innogy.com/emobility innogy ebox smart (IEIA-601) ebox smart RFID (IEIA-602) Operating instructions

Size: px

Start display at page:

Download "innogy.com/emobility innogy ebox smart (IEIA-601) ebox smart RFID (IEIA-602) Operating instructions"

Pierce Oswin Lang
5 years ago
Views:

1 innogy.com/emobility innogy ebox smart (IEIA-601) ebox smart RFID (IEIA-602) Operating instructions

2 2 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602)

3 Operating instructions 3 Contents 4 Refueling is now charging 5 Basic safety instructions 6 Scope of delivery 7 Technical data 8 Operation for charging an electric vehicle 12 Inspection/maintenance 13 Frequently asked questions Version 1.3

4 4 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) Refueling is now charging Dear Customer, innogy SE (hereinafter innogy) provides you with a modern and, simultaneously, future-proof solution for rapid charging of electric vehicles. We are delighted that you have chosen the innogy ebox smart (RFID) and hope you will be happy as you join us on our common journey: designing the refueling of the future! Your emobility team, innogy SE

5 Operating instructions 5 Basic safety instructions i This manual contains information on the correct operation of the innogy ebox smart (RFID). The innogy ebox smart (RFID) should be operated and handled according to these operating instructions. The installation instructions contain detailed information on installation of the product. Failure to comply with these can compromise its function and safety. i Warranty The following instructions must be heeded for the warranty in terms of function and safety: innogy bears no liability for damage resulting from non-observance of the instructions. Warranty and liability conditions of the terms of sale and delivery or any innogy cooperation agreements are not extended by the following instructions. The product may only be operated after notice is taken of the corresponding operating instructions. The product may only be operated by qualified skilled personnel who are familiar with the legal requirements. The product may only be used for its intended purpose. Repair work may only be undertaken by skilled personnel or appropriately instructed persons. Additional training is mandatory. The product may not be converted or modified. The manufacturer will not bear any liability for unilateral modifications to the product. Only suitable accessories may be used with the product. Only spare parts listed by innogy in the spare parts catalog and, consequently, approved may be used for repairs. We reserve the right to make technical changes in the context of further development. In addition to the instructions in this manual, generally applicable safety and accident regulations must be observed! Usage These operating instructions relate to innogy ebox smart and innogy ebox smart RFID and are valid for these boxes if installed as described in the installation instructions. Intended use The device is intended for professional use outdoors. Instructions for charging are applied to the innogy ebox smart (RFID) above the charging plug. The operator pledges to maintain this manual in a permanently legible condition. Knowledge of these operating instructions is obligatory for operation of the innogy ebox smart (RFID). The device is designed exclusively for charging electric vehicles with a type 2 plug pursuant to IEC and charging current control via the pilot signal pursuant to IEC Use for supplying other devices is not permitted. General safety instructions The innogy ebox smart (RFID) is EMC-tested and meets the requirements of EMC Directive 2014/30/EU and the Low Voltage Directive 2014/35/EU. Instructions in manuals for (mobile/ wireless) communication devices must be observed when using in the vicinity of (mobile/wireless) communication devices.

6 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) The

supply grid after every charging session to ensure voltage-free plugging

The electric vehicle is connected to the innogy ebox smart (RFID) with a

As the operator of the charging box, you may have to inform the user in

innogy bears no liability for any damage occurring due to improper use

Troubleshooting Rectifying of faults must be undertaken by an electrical

Scope of delivery The scope of delivery of the innogy ebox smart (RFID)

6 6 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) The innogy ebox smart (RFID) charging socket is disconnected from the power supply grid after every charging session to ensure voltage-free plugging (and unplugging) of the charging cable at all times. The electric vehicle is connected to the innogy ebox smart (RFID) with a charging cable for charging. As the operator of the charging box, you may have to inform the user in an appropriate manner about correct use of charging cables. innogy bears no liability for any damage occurring due to improper use of charging cables. Troubleshooting Rectifying of faults must be undertaken by an electrical engineering specialist. Scope of delivery The scope of delivery of the innogy ebox smart (RFID) and accessories is described below. Components included in the scope of delivery: innogy ebox smart (RFID): Charging box for charging electric vehicles according to the following technical data Installation instructions Operating instructions Drilling template

7 Operating instructions 7 Technical data Geometry Dimensions: Installation: Weight: Protection class (H x W x D) 660 x 240 x 150 mm Wall mounting approx. 7 kg IP54 Temperature range 25 C to + 40 C Grid connection Power supply: Required connected load: Charging points No. of charging points: Output: Socket: Visualisation Protection technology DC fault monitor (current monitor): Personal protection: Short circuit/overload protection: Authentication/activation Authenticationfree charging: Plug & Charge: Otherwise: Communication Foil wrapping Additional convenience functions 400 V 3~ + PE + N from sub-distribution 22 kw; maximum power Single-phase connection also possible (3.7 kw) Single charging point max. 22 kw (400 V 3~, 32 A) Type 2 socket (3~ + N + Pe + Pilot + Proximity) pursuant to IEC with plug lock ebox smart: Blue LED indicates charging ebox smart RFID: Multicolored LED indicates charging, charge status, and error message Integrated (GFCI) Residual current device (RCD type A) (in upstream domestic installation, not included in scope of delivery) Circuit breaker (in upstream domestic installation, not included in scope of delivery) The innogy ebox smart (RFID) identifies the pilot signal pursuant to IEC :2012 and activates the charging point in the case of a valid signal. Charging is not contractually assignable via communication pursuant to ISO standard Further ebox smart (RFID) authentication options depend on services ordered: Smartphone app, web access, direct payment, intelligent charging cable and RFID (only with ebox smart RFID IEIA-602) Pilot signal pursuant to IEC :2012 for charging cable recognition, vehicle recognition, and power control ISO communication via PLC Weather and graffiti-resistant foil (optionally available) The functional design of the casing allows the charging cable to be hung over the charging box following completion of charging

8 8 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) Operation for charging an electric vehicle Prerequisite for charging with the innogy ebox smart (RFID) is the activation of a vehicle on the innogy ebox smart (RFID). The user of the innogy ebox smart (RFID) can avail of the operating modes described below. I. Authentication-free charging 1. Connect the charging cable to the innogy ebox smart (RFID) and the vehicle. 2. The innogy ebox smart (RFID) recognizes the pilot signal. 3. The plug locks following successful communication of the pilot signal. Charging activated, voltage applied and the blue LED lights up. 4. The blue LED switches off when charging is completed. The green LED on the ebox smart (RFID) flashes when charging is completed but the cable is still connected. Note: Charging is not terminated automatically. 5. Disconnect the charging cable from the vehicle and charging box (unlock the vehicle in advance if necessary). Further authentication procedures in connection with additional innogy services. Individual charging authentication procedures may not be available in some countries.. II. Plug & Charge The innogy ebox smart (RFID) is equipped with Plug & Charge technology conforming to ISO The vehicle must support Plug & Charge for this purpose. Information on this can be obtained from the manufacturer of your electric vehicle: 1. Connect the charging cable to the innogy ebox smart (RFID) and the vehicle. 2. The vehicle sends an identifier to the innogy ebox smart (RFID) that is linked directly to the innogy epower electricity contract or configured in the innogy back end. 3. The innogy ebox smart (RFID) legitimizes the ID. 4. The plug locks following successful communication of the pilot signal. Charging activated, voltage applied and the blue LED lights up. 5. The blue LED switches off when charging is completed. The green LED on the ebox smart (RFID) flashes when charging is completed but the cable is still connected. Note: Charging is not terminated automatically. 6. Disconnect the charging cable from the vehicle and charging box (unlock the vehicle in advance if necessary).

9 Operating instructions 9 III. Mobile activation with automotive electricity contract If your vehicle still does not have Plug & Charge, you can also activate the innogy ebox smart (RFID) via mobile devices or a web browser. The following devices are supported: iphone: The iphone echarge app can be downloaded in the App Store. Android: The Android echarge app can be downloaded in the Android Market. Internet-ready cell phone or mobile device: Call up the following URL with your Internet-ready cell phone: innogy.com/emobility Have the contract ID and password in the innogy epower electricity contract at hand for mobile activation. The charging point number that you also need is visible above the socket. Charging is then completed as follows: 1. Connect the charging cable to the innogy ebox smart (RFID) and the vehicle. 2. Send the contract information to the innogy back end using your smartphone. 3. innogy ebox smart (RFID) legitimizes the ID. 4. The plug now locks when the ID is legitimized. Charging activated, voltage applied and the blue LED signals charging. 5. The blue LED switches off when charging is completed. The green LED on the ebox smart (RFID) flashes when charging is completed but the cable is still connected. Note: Charging is not terminated automatically. IV. Charging via RFID (charging card) You can also authenticate yourself on the innogy ebox smart RFID using RFID-enabled cards. In addition to the innogy ebox smart RFID, a pre-requisite for activation through RFID is an appropriate service agreement to store the identifiers of your RFID cards in the innogy back end with a contract or register your customer cards in the innogy back end. Charging activation The RFID reader is activated when the LED lights up green. If the LED does not light up, insert the charging cable to activate the RFID reader. Please hold your charging card in front of the card reader. The card reader is located below the LED of the charging point you have selected. Recognition of the charging card is signaled by green flashing of the LED. Please note that the card reader only responds to specific card formats. The system will not react if you have an incompatible charging card. Following successful recognition of the charging card, the authorization to charge is checked at the charging point you selected. If your charging card is not authorized to charge at the charging point you have selected, this will be signaled by a flashing red LED. Please contact the contract provider (i.e., the office that assigned the contract number (CID)). 6. Disconnect the charging cable from the vehicle and charging box (unlock the vehicle in advance if necessary).

10 10 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) Ending charging Hold your charging card in front of the card reader. Please note that you can only end charging operations with your charging card that have also been started with your charging card. Once communication with the innogy back end is completed, charging stops and the charging cable is unlocked. Billing No cash or credit card payment is provided on location. If the innogy ebox smart RFID is connected to the innogy back-end system and innogy is commissioned by the operator of the innogy ebox smart RFID with the corresponding service, the operator will be sent charging operationrelated data at regular intervals. On the basis of this data, you, the operator, are able to provide electricity contracts to end customers (if a power supply license exists) or to monitor your own purchasing quantities per charging session. An end customer receives an invoice from his or her respective mobility provider (usually the operator of the innogy ebox smart RFID) in which all charges for a billing period are individually shown. V. Direct payment No registration is required, charging is without a basic fee. Choose your preferred method of payment (credit card or PayPal) via the echarge app and enter your payment details. 1. Activate the echarge app and specify the method of payment and your payment details. 2. The echarge app legitimizes the payment and activates the innogy ebox smart (RFID). 3. Connect the charging cable and vehicle to the innogy ebox smart (RFID). 4. The plug is locked. Charging activated, voltage applied and the blue LED lights up. 5. Charging ends automatically after the selected (and paid) time. The green LED on the ebox smart (RFID) flashes when charging is completed but the cable is still connected. The blue LED switches off when charging is completed. 6. Disconnect the charging cable from the vehicle and charging box.

11 Operating instructions 11 Using the charging cable The following information is provided for the safe laying of cables for the charging of electric vehicles on the innogy ebox smart (RFID). The user of the ebox smart (RFID) is responsible for the safe handling of charging cables. Risks for humans and the environment There is a risk of injury from stumbling due to improper laying of cables. There is a danger of electric shock where defective cables are involved. There is a risk from road traffic when installing and removing the cable in areas where there is heavy traffic. Protective measures and rules of conduct The charging cable should be routed so that no risk of stumbling occurs due to the installation. When plugging in the charging cable, ensure that only charging cables are used that are visibly and technically sound and intended for charging. Pay particular attention to road traffic on busy roads. Do not attempt to repair defective cables. Conduct in event of malfunctions Have the defective charging box repaired immediately by appropriately skilled personnel. Do not establish an electrical connection if charging cables or charging boxes are defective. Conduct in case of accidents, first aid Switch off the power. Provide first aid and secure the danger zone. Make an emergency call and initiate rescue.

12 12 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) Inspection/maintenance i Inspection/maintenance The ebox smart (RFID) must be tested by a qualified electrician according to the scope of DIN VDE 0702 or the corresponding standards of the respective country. An inspection of the preinstallation, in particular regulatory examination of the function of the RCD, is necessary in this case. For inspection/maintenance, innogy recommends the following in addition to legal and normative specifications: Interior/exterior cleaning Functional inspection of mechanical components (charging socket, plug lock and cover lock) Visual inspection of cable connections and meter Checking of functionality of LEDs Functional inspection of the residual current device (RCD) according to normative specifications Functional inspection of charging The above can be booked as emaintain at innogy. Maintenance or replacement of charging cables Defective cables must be repaired or replaced by a qualified person. Defective cables must not be used further. Repair The operator of the innogy ebox smart (RFID) is responsible for the correct repair in the event of damage or malfunction. In the case of repair, the operator undertakes the correct repair at his or her own expense, commissions a third party who has undergone training approved by innogy, or undertakes the repair him or herself. innogy can be commissioned with repair work within Germany. Repair includes the measures necessary to restore the charging box to a functional condition. Upon detection of damage during inspection/ maintenance, damaged parts should be replaced immediately if possible. innogy maintains stocks of spare parts for the purpose of repair. A repair protocol should be created in the event of the eplacement of charging infrastructure components. Accessibility and response time In order to report damage, a service hotline that can be reached 24/7 should be provided by the operator of the innogy ebox smart (RFID) to observe statutory due diligence. This can be the innogy service hotline within Germany. Different time limits apply to problem troubleshooting, depending on the type of damage that occurs: In the event of imminent danger: immediately If essential functions fail: at the discretion of the charging infrastructure operator In the event of minor damage without functional impairment: at the discretion of the charging infrastructure operator In the event of a conversion or fault, a protocol of the completed conversion is necessary. The protocol must be sent to innogy: innogy SE Service Management Flamingoweg Dortmund Germany or installation-e-mobility@innogy.com. Dismantling/removal Dismantling or removal of an innogy ebox smart (RFID) may only be undertaken by appropriately trained specialist personnel. The dismantling protocol must be completed and sent to innogy.

13 Operating instructions 13 Frequently asked questions The status LED does not light up No power supply, please check the residual current device (RCD) and circuit breaker, switch on if necessary LED defective, please contact your service partner The charging box does not respond to my electric vehicle The electric vehicle does not support vehicle recognition via the pilot signal according to IEC The charging cable is defective. The fuse may have triggered. No authentication was completed How do the measurement values of my charging box get to innogy? The charging box contains calibrated metering technology (smart meter). The relevant metered values are transmitted to our computer center via mobile communications. What happens if I have no GPRS/GSM reception at my innogy charging box location? Mobile communication reception (GPRS/GSM) should be clarified prior to purchasing the charging box. It may be the case that the billing of individual charging operations is impossible and the total amount of electricity consumed can only be recorded through manual reading on the meter by opening the charging station.

14 14 innogy ebox smart (IEIA-601) innogy ebox smart RFID (IEIA-602) Your notes

15 Operating instructions 15

16 innogy SE Flamingoweg Dortmund Germany emobility@innogy.com emob-06/01.18

innogy emobility Charging Technology

innogy emobility Charging Technology Technical Specifications innogy.com/emobility 2 innogy emobility Reduce emissions, increase driving pleasure Mobility is electric. Electromobility inspires. With every