 1.0.4...
  • Page 55 Sequence Diagrams Configuration Guide Figure 24. Get local list sequence diagram Figure 25. Set a charging profile sequence diagram INTESIS MAPS USER MANUAL Version 1.0.4 Page 51 of 85...

  • Page 56: Annex: Modbus Registers

    Configuration Guide ANNEX: Modbus Registers 11.10. ANNEX: Modbus Registers 11.10.1. Modbus Registers: BMS communication NOTE Registers available for BMS Central System mode. NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W/ Values...

  • Page 57: Modbus Registers: Charger Information

    ANNEX: Modbus Registers Configuration Guide 11.10.3. Modbus Registers: Charger Information NOTE Registers available for BMS Central System and OCPP Central System modes. NOTE xx: charge point number (0 .. 19) NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write •...

  • Page 58: Modbus Registers: Authorization

    Configuration Guide ANNEX: Modbus Registers Address Signal Format R/RW/ Values 100 + (xx * 2000) + 23 100 + (xx * 2000) + 24 100 + (xx * 2000) + 25 100 + (xx * 2000) + 26 100 + (xx * 2000) + 27 100 + (xx * 2000) + 28 100 + (xx * 2000) + 29 100 + (xx * 2000) + 30...
  • Page 59 ANNEX: Modbus Registers Configuration Guide Address Signal Format R/RW/W/ Values 0: No operation Authorization Registers - pending 100 + (xx * 2000) + 64 Unsigned Authorization Flag 1: Operation pending 100 + (xx * 2000) + 65 100 + (xx * 2000) + 66 100 + (xx * 2000) + 67 100 + (xx * 2000) + 68 100 + (xx * 2000) + 69...

  • Page 60: Modbus Registers: Start Transaction

    Configuration Guide ANNEX: Modbus Registers 11.10.5. Modbus Registers: Start Transaction NOTE Registers available for BMS Central System mode. NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W Values 0: No operation pending Start Transaction Registers - Start 100 + (xx * 2000) + 94...

  • Page 61: Modbus Registers: Stop Transaction

    ANNEX: Modbus Registers Configuration Guide Address Signal Format R/RW/W Values 100 + (xx * 2000) + 116 100 + (xx * 2000) + 117 100 + (xx * 2000) + 118 100 + (xx * 2000) + 119 100 + (xx * 2000) + 120 100 + (xx * 2000) + 121 100 + (xx * 2000) + 122 100 + (xx * 2000) + 123...
  • Page 62 Configuration Guide ANNEX: Modbus Registers Address Signal Format R/RW/ Values 0: No operation pending Stop Transaction Registers - 100 + (xx * 2000) + 134 Unsigned Stop Transaction Flag 1: Operation pending 100 + (xx * 2000) + 135 100 + (xx * 2000) + 136 100 + (xx * 2000) + 137 100 + (xx * 2000) + 138 100 + (xx * 2000) + 139...

  • Page 63: Modbus Registers: Cancel Reservation

    ANNEX: Modbus Registers Configuration Guide Address Signal Format R/RW/ Values 100 + (xx * 2000) + 160 100 + (xx * 2000) + 161 100 + (xx * 2000) + 162 100 + (xx * 2000) + 163 100 + (xx * 2000) + 164 100 + (xx * 2000) + 165 100 + (xx * 2000) + 166 Stop Transaction Registers - Epoch Unix time format (in...

  • Page 64: Modbus Registers: Clear Cache

    Configuration Guide ANNEX: Modbus Registers Address Signal Format R/RW/W/T Values 100 + (xx * 2000) + 258 Not used 100 + (xx * 2000) + 259 Not used 100 + (xx * 2000) + 260 Not used 0: Accepted Cancel Reservation Registers - 100 + (xx * 2000) + 261 Unsigned Result...

  • Page 65: Modbus Registers: Get Local List Version

    ANNEX: Modbus Registers Configuration Guide 11.10.9. Modbus Registers: Get Local List Version NOTE Registers available for BMS Central System mode. NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W/T Values 0 = No operation pending Get Local List Version - Get...
  • Page 66 Configuration Guide ANNEX: Modbus Registers Address Signal Format R/RW/W/ Values 0: No operation pending Reserve Now Registers - Reserve Now 100 + (xx * 2000) + 296 Unsigned Flag 1: Operation pending 100 + (xx * 2000) + 297 Reserve Now Registers - Connector ID Unsigned 100 + (xx * 2000) + 298 Epoch Unix time...

  • Page 67: Modbus Registers: Reset

    ANNEX: Modbus Registers Configuration Guide 11.10.11. Modbus Registers: Reset NOTE Registers available for BMS Central System mode. NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W/T Values 0: No operation pending 100 + (xx * 2000) + 326 Reset Registers - Reset Flag Unsigned...
  • Page 68 Configuration Guide ANNEX: Modbus Registers Address Signal Format R/RW/ Values 1: Add new entry Send Local List registers - 100 + (xx * 2000) + 337 Unsigned 2: Delete entry Operation 3: Modify entry 100 + (xx * 2000) + 338 100 + (xx * 2000) + 339 100 + (xx * 2000) + 340 100 + (xx * 2000) + 341...

  • Page 69: Modbus Registers: Trigger Message

    ANNEX: Modbus Registers Configuration Guide 11.10.13. Modbus Registers: Trigger Message NOTE Registers available for BMS Central System mode. NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W/T Values Trigger Message 0: No operation pending 100 + (xx * 2000) + 366 Registers - Trigger...

  • Page 70: Modbus Registers: Remote Stop

    Configuration Guide ANNEX: Modbus Registers NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W/T Values 0: No operation pending Remote Start registers - Remote 100 + (xx * 2000) + 376 Unsigned Start Flag 1: Operation...

  • Page 71: Modbus Registers: Connectors

    ANNEX: Modbus Registers Configuration Guide NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger Address Signal Format R/RW/W/T Values 0: No operation pending Remote Stop Registers - 100 + (xx * 2000) + 396 Unsigned Remote Stop Flag 1: Operation pending...
  • Page 72 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T 0: Inoperative (512 + 100 + (xx * 2000) + (100 * Connector xx - Unsigned yy)) + 1 Availability 1: Operative 0: Available 1: Preparing 2: Charging 3: Suspended EVSE (512 + 100 + (xx * 2000) + (100 * Connector xx - Status Unsigned...
  • Page 73 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - Current Unsigned yy)) + 10 Export Units...
  • Page 74 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - Current Unsigned yy)) + 17 Import Units...
  • Page 75 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - Current Unsigned yy)) + 24 Offered Units...
  • Page 76 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 29 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA Connector xx - Energy 7: kVA (512 + 100 + (xx * 2000) + (100 * Active Import Register...
  • Page 77 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * Connector xx - yy)) + 34 Energy Reactive Import Float (512 + 100 + (xx * 2000) + (100 * Register yy)) + 35 0: Wh...
  • Page 78 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA Connector xx - Energy 7: kVA (512 + 100 + (xx * 2000) + (100 * Active Export Interval Unsigned yy)) + 39...
  • Page 79 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 44 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA Connector xx - Energy 7: kVA (512 + 100 + (xx * 2000) + (100 * Reactive Export Interval...
  • Page 80 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 49 Connector xx - Float Frequency (512 + 100 + (xx * 2000) + (100 * yy)) + 50 0: Wh 1: kWh 2: varh...
  • Page 81 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - Power Unsigned yy)) + 54 Active Export Units...
  • Page 82 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 59 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - Power Unsigned...
  • Page 83 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 64 Connector xx - Power Float Reactive Export (512 + 100 + (xx * 2000) + (100 * yy)) + 65 0: Wh 1: kWh...
  • Page 84 Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - Power Unsigned yy)) + 69 Reactive Import Units...
  • Page 85 ANNEX: Modbus Registers Configuration Guide R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 74 0: Wh 1: kWh 2: varh 3: kvarh 4: W 5: kW 6: VA 7: kVA (512 + 100 + (xx * 2000) + (100 * Connector xx - SoC Unsigned...

  • Page 86: Modbus Registers: Current Transaction Data

    Configuration Guide ANNEX: Modbus Registers R/RW Address Signal Format Values /W/T (512 + 100 + (xx * 2000) + (100 * yy)) + 79 Connector xx - L1-N Float Voltage (512 + 100 + (xx * 2000) + (100 * yy)) + 80 (512 + 100 + (xx * 2000) + (100 * yy)) + 81...

  • Page 87: Modbus Registers: Smart Charging

    ANNEX: Modbus Registers Configuration Guide NOTE Read/Write Column (R/RW/W/T) • R: read • RW: Read/Write • W: Write • T: Trigger R/RW/ Address Signal Format Values (512 + 100 + (xx * 2000) + (100 * yy)) + 86 (512 + 100 + (xx * 2000) + (100 * yy)) + 87 (512 + 100 + (xx * 2000) + (100 * yy)) + 88 (512 + 100 + (xx * 2000) + (100 * yy)) + 89 (512 + 100 + (xx * 2000) + (100 * yy)) + 90...
  • Page 88 Configuration Guide ANNEX: Modbus Registers R/RW/ Address Signal Format Values Comments 40100 Profile Id Unsigned Unique identifier for this profile Only valid if Charging Profile Purpose is set 40101 Transaction Id Unsigned to TxProfile Higher values have precedence over lower 40102 Stack Level Unsigned...
  • Page 89 ANNEX: Modbus Registers Configuration Guide R/RW/ Address Signal Format Values Comments Number of phases 40127 Unsigned 1 .. 3 If not defined, 3 will be assumed (opt) Set Schedule 40128 Unsigned W(T) 0, 1 Trigger to Set Period 40129 Charger Id Unsigned 1 ..

Table of Contents