Aentron AEC900500R Operating Manual
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Aentron AEC900500R Operating Manual

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aentron Energy Storage System
AEC900500R - aentron Energy Controller
A48100F - aentron Lithium-Ion Module
A24100F - aentron Lithium-Ion Module
12 to 900 V DC
Version 1.3
Operating Manual
English

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  • Page 1 Energy Storage System AEC900500R - aentron Energy Controller A48100F - aentron Lithium-Ion Module A24100F - aentron Lithium-Ion Module 12 to 900 V DC Version 1.3 Operating Manual English...

  • Page 2: Table Of Contents

    Ambient Conditions ..............26 3.2.5. Power Consumption ..............26 3.3. Scope of Delivery ..............27 3.3.1. Versions of the aentron Energy Storage System ..... 29 Safety ..................30 4.1. Basic Functional Safety ............30 4.2. Obligations of the Operating Company ........31 4.3.
  • Page 3 Transport and Storage ............. 40 5.3.1. Unpacking ................. 41 5.4. Installation ................42 5.4.1. Installation Site of the aentron Energy Storage System ..42 5.4.2. Electrical Connection ..............43 5.4.3. Switching On, Functions and CAN Bus ........46 5.4.4. Checking the Functions ............49 5.4.5.
  • Page 4 Approvals and EU Declaration of Conformity ......87 11.5. EMC ..................89 Schedules ................90 12.1. Maintenance Schedule ............. 90 12.2. Maintenance Protocol ............... 91 Appendix ................. 97 13.1. Index ..................97 Page 3/100 aentron Energy Storage System aentron GmbH Version 1.03...

  • Page 5: Introduction

    Detailed specifications on the standard operation of the aentron energy storage system. The operating manual is part of the aentron energy storage system and must be stored away safely for users to be able to access at any time. Please read the operating manual carefully before placing the aentron energy storage system into operation.

  • Page 6: Terminology

    A conductor intended for safety purposes (e.g. protection against electric shock). Disconnector A disconnector is a mechanical switching device that provides a separation distance in the open position according to the specified requirements. Page 5/100 aentron Energy Storage System aentron GmbH Version 1.03...

  • Page 7: Explanation Of Symbols

    Warning of a hazard point Warning of electrical voltage Warning of corrosive substances Warning of a fire hazard Application tips and other useful information Use protective gloves Use eye protection aentron GmbH aentron Energy Storage System Page 6/100 Version 1.03...

  • Page 8: Abbreviations

    Introduction Explanation of Symbols Symbols on the components of the aentron Energy Storage System Pay attention to the manual Not for disposal with domestic waste CE mark ECE R10 mark UN38.3 mark 1.3.3. Abbreviations Abbreviation Meaning Charger PIN aentron Energy System...
  • Page 9 Peak Power Rating RTC: Real Time Clock SoC: State of Charge SoH: State of Health SOP: Standard Operating Procedure Safety Related Time Temperature TBD: To Be Defined Voltage Ultra Violet aentron GmbH aentron Energy Storage System Page 8/100 Version 1.03...

  • Page 10: Labelling

    Labellin 1.4. Labelling Every energy controller and every lithium-ion module from aentron GmbH is fitted with a type plate. This is located on the top of the energy controller or on the front of the lithium-ion module. Figure 1: Type plate Energy Controller (example)

  • Page 11: Contact Address

    Part number CAN node ID number for 01T = Terminator Date of manufacture Serial number Contact details 1.5. Contact Address aentron GmbH - Energy Solutions Dornierstraße 21 82205 Gilching GERMANY Phone: +49 8105 398 98-0 Fax: +49 8105 398 98-29 www.aentron.com...

  • Page 12: Basic Information About The System Structure

    ■ the rated power of each electrical load component is matched to the load requirements. ■ the aentron energy storage system can be electrically separated from other electrical systems. ■ AC systems (e.g. chargers) are grounded to a neutral conductor.
  • Page 13 Every connected electrical equipment or circuit must be equipped with an overcurrent / fault protection device. Integrated electrical and electronic devices other than the aentron energy storage system must operate under the normal voltage and frequency variations that may occur during normal operation of the electric drive system.
  • Page 14 The output circuit of the aentron energy storage system must be protected by a fuse with a fault current determined by the maximum short-circuit current.
  • Page 15 The "service disconnector" of the energy controller serves as an emergency stop switch and is thus permanently connected to the internal electrical system (12 V / 24 Vdc) of the aentron energy storage system. aentron GmbH aentron Energy Storage System Page 14/100 Version 1.03...
  • Page 16 The lithium-ion cell technology used by aentron GmbH is a dry cell technology that does not leak during normal operation. In the unlikely event of escaping gas due to cell leakages, the aentron battery housing catches all leaking fluids in a designated area.
  • Page 17 The installer should preset the following system messages and error messages for the operating company to ensure reliable and safe operation. These are available as standard via the aentron energy storage system's CAN bus. 1) Battery temperature (°C) 2) Low battery charge (%)

  • Page 18: System Architecture

    (Daisy Chain) communication network. Level 3: AEM - MMS (Module Management System) aentron GmbH defines the MMS as an E/E component which is connected to the energy controller via a CAN communication network. The MMS controls and monitors all important functions of the module and the cells.

  • Page 19: Specification Of The Aentron Energy Storage System

    Specification of the aentron Energy Storage System 2.4. Specification of the aentron Energy Storage System The aentron energy storage system enables the implementation of a modular and scalable battery solution. The management of the aentron energy storage system consists of two essential standard components: ■...
  • Page 20 Basic Information About the System Structure Specification of the aentron Energy Storage System Main functions The following comprehensive safety and control functions for managing a modular energy storage device are implemented: ■ Communication interfaces: CAN bus / USB ■ Data logging with real time clock ■...
  • Page 21 Basic Information About the System Structure Specification of the aentron Energy Storage System Functions (12 - 900 V), T (-40 to +80 °C), I (0 to 500 A), ■ energy controller status ­ Status 0: Switch off / standby mode ­...
  • Page 22 Basic Information About the System Structure Specification of the aentron Energy Storage System Specification Min. Type Max. Unit Components Internal power supply voltage AEC + MMS Internal supply voltage – active 0.8 5 AEC + MMS Internal supply voltage – standby AEC + MMS Internal supply voltage –...

  • Page 23: About The Aentron Energy Storage System

    3.1.2. Foreseeable Misuse Use of the aentron energy storage system other than or in addition to that described in chapter 3.1.1. Intended Use is considered to be improper use, meaning incorrect use, and this leads to warranty invalidation.

  • Page 24: Technical Data

    Tec nical Data 3.2. Technical Data The conditions at the location of usage of the aentron energy storage system must match the conditions which are presented as permissible ambient conditions in this operating manual. aentron GmbH assumes no liability for damage arising from use in different conditions.
  • Page 25 About the aentron Energy Storage System Tec nical Data Figure 6: Dimensions Lithium-Ion Module10 kWh Type F Energy Controller Lithium-Ion Module 12 to 900 Vdc /1 - 400 A 24 Vdc / 48 Vdc - Type F (300 A) Length [mm] 442.5...

  • Page 26: Electrical Specification

    About the aentron Energy Storage System Tec nical Data 3.2.2. Electrical Specification Energy lithium-ion module Lithium-Ion Controller Module 24 Vdc - 12 to 900 Vdc / 48 Vdc - Type F (300 A) 1 - 400 A Type F (300 A)

  • Page 27: Ambient Conditions

    About the aentron Energy Storage System Tec nical Data 3.2.4. Ambient Conditions Energy Controller Lithium-Ion Module 12 to 900 Vdc /1 - 400 A 24 Vdc / 48 Vdc - Type F (300 A) Recommended operating 0 to +30 0 to +30 temperature range [°C]...

  • Page 28: Scope Of Delivery

    About the aentron Energy Storage System Scope of Delivery 3.3. Scope of Delivery Energy Controller Figure 7: Scope of delivery Energy Controller 1 Energy Controller 2 4 x cover mounting holes (M6 x 20 mm) 4 x base mounting holes (M8 x 30 mm)
  • Page 29 About the aentron Energy Storage System Scope of Delivery Lithium-Ion Module Type F – 24 V / 48 V Figure 8: Dimensions Lithium-Ion Module 10 kWh Type F 1 Lithium-Ion Module 2 4 x cover mounting holes (M6 x 20 mm)

  • Page 30: Versions Of The Aentron Energy Storage System

    About the aentron Energy Storage System Scope of Delivery 3.3.1. Versions of the aentron Energy Storage System ■ Energy Controller - AEC900500R - 12 to 900 Vdc ■ Lithium-Ion Module Type F - A24100F - 24 V ■ Lithium-Ion Module Type F - A48100F - 48 V Equipment options: ■...

  • Page 31: Safety

    ■ If all safety equipment is present and fully functional. ■ If the aentron energy storage system is in a technically flawless condition. This also includes: ■ The warning signs and labels attached on the aentron energy storage system must always be complete and in a legible condition.

  • Page 32: Obligations Of The Operating Company

    Recommended arrangement and description of the functions of electrical control systems, dials, switches, fuses and circuit breakers, ■ Instructions on how to leave the aentron energy storage system unattended, ■ Modifications and maintenance must be carried out by a qualified electrician, ■...

  • Page 33: Obligations Of The Personnel

    Obli ations of the Personnel 4.3. Obligations of the Personnel Work on the aentron energy storage system is only allowed if the personnel has read and understood this operating manual. The operating company is advised to confirm this in writing in each case.

  • Page 34: Warnings Of A General Nature

    4.4. Warnings of a General Nature ■ ONLY take the components of the aentron energy storage system out of the original packaging if they are required for use. ■ DO NOT subject the components of the aentron energy storage system to any excessive mechanical shocks;...

  • Page 35: Thermal Hazards

    Store away the original packaging for servicing / repairs / disposal at the end of the service life. 4.5. Thermal Hazards Risk of fire possible due to overheating of the aentron energy storage system.  DO NOT subject the aentron energy storage system to any excessive heat or fire (>...

  • Page 36: Safety Equipment

    Safety Equipment 4.8. Safety Equipment BMS - Battery Management System Thanks to the integrated BMS, all safety-related parameters of the aentron energy storage system - such as over/undervoltage, overcurrant, over/undertemperature, cable breaks and charge level - are continuously monitored. Battery heating system For operation at low temperatures below -10 °C, the lithium-ion modules can...

  • Page 37: Preparation For Use

    12 mm (0 to 1000 V to 400 A) / -40 to +125 °C ■ (-) terminal; blk RADLOK: 12 mm (0 to 1000 V to 400 A) / -40 to +125 °C aentron GmbH aentron Energy Storage System Page 36/100 Version 1.03...
  • Page 38 12 mm (0 to 1000 V to 300 A) / -40 to +125 °C ■ (-) terminal; blk RADLOK: 12 mm (0 to 1000 V to 300 A) / -40 to +125 °C Page 37/100 aentron Energy Storage System aentron GmbH Version 1.03...

  • Page 39: Interfaces External Systems

    12 V+ (25 W output) yellow green / white PIN 5 grey orange PIN 6 pink orange / white PIN 7 E-Switch blue blue PIN 8 blue / white Figure 11: Parallel module configuration aentron GmbH aentron Energy Storage System Page 38/100 Version 1.03...
  • Page 40 Serial module configurations: Module communication / Type F and Energy Controller Lithium-Ion Module Type F with optional 8-pin communications connector – in serial connection with an energy controller and integrated E-Switch. Figure 12: Serial module configuration Page 39/100 aentron Energy Storage System aentron GmbH Version 1.03...

  • Page 41: Transport And Storage

    Store away the original packaging for servicing / repairs / disposal at the end of the service life. In case of any doubt, please refer to your authorised aentron dealer. When shipping the aentron energy storage system, observe the conditions and notes, see chapter 7.5.

  • Page 42: Unpacking

    For battery systems > 60 Vdc, please note that a life-threatening voltage can still be present at the DC outputs even when the system is disabled (OFF). Store the components of the aentron energy storage system in the original packaging in a dry and protected location. Observe the transport / storage conditions: -20 °C to+30 °C at 65 % ambient humidity.

  • Page 43: Installation

    5.4. Installation 5.4.1. Installation Site of the aentron Energy Storage System For the location of installation of the aentron energy storage system, please pay attention to the ambient conditions; see chapter 0. Ambient Conditions. The energy controller and the lithium-ion modules have 4 x mounting holes each, both on the cover and on the base (see Figure 7).

  • Page 44: Electrical Connection

    DO NOT attempt to replace the fuse, otherwise the warranty for the lithium-ion module will be invalidated. NOTICE Physical damage to the aentron energy storage system due to excessive current flow through voltage compensation.  Prior to connecting in parallel, measure the respective voltage of the individual lithium-ion modules.
  • Page 45 Use Installation To install the aentron energy storage system, please proceed as follows: 1. Make sure that the lithium-ion modules are switched off. Figure 14: Electric connection | communication cable 2. Connect the communication cables from lithium-ion module to lithium-ion...
  • Page 46 6. Set the E-Switch to OFF.  The aentron energy storage system is connected and ready for operation. 7. If necessary, install a CAN communication by connecting PIN 1, PIN 2 and PIN 3 to the CAN LOW, CAN HIGH and GND connections of a suitable external CAN controller.

  • Page 47: Switching On, Functions And Can Bus

    5.4.3. Switching On, Functions and CAN Bus Switching on the aentron Energy Storage System The aentron energy storage system can be switched on in three different ways to meet the requirements of the end application. The service disconnector on the energy controller is NOT a power switch and is pressed only once to start normal operation or during operation.
  • Page 48 Use Installation CAN bus The aentron energy storage system is equipped with the CANopen communication protocol. When delivered from the factory, the CAN bus speed is set to 250 kbit/s by default. The aentron energy storage system boasts numerous settings options and functions which you can adjust.
  • Page 49 Use Installation To connect the aentron energy storage system via a CAN bus, proceed as follows: 1. Connect PIN 3 (GND) and PIN 7 (E-Switch) with a switch (remote- controlled) in order to be able to switch the aentron energy storage system on and off.

  • Page 50: Checking The Functions

     If the voltage deviates from the defined range, refer to your authorised aentron dealer.  If the voltage is in the defined range, the aentron energy storage system can be used.  The function check is complete. Page 49/100...

  • Page 51: System Check With The Can Bus Diagnostic System

    If the voltage deviates from the defined range, refer to your authorised aentron dealer.  If the voltage is in the defined range, the aentron energy storage system can be used. 3. Fully charge the lithium-ion modules before using the energy storage system.

  • Page 52: Setting Up The Aentron Battery Interface (Abi)

    Microsoft Windows version 8-10 and ideally an USB 3.0 interface. There are two standard options to communicate with the lithium-ion module: USB interface A standard USB cable can be used between the USB port on the aentron GmbH provided by the energy controller and a laptop/PC. CAN interface Alternatively, it is possible to communicate with the integrated CAN bus interface via the CAN H, CAN L and GND pins of the energy controller output "CAN...
  • Page 53 The program loads the interface automatically (about 5 - 15 seconds).  The aentron battery interface is open and ready for use. Click the "Save" icon to save the current settings for the next session. For example, this starts the program with activated USB or CAN according to the selected communication interface.
  • Page 54 ■ Instructions - System background information and list of fault and warning codes ■ Controller – Parameters for the aentron energy storage system and the energy controller ■ Module – Parameters for the module(s) Figure 21: aentron Battery Interface (ABI) – Interface/ tabs Please proceed as follows to view the desired parameters: 1.
  • Page 55 Use Commissioning and Self­Diagnostic All relevant parameters of the battery interface are summarised in the following tables. Figure 23: aentron Battery Interface (ABI) – "Controller" tab aentron GmbH aentron Energy Storage System Page 54/100 Version 1.03...
  • Page 56 System Cell Min Voltage Volt Minimum system cell voltage System Cell Delta Voltage Volt Delta system cell voltage Between maximum and minimum System Cell Max Voltage Volt Maximum system cell voltage Page 55/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 57 °C Module temperature at NTC-2 If multiple lithium-ion modules are integrated in the aentron energy storage system, you can navigate between them by changing the CAN node. Each lithium-ion module has its own CAN node, which can be seen on the type plate of the lithium-ion module.
  • Page 58 Commissioning and Self­Diagnostic To see the status of an individual lithium-ion module, proceed as follows: 1. Move the mouse pointer into the grey area and right-click. Figure 25: aentron Battery Interface (ABI) – Select CAN node  A drop-down menu appears.
  • Page 59 Tyco: EVA200A1ANA - Imax 500 A (GATEWAY + 2kWh Mod) overcurrent = 2,000, undercurrent = 100, slope = 100 ■ Tyco: LEV100A4AN - Imax 100 A (1kWh Mod) overcurrent = 1,500, undercurrent = 40, slope = 15 aentron GmbH aentron Energy Storage System Page 58/100 Version 1.03...
  • Page 60 Select the CAN ID number of the lithium-ion module e.g. = 1 (default). ■ idVendor: 0x0471 ■ idProduct:0x1069 ■ Sectors module: D;E;F;G;H ■ Press "Set Boot Mode" followed by "Read Boot". ■ Press "Download" and select the file. Page 59/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 61 Relay open - reset required Bit4 to 5 Not used Not used Bit6 set 0x40 = Warning No action required Bit7 set 0x80 = fault Relay open - reset required aentron GmbH aentron Energy Storage System Page 60/100 Version 1.03...
  • Page 62 Commissioning and Self­Diagnostic aentron Battery Interface CAN bus protocol The following table provides a detailed overview of the aentron CAN bus protocol based on CANopen bus communication (standard 1,000 kbit/sec, 11-bit ID, ISO 11898). If you need further assistance in integrating the aentron CAN protocol in your application, please contact your aentron dealer for more information.
  • Page 63 Use Commissioning and Self­Diagnostic CAN bus fault table Figure 27: CAN bus fault table aentron GmbH aentron Energy Storage System Page 62/100 Version 1.03...

  • Page 64: Operation The Aentron Energy Storage System

    6.2. Operating Modes Normal Operating Mode The aentron energy storage system is in normal mode when it responds to electrical charging and load currents. Safety Mode The aentron energy storage system is in safety mode when the BMS detects over / undervoltage, over current, over / under temperature or a short circuit.

  • Page 65: Parallel Connection

    Operation t e aentron Ener y Stora e Sy s tem Operatin Modes 6.2.1. Parallel Connection NOTICE Physical damage to the aentron energy storage system due to excessive current flow through voltage compensation.  Prior to connecting in parallel, measure the respective voltage of the individual lithium-ion modules.

  • Page 66: Serial Connection

    Operation t e aentron Ener y Stora e Sy s tem Operatin Modes 6.2.2. Serial Connection Make sure that the lithium-ion modules are connected so that current and voltage are distributed evenly to the aentron energy storage system; see connection diagram Figure 29.

  • Page 67: Use

    Operation t e aentron Ener y Stora e Sy s tem 6.3. 6.3.1. Use Examples Figure 30: Serial connection with aentron Energy Storage System aentron GmbH aentron Energy Storage System Page 66/100 Version 1.03...
  • Page 68 Operation t e aentron Ener y Stora e Sy s tem Figure 31: Parallel connection with aentron Energy Storage System Page 67/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 69 Operation t e aentron Ener y Stora e Sy s tem Figure 32: Serial connection with aentron Energy Storage System Figure 33: Parallel connection with aentron Energy Storage System aentron GmbH aentron Energy Storage System Page 68/100 Version 1.03...

  • Page 70: Charging

    To charge the aentron energy storage system, proceed as follows: 1. Make sure to use a charger authorised by aentron GmbH. 2. Make sure that the aentron energy storage system is switched off and the status LED is NOT illuminated.

  • Page 71: Charging Method

    (< 0.05 W). Nevertheless, we recommend switching off the aentron energy storage system or connecting it to a charger when it is not in use. The optimum long-term storage range is a SoC of between 30 % to 50 %.

  • Page 72: Maintenance

    7.2. Preventing Deep Discharging Turn the aentron energy storage system off if you are not using it for a long period of time to avoid deep discharging of the aentron energy storage system. aentron GmbH has implemented extensive hardware and software functions to prevent the aentron energy storage system from deep discharging.

  • Page 73: Operating Lifetime

    Lifetime When an aentron energy storage system enters the deep discharge protection state, aentron GmbH considers this "misuse". The warranty will be void if this occurs a second time, see chapter 11.1. Warranty Conditions. To put the aentron energy storage system back into normal operation, aentron service at the operating company's expense is required.

  • Page 74: Cycle Lifetime

    Please note our T&Cs at www.aentron.com/en/gtc 7.5.1. Packaging If possible, please use the original packaging of the aentron GmbH to return the product. This packaging has the required quality and all the necessary labelling required for return shipping. For this reason, please keep the original packaging or the product packaging until the end of the warranty period.
  • Page 75 Place the product centrally in the shipping container and fill in gaps with non- conductive filler to prevent slippage/movement of the product during transport. For aentron lithium-ion modules, the following additional precautions should be taken: ■ Remove the proprietary plug systems.

  • Page 76: Dangerous Goods Labelling On The Shipping Package

    Ser icin and Repairs 7.5.2. Dangerous Goods Labelling on the Shipping Package Original packaging from aentron GmbH All necessary stickers are on the carton of the original packaging. If the stickers are legible you can skip the following section. Other packaging or the stickers on the original packaging are illegible...

  • Page 77: Cleaning And Battery Care

    The runtime falls to below 60% of the original runtime and the SoH value. ­ Charging takes significantly longer. ■ Switch the aentron energy storage system off when not in use or connect a charger to prevent deep discharging. aentron GmbH aentron Energy Storage System Page 76/100...

  • Page 78: Decommissioning And Disposal

    3. Turn the service disconnectors of the connected lithium-ion modules to the OPEN position and remove the key.  The aentron energy storage system is switched off and ready for storage. Switch off the aentron energy storage system with the "E-Switch" when not in use for a longer period of time.

  • Page 79: Storage

    50 % SoC (status LED = constant green). ■ Clean the aentron energy storage system and the electrical ports with a clean, dry, lint-free cloth. ■ Pack the lithium-ion modules and the energy controller in the original packaging.

  • Page 80: Winter Storage

    The winter storage process is primarily focussed on maritime and outdoor applications. The aentron energy storage system can be operated between -20 °C to +60 °C. For applications in which temperatures fall below 0 °C and application operation is shut down (e.g. in maritime applications), we recommend a winter storage process.

  • Page 81: Long-Term Storage

    Disposal and Recycling 9.3.1. Long-Term Storage Turn off the aentron energy storage system if it is inactive for an extended period of time (> 6 months). If you have been storing the aentron energy storage system for more than 6 months or have not used it, check the charge state regularly and charge it.

  • Page 82: Faults And Notifications

    Isolate the battery battery becomes for > 24 hours as a preventive hot (> +50 °C) measure. Refer to your authorised aentron dealer. During the aentron energy storage Reduce load current immediately or system cells are damaged. discharge...
  • Page 83 0.7 °C as much as possible. current is above the d) The average charge current C-rate should not be more than 0.5 °C. d) The average charge current is above 1 °C. aentron GmbH aentron Energy Storage System Page 82/100 Version 1.03...

  • Page 84: Emergencies

    ■ In the event of injury. ■ If there is a risk that the aentron energy storage system will be damaged. In the event of an accident, take immediate measures and call the local emergency services number. In the event of a fire, use a CO fire extinguisher or a fire extinguisher with non- conductive foam.
  • Page 85 Self-discharge occurs regardless of whether a battery is connected to a device or not. ■ When an aentron lithium-ion module is switched off, the average rate of self- discharge is 1 to 2 % per month. ■ We recommend charging the battery to a charge level of at least 50 % once per year.
  • Page 86 ■ aentron lithium-ion modules are wholly recyclable. Do the lithium-ion modules require cell balancing? ■ All lithium-ion modules from aentron GmbH boast integrated, passive cell balancing as standard. ■ Cell balancing ensures for maximum performance of the lithium-ion module and maximises service life.

  • Page 87: Legal Information

    / electrical (EMC) influences, as long as they are not caused by the aentron GmbH product. aentron GmbH is not liable for defects caused by inappropriate handling, storage or similar by the customer.

  • Page 88: Material And Legal Defects

    Aesthetic or superficial faults which impair neither the form, value nor functioning of the product. If aentron GmbH is responsible for a defect, aentron GmbH is entitled to provide subsequent improvement or supply a replacement at its discretion. No claims are made as to the ability to supply previous versions or the ability to upgrade delivered devices to the latest version.
  • Page 89 IEC 61508 (SIL 2) Functional safety of electrical/electronic/programmable electronic safety-related systems (E/E/PE or E/E/PES) Flashing DNV-GL Type Approval – Maritime (commercial shipping) aentron GmbH aentron Energy Storage System Page 88/100 Version 1.03...

  • Page 90: Emc

    Electromagnetic compatibility (EMC) is the ability of electronic equipment to interact properly in the electronic environment. Even though all energy systems from aentron GmbH are designed and specified to comply with EMC regulatory limits, there is no guarantee that interference will not occur within a system.

  • Page 91: Schedules

    6. Turn off the disconnectors and remove the disconnect keys. 7. Measure the insulation resistance against GND (ground). Do NOT continue at a value < 1,000 kΩ and contact aentron GmbH. 8. Measure the DC output voltage with a calibrated multimeter.

  • Page 92: Maintenance Protocol

    (Comm), connectors and insulation Inspection of all interfaces Inspection of mounting of the housing at the installation location Check the correct connection of the power cable connections (RADLOK / SURLOK). Page 91/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 93 1. The diagnostic interface / display provided by aentron is required. 2. Use a calibrated multimeter with temperature sensor. 3. Switch the aentron energy storage system on again. 4. Connect the multimeter to the (+) (-) poles of the DC outputs.
  • Page 94 6. Check whether the deviation of the Ohm terminal measuring device from the aentron diagnostic display is less than ± 2 A. 7. If the current measurement deviation is more than ± 2 A, contact aentron for further assistance. Page 93/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 95 Checking the safety function * The following tests can only be performed by aentron service personnel or after an aentron certified training course. If necessary, the test values must be adjusted to check the function. Service separation protection Check the safety function if the "service...
  • Page 96 Expected result: Automatic permanent opening of the contactor. An alarm must be triggered on the display unit. Note: Reset the safety values after successful completion of the test. Page 95/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 97 Expected result: Automatic permanent opening of the contactor. An alarm must be triggered on the display unit. Note: Reset the safety values after successful completion of the test. Date Place Signature aentron GmbH aentron Energy Storage System Page 96/100 Version 1.03...

  • Page 98: Appendix

    Operating ......... 63 Operating Modes ..... 63 Operation FAQ ......... 83 Controls ......35 Faults ........81 Function Check......49 Personnel training ....31 Product Versions ..... 28 Hazards ........29 Page 97/100 aentron Energy Storage System aentron GmbH Version 1.03...
  • Page 99 Ambient Conditions ... 25 Use Examples ......66 Dimensions ....... 22 Electrical ......24 Power consumption ..25 Storage ......39, 78 Warning Signs ......6 Long-Term Storage ... 80 aentron GmbH aentron Energy Storage System Page 98/100 Version 1.03...
  • Page 100 GmbH Dornierstraße 21 82205 Gilching GERMANY Phone: +49 8105 398 98-0 Fax: +49 8105 398 98-29 Email: info@aentron.com Modifications and errors reserved 06.2020...

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A48100fA24100f

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