Charge CP700A The charging point with built-in safety Answers for the environment.
Demographic change, increasing urbanization, and industrialization: The world s energy demand will continue to rise just like the need for mobility. What s needed today are comprehensive, sustainable solutions. And with the products, systems and services from our technology platform for electromobility, Siemens delivers a convincing answer. Clean, quiet, efficient mobility of the future! Comprehensive and sustainable... Challenges like scarcity of raw materials, global warming, and urbanization cannot be met by fighting the symptoms. They require sustainable, comprehensive solutions that will enable us to achieve our development goals while also preserving our natural resources. Changes in the world s climate call for a comprehensive approach to the way we manage energy supply and thus also for new ways to achieve sustainable mobility. From a climatic perspective, CO 2 emissions caused by increasing mobility are the primary focus. Only electricity from renewable sources of energy can make a real contribution to reducing CO 2 emissions. Electricity from a sustainable energy mix is thus the No. 1 source of energy for the mobility of the future.... in short: electromobility! Aside from the fact that quiet and emission-free electric vehicles are ideal for urban environments, they are the only means of travel that can provide both clean and highly individualized mobility. The need to provide power to millions of electric vehicles presents huge challenges for the power grids. That s why it s all the more important to build a stable, reliable infrastructure based on proven system components components that are perfectly coordinated, and whose performance can be modularly adapted to meet different requirements. Our answer: our own technology platform As an integrated technology company, Siemens develops system solutions for sustainable and comprehensive mobility for the necessary infrastructure and in the vehicles themselves. For example, our products and systems make it possible to build a comprehensive and modular charging infrastructure with corresponding software solutions plus we offer customized solution packages for drives and controls of electric vehicles. You can rely on greater safety and flexibility with the technology platform for electromobility from Siemens! 2
Content Your start in the world of electromobility 4 Charge CP700A: simply charge! 6 Charge CP700A the charging point 7 Built-in safety and reliability 8 Technical data 11 Visions become reality: 12 electromobility in practice The electromobility platform from Siemens 14 Your connection to the mobility of the future Making charging an electric vehicle as simple as a visit to the petrol station requires a stable and available source of electricity and a terminal to provide safe, secure and simple access to the power. Our highest priority is to provide a safe solution to Electric Vehicle charging that provides a quick, secure and simple method to keep you fully charged and on the road. That s why Siemens has developed the Charge CP700A, a premium AC charging point. A highly modular solution that combines the highest levels of safety with versatility for private, public and fleet-based operations. Charge CP700A: a well-planned concept The modular configuration of the Charge CP700A charging point makes it possible to customize the hardware functionality (for single and three-phase operation) as well as the application software and communications. The CP700A provides an accessible and intuitive user interface available in multiple languages to deliver a simple, secure and safe charging experience. Safety is paramount in the design concept of the CP700A. The use of international charging standards IEC/EN 61851-1 Mode 3, the locking mechanism on the access flap and outlet, the switchgear technology as well as the intuitive operation guide available through the onboard display all combine to make the CP700A the solution for safe and secure charging across a range of power levels. 3
Our Charge CP700A is a user friendly charging point with built-in safety features that will provide you and your customers with a safe, secure and reliable charging experience. The CP700A enables you to take advantage of the range of new business opportunities that are created through the electromobility revolution whether in public or private charging locations, across a campus or in retail and industrial areas. Set your sights on the electromobility growth market with innovative technologies from one of the leading technology companies and system integrators. Our customized solutions from a single source are the foundation for sustainable mobility and your success. Charge CP700A: your start in the world of electromobility For sustainable mobility: safe and intuitive technology By choosing Siemens, you immediately benefit from our highly developed products, system and software solutions and the flexible usage concepts as well as our extensive experience in energy supply, power quality, grid infrastructure, switch gear and power control and IT and service delivery. As one of the world s leading technology companies and system integrators, we provide the complete solution from planning, commissioning and maintenance to training. For utilities: a reliable partner Ask us about comprehensive solutions for your power distribution network across all voltage levels, technologies and infrastructures. We ensure the seamless integration of our charging infrastructures in your existing and future grids. As a driving force behind the establishment of smarter energy grids, Siemens brings the experience, solutions and thinking to enable you to create the business models of the future and to secure your success in this emerging market. For communities: sustainable cities Use electromobility to enhance the image of your city: low noise levels, clean air, a comprehensive and accessible charging infrastructure and an innovative design that will shape the image of your sustainable city. We offer you end-to-end concepts for a wide variety of charging scenarios and applications of renewable energy. For automotive manufacturers: safety from A to Z With our highly developed technology, we are the ideal partner for the vehicle manufacturer supporting standard interfaces (for charging plugs and charger-to-vehicle communications) to provide certified, reliable and high quality connections between the vehicle and the charging infrastructure. Benefit from our complete solutions as you venture into new business fields. 4
For fleet operators/car rental companies: new business ideas Use electromobility to demonstrate your green credentials and create new and innovative business opportunities. Siemens provides you the complete solution allowing you to focus on your core business while we deal with the infrastructure from project planning and training through to commissioning and maintenance. And our low-maintenance charging infrastructure minimizes your follow-up costs. Develop new service offerings based on our individual software solutions. For electric vehicle service providers: offer your customers more! Our smart technology and platform based solution enables you to deliver a comprehensive range of differentiated services in an effective, manageable and scaleable form. You grow as your customer base grows, matching investment with revenue through the use of Siemens innovative use of modular hardware, configurable software and scalable delivery platforms either within you business or hosted by Siemens. The easy-to-maintain design of our systems goes one step further to convince your customers, thanks to high availability, quick repairs, and remotecontrolled updates. For parking space managers: an innovative profile Parking lots and parking garages are one of the key locations for charging infrastructure you can rely on our robust space-saving solutions to provide the basis for new attractive and cost effective solutions for your customers with the peace of mind that high-quality reliability and low maintenance are integral to the Siemens offering. For companies: clear-cut image benefits Make your company a leader in the transition to sustainable mobility leverage the commercial benefits of lower taxation, easier inner city mobility and your public profile by integrating electromobility to deliver benefits to your business, your local community and your employees. We offer complete, highly developed solutions for charging infrastructures from a single source, which of course include customized concepts for individual access and billing. 5
Make charging simple with the Charge CP700A charging point. No matter where you use the system at your company s parking lot, in your neighborhood, or in a city or supermarket parking lot the charging point enables you to charge your electric vehicle safely and easily anywhere. See for yourself! Charge CP700A: simply charge! Step 1: Identifying yourself Present your contactless access card to the charging point. You will be identified and the charging point will unlock, enabling you to connect your vehicle. Step 2: Plugging in the cable and charging After the identification process, open the flap to reveal the power plugs. The plugs are lit to ensure easy identification and connection even in the dark. Connect your charging cable and close the flap. The flap will lock to ensure that your cable is securely and safely held within the charging point. Connect your vehicle. The charging point will check the safety of the connection and once confirmed, the charging process will begin. Step 3: Ending the charging process To stop the charge or at the end of the charging process when your vehicle is fully charged, simply present your access card. The flap will unlock, enabling you to remove the cable. You can see how much energy has been provided so that you can close the flap and drive off, confident that your vehicle has been charged in a safe and controlled manner. 6
Behind the easy operation lies the Siemens technology. See for yourself by taking a look behind the scenes. These pages provide an overview of all the technical highlights of the Charge CP700A. Integrated GSM/GPRS antenna Easy-to-read display Secure locking of access flap Customer-friendly light behind the flap Customer-friendly ambient lighting to show whether the charging point is free or in use The Charge CP700A charging point Enhanced safety and reliability Door lock with special locking cylinder Three-phase charging: IEC 62196-2 Type2 plug, locked electromechanically, for safe charging according to IEC/EN 61851-1 Mode 3 Single-phase charging: Household outlet charging modes 1 and 2 according to IEC/EN 61851-1 Certified metering of energy consumption Proven low-voltage switching devices for 20 A and 32 A Stable base for indoor and outdoor use (optional) 7
In developing the Charge CP700A, safety and efficiency were our highest priorities. At the same time, the modular design ensures operational flexibility. Safe charging Built-in safety and reliability Safe technology High level of safety and compliance with standards Our charging points are manufactured and tested according to the following current standards for charging systems: EN 61851-1 Electric vehicle conductive charging system Part 1: General requirements EN 61851-22 Electric vehicle conductive charging system Part 22: AC electric vehicle charging station IEC 62196-2 Plugs, outlets, vehicle couplers, and vehicle inlets Conductive charging of electric vehicles EN 55022 Information technology equipment Radio disturbance characteristics limits and methods of measurement EN 61439 Low-voltage switchgear and control gear assemblies Part 1: Requirements for type-tested and partially type-tested assemblies EN 61000-3-2 Electromagnetic compatibility (EMC) Part 3-2: Limits for harmonic current emissions (equipment input current = 16 A per phase) CE mark, external by accredited laboratory approved Locking of the three-phase plug according to EN 61851 Electromechanical locking of the plug prevents it from being unplugged during the charging process. Reliable locking of charging flap In addition to the electromechanical locking for the three-phase plug, the Charge CP700A charging point goes beyond the standards and offers enhanced safety via locking for the single-phase plug as well. Outlets and plugs, both single- and three-phase, are covered by the flap that locks during the charging process and therefore prevents inadvertent disconnection of the plugs. The flap also provides protection against vandalism. Explanation of terms: Charging mode 1 The vehicle is connected directly to a compatible outlet of the existing single or three-phase system using any plug. 8
Certified metering of energy consumption Safe and service-friendly maintenance Use of proven low-voltage devices Protection devices like miniature circuit breakers and circuit breakers offer reliable protection against overloading and short circuits. They can be supplemented with add-on components and integrated into a control system so that the charging point s operating status and any outages (error messages) can be detected remotely. Switching devices and contactors controlled by the control unit can reliably connect and disconnect the charging outlets power supply. Certified metering of energy consumption A certified digital energy meter shows consumption [kwh] with high precision. Built-in residual current protective device for a high degree of personnel protection Temperature monitoring of outlets and interior Sensors measure the internal temperature of the charging point and the temperature at the outlets to ensure that all electrical components are working within the temperature limits of the equipment. If a temperature limit is exceeded, the power is shut down to protect the charging point. Stable and weather-resistant housing Made from stainless steel for outdoor use and protection against vandalism. GSM-/GPRS-antenna integrated in housing Vandalism protection according to IK10. Safe and service-friendly maintenance For the service technician s safety during maintenance work, opening the service door immediately shuts off the charging current. In the event of a disturbance, an alarm is sent to the control center, and suitable measures can be initiated from there (for example, resetting the miniature circuit breaker). All electrical connections (point of connection) within the housing are securely covered to prevent contact with fingers and hands. The integrated fault memory within the device enables fast fault identification and correction. 9 Charging mode 2 The vehicle is connected to a compatible outlet of the existing single or three-phase system via an inline module, using any plug. The inline module covers the most essential protective functions (monitoring of the protective ground conductor, monitoring of the current, personnel protection through residual fault protection). Charging mode 3 The vehicle is connected to stationary EVSE (electric vehicle supply equipment) with a standardized plug designed for charging of electric vehicle. The EVSE covers the essential protective functions (monitoring of the protective ground conductor, monitoring of the current, personnel protection 9 through residual fault protection).
Guided charging process External lighting Light behind the flap Modular, flexible and fast Due to the modular design of the power systems within the CP700A, a range of different requirements can be easily addressed: Automatic adjustment of maximum permitted charging capacity (optional) The charging point recognizes the maximum permitted charging capacity in charging mode 3. Depending on what that capacity is, the charging point selectively activates the 20 A or 32 A power line. The charging point charges the vehicle as fast as possible, within the limits set by the car and the charging cable. Energy metering (optional) The Charge CP700A can be supplied with or without a certified meter, depending on the billing model. Communication (optional) Communication to the control center or smart grid network control can be via an Ethernet connection or through the integral GSM/GPRS modem (optional). Simple operation! The intuitive operation and well-designed technology make the Charge CP700A charging point extraordinarily customer-friendly: Guided charging process A display in four standard languages (German, English, Spanish, French; others on request) safely guides users through the charging process, from start to finish. Energy consumption and cost display This display appears after charging is complete. Cost is shown only if a price is associated with the charging transaction. Ambient lighting The ambient light signals show whether the charging point is available or is being used. It also makes it easier to find in low visibility and facilitates connection and operation in the dark. Light behind the flap The light behind the flap makes it easier to insert the plug and read the data on the meter display. Cable case A The cable is firmly attached to the vehicle. Cable case C The cable is firmly attached to the charging point. Cable case B Outlet IEC 62196-2 Type 2: Connection is made by plugging in a cable fitting. Vehicle plug for charging with current up to 10 63 A and operating voltage up to 500 VAC. 10
Technical data Application area Version Electrical specifications Rated input voltage/frequency Rated input current Max. permissible cable cross-section Residual current protection Temperature monitoring Energy metering Public / semi-public charging Indoor / outdoor 400 VAC/50 60 Hz 40 A 5 x 35 mm² Residual current protective device 30 ma Class A (Class B optional) Per socket, interior Optional meter (calibrated) Charging point 1, three-phase Rated output voltage/frequency 400 VAC/50 60 Hz Outlet type Outlet type 2 per IEC 62196-2 Charging mode Mode 3 (L1-L2-L3-N-PE + 1 Proximity (PP) + 1 Control Pilot (CP) ) Types of electric vehicle connection Case A (cable permanently attached to vehicle) and B (cable fitting) Charging current/output capacity 20 A/14 kw 32 A/22 kw Line protection 3 x 20 A 3 x 32 A Plug locking Electromechanical Charging point 2, single-phase Rated output voltage/frequency 230 VAC/50 60 Hz Outlet type Ground contact outlet (L1-N-PE) Charging mode Mode 1 und 2 Types of electric vehicle connection Case A (cable permanently attached to vehicle) and B (cable fitting) Charging current/output capacity 16 A/3.7 kw Line protection 1 x 16 A Plug locking Plug secured by locked charging flap during charging process Operating and display elements Identification RFID, high-frequency (Mifare Classic) Display elements VFD (three line), LED status bar (red, green) User-interface languages German, English, Spanish, French (user-selectable) / other languages on request External lighting Yes (status indication) Internal lighting Yes (inside flap) Communication Ethernet Integrated GSM/GPRS modem (Quadband) Integrated UMTS modem RFID (13.56 MHz) WLAN PLC Optional (XML) Optional (XML) On request Yes On request On request Mechanical data Housing Stainless steel 1.4302 Exterior finish Standard: two-color (RAL9003 signal white, RAL7016 anthracite gray), other RAL colors on request Anti-graffiti coating Optional Dimensions W x H x D (without base) 350 x 1,500 x 280 mm Weight Approx. 75 kg Ambient conditions Ambient operating temperature 30 C to +50 C Ambient operating temperature (heated) On request Ambient temperature for storage / transport 40 C to +70 C Protection class IP44 per EN 60529 Protection from mechanical impact IK10 per EN 60068-2-75 Standards and regulations CE mark Approved by external accredited laboratory Electric vehicle conductive charging system IEC/EN 61851 Plugs, outlets, vehicle couplers IEC 62196-2/VDE-AR-2623-2-2 and vehicle inlets Information technology equipment EN 55022 Radio disturbance characteristics limits and methods of measurement Electromagnetic compatibility (EMC) EN 61000-3-2 Low-voltage switchgear and control gear EN 61439 assemblies Part 1: Requirements for typetested and partially type-tested assemblies Protection against electric shock IEC 60364-4-4/VDE 0100 Environmental testing EN 60068 Energy metering MID-Module B/D, per EN 50470-1/-3 Installation Operation Maintenance Contact protection Remote maintenance Parameterization Fault memory IP20/IP XXB, finger- and back-of-hand-safe per EN 60529 RCD and MCB can be reset from the control center microsd, Web server (on-site), XML microsd 11
Every major technological leap begins with extensive practical testing, during which we examine the individual system components, how they interact and user acceptance. You and your customers will benefit from a well-proven solution that has been field-tested in live operation. Visions become reality: electromobility in practice Project 4-S (4-Sustainelectromobility) This internal Siemens pilot project is Germany-wide in scope, and examines the suitability of electric vehicles in day-to-day use. For this test, Siemens is building up a test fleet of 100 cars that Siemens employees will test in actual use. The pilot project is intended to provide a better understanding of usage habits and the additional demands that will be placed on vehicles and infrastructure. This underlines the integrated approach Siemens brings to this market of the future. Project details: Test fleet of 100 electric vehicles in Germany Siemens employees test vehicles and infrastructure in daily usage Goals of the pilot are to find out more about practical usage as well as user acceptance of and requirements for the vehicles and infrastructure User findings will flow directly into the development of infrastructure products and solutions Charging point technical data Charging capacity between 3.7 kw and 22 kw Connections: Schuko safety outlet, three-phase IEC 62196-2 Type 2 connection Identification through RFID card Home charging station technical data Charging capacity 22 kw Three-phase IEC 62196-2 Type 2 connection 12
Project Pilot Region Electric Mobility Munich Working with BMW AG and the Munich municipal utility company (Stadtwerke München SWM), Siemens is carrying out a joint project on electromobility in the Munich model region. The project partners learn more about user behavior and preferences based on different scenarios. In addition, innovative technical components products and systems for electromobility are being developed and tested in the course of the project. Charging point technical data Charging capacity between 3.7 kw and 22 kw Connections: Schuko safety outlet, three-phase IEC 62196-2 Type 2 connection Identification through RFID card Home charging station technical data Charging capacity 22 kw Three-phase IEC 62196-2 Type 2 connection The project is supported by the German Federal Ministry of Transport, Building and Urban Development. Project details: Project period: March 2010 to June 2011 Project area: Munich and surrounding region Investigation of user preferences of private and fleet operators, using 40 MINI-E cars for 10 months Development and testing of a charging infrastructure consisting of 32 public charging points and 36 home charging stations Operation of the charging infrastructure by the Munich municipal utility company, using power from renewable sources Development of a complete fast-charging system, testing on test devices and BMW ActiveE Investigation of network feedback in various charging scenarios. Development of technical means to support and improve network quality 13
Individual electromobility is dependent on having the right system. After all, many factors are at work here, which thus necessitates a coordinated solution approach. As one of the leading system integrators, Siemens has developed a number of products for all aspects of individual electromobility, and coordinated them with each other. With our technical platform for electromobility, we offer a wide range of battery charging solutions, integrated software solutions and packages for electric vehicle drive and control. AC wall box Charge CP700A The electromobility platform from Siemens Solutions for the safe, flexible mobility of the future A small sampling from our portfolio for AC technology Private parking lot Public parking lot Commercial parking lot/ parking garage Company parking lot Filling station Charging with alternating current Stand-alone AC wall box for IEC markets AC wall mount for UL markets Sitraffic EPOS for IEC markets Charge CP700A for IEC markets AC charging point system for UL markets From 3 kw/230 V to 22 kw/400 V The compact wall box saves space, and is quick and easy to install or upgrade. From 7.2 kw/240 VAC The compact wall mount for the American market charges electric vehicles at 30 A with plugs per SAE J1772. Flexible interfaces enable dependable integration in smart grid topologies. AC charging point from 3 kw/230 V to 22 kw/400 VAC The Sitraffic Epos charging point combines the functionality of a charging point and a parking ticket dispensing machine. AC charging point from 3 kw/230 V to 22 kw/400 VAC The innovative Charge CP700A charging point with built-in safety offers modular options for application-based solutions for all types of electric vehicles, including selective 20 A or 32 A charging and Ethernet as well as integrated GSM/GPRS modem for communication with the control center or maintenance center for remote diagnosis and maintenance. Up to 7.7 kw/240 VAC Siemens offers a flexible charging system for the American market. Depending on the application or type of use, the system can take the form of a charging point or wall mount. The charging point system permits data exchange with a control center. ( ) ( ) ( ) ( ) For more details on our extensive electromobility portfolio, see www.siemens.com/energy/electromobility ( ): on request 14
Sitraffic EPOS AC charging point system (UL) Software solutions for electromobility Charging infrastructure components Private parking lot Public parking lot Commercial parking lot/ parking garage Company parking lot Filling station Charging with alternating current Satellite system Sitraffic EPOS for IEC markets AC charging point from 3 kw/230 V to 22 kw/400 V The Sitraffic Epos satellite system combines the functionality of a charging point and a parking ticket dispensing machine. One station can operate multiple satellites. ( ) Software solutions for electromobility Software solutions for electromobility From infrastructure solutions to energy and fleet management to business solutions to value-added user-guided applications. Our software solutions are intercompatible and can be combined into custom solution packages. Solutions for monitoring and remote control of charging hardware Infrastructure maintenance solutions Energy and load management solutions (smart grid integration) Back office ERP, CRM, billing solutions Portal and service desk solutions Security, identity and access management Battery asset management Vehicle integration and charging interaction Fleet management Ecosystem and business case simulation Charging infrastructure components Low-voltage switching devices Protection, switching, measuring and monitoring devices, control modules and subsystems form the solid basis of Siemens charging infrastructure. These components are also available separately. For more details on our extensive electromobility portfolio, see www.siemens.com/energy/electromobility ( ): on request 15
Published by and copyright 2010: Siemens AG Energy Sector Freyeslebenstrasse 1 91058 Erlangen, Germany Siemens AG Energy Sector Power Distribution Division Smart Grid Applications Electromobility Gründlacher Str. 260 90765 Fürth, Germany For more information, please contact our Customer Support Center. Phone: +49 180/524 70 00 Fax: +49 180/524 24 71 (Charges depending on provider) E-mail: support.energy@siemens.com Power Distribution Division Order No. E50001-G710-A386-X-4A00 Printed in Germany Dispo 30404 TH 260-101180 481981 WS 12102.0 Printed on elementary chlorine-free bleached paper. All rights reserved. Trademarks mentioned in this document are the property of Siemens AG, its affiliates, or their respective owners. Subject to change without prior notice. The information in this document contains general descriptions of the technical options available, which may not apply in all cases. The required technical options should therefore be specified in the contract. www.siemens.com/charge-cp700a