Submit your electromobility products to electrical safety testing. The VDE Institute conducts testing and certification of
- conventional vehicles and electric vehicles
- battery-driven motor sport equipment such as E bikes, hoverboards and civil drones as well as their components, including battery and control management
- the cyber and IT security of charging stations and wall boxes
You, too, will benefit from our decades of experience.
The VDE Institute supports you in further developments in the field of electromobility by offering
- testing for the purpose of obtaining the E1 marking
- VDE certifications and EMC marks for electrical and electronic components of all vehicle types
- certifications of the entire charging infrastructure including MID approval for integrated measuring systems
The Federal Motor Vehicle Transport Authority (Kraftfahrt-Bundesamt; KBA) has designated the VDE Institute as a technical service for testing electric vehicles.
Secure your simplified global market access by using our internationally recognized tests and certifications:
- you will obtain all your tests quickly and conveniently from one source
- manufacturers save time and cost for development as we offer our support already at the design stage
- VDE certification reduces equipment failures and fault cases and creates customer confidence
Improve your chances now using the services offered by the VDE Institute.
Optimize your market opportunities
Security, safety and success for your products
[polylang lang=”en”]Contact[/polylang][polylang lang=”de”]Kontakt[/polylang]
VDE e.V. Energietechnische Gesellschaft (ETG)
Stresemannallee 15
60596 Frankfurt / Deutschland
Tel +49 69 6308-346
etg@vde.com
www.vde.com/etg
[polylang lang=”en”]You might be interested in[/polylang][polylang lang=”de”]Das könnte Sie
auch interessieren[/polylang]
VDE - recognized partner for motor vehicles and electromobility
Due to this appointment by the KBA, the VDE Institute can perform tests on electric vehicles for obtaining the e1 mark. They are based on the Highway Traffic Act (Straßenverkehrszulassungsordnung), the Vehicle Parts Act (Fahrzeugteileverordnung), the European Community’s guidelines and regulations along with regulations according to the Agreement of the Economic Commission for a United Nations of Europe (ECE regulations).
The electronic components integrated into every motor vehicle are both tested for their electric safety and subject to many different environmental simulation processes.
As a technical service appointed by the Federal Motor Vehicle Transport Authority (KBA), the VDE Institute on the one hand checks if electrical vehicles and also light electrical vehicles (LEV) and PEDELECs are safe, particularly with regard to their electromagnetic compatibility (EMC) according to UN ECE-R10. Even components (EUB = electronic sub-assemblies) of conventional vehicles are tested by the VDE Institute according to ECE-R 10 or the factory standards or delivery specifications of manufacturers and suppliers.
Standards that come into question for a conformity statement on the low-voltage and radio directive (RED) can also be used and their compliance can be verified. If no harmonized standards according to ETSI (www.etsi.org) are used for built-in radio modules or radio devices, the notified body as per Directive 2014/53/EU (RED) is available as a solution for customers. Likewise, electrical safety in vehicles and their components based on guidelines, standards and manufacturer and delivery specifications are given great importance, and they are tested as well.
Due to their decades of experience in testing electrical safety, the VDE Institute tests the charging infrastructure with their wallboxes, AC and DC charging stations, cooled high-power charging systems and charging cable assemblies (IC-CPDs), which are included with all electric vehicles. This also applies to inductive charging systems that are tested and certified in detail. According to the MID Directive (2014/32/EU), the VDE Institute is an appointed body for electricity meters that can be installed in charging stations and can therefore perform all the necessary tests and conformity evaluations.
Naturally, comprehensive testing options, even during a product’s development phase, are available to customers.
- Actuators and modulating actuators, sensors
- Audible signal tests according to ECE-R28
- Cable and vehicle wires
- Charging connectors/vehicle inlet
- Connection technology, plug (systems)
- Double-layer capacitors, SuperCaps, etc.
- Electric vehicles
- Electronic & electromechanical components/vehicle electronics
- Fuel cells
- Lights/indicator lights
- Mirrors
- Navigation and audio systems
- On-board and off-board chargers, rectifiers and power inverters
- Switching components, e.g. relays, switches, fuses, etc.
- Traction batteries (li-ion) and their battery management systems (BMS)
- AC charging station and wallbox (mode 3)
- Charging devices for Pedelecs
- Communication protocols between vehicle and charging Station
- DC charging station and wallbox (mode 4) in CCS
- Electricity meters and additional facilities in charging infrastructures (e.g.: charging stations, wallboxes) according to the Measuring Instruments Directive (MID) and domestic approval
- HPC (high power charging)
- IC-CPD (in-cable control and protective device) mode-2 charging cable assembly
- Inductive charging systems
- Acoustic measurements (class 1 reference room) incl. sound source tracking
- Assistance in creating the risk analysis
- Audible signal tests according to ECE-R28
- (Lithium-ion) batteries with/without a battery management system (BMS)
– Safety tests, transport tests according to UN 38.3
– Performance tests
– Destructive tests (abuse tests)
– Up to 1000 V/250 A (or 500 A) - Chemical tests
– RoHS
– REACH SVHC
– PAK
– More upon request - Conformity evaluation of measuring devices and additional equipment in the E-mobility application field
– EMC, environmental and climate tests along with mechanical tests according to the requirements of measurement and calibration law
– Quality assurance recognition audits according to module D of the Measurement and Calibration Ordinance (MessEV) and the Measuring Instruments Directive (MID) - e1 mark
- Electric tests according to UN ECE-R100
- EMC tests according to ECE-R10
- Expertise in the product development process and design checks
- Functional safety
- Information and data safety along with cyber and IT security tests
– Communications devices (i.e. gateways)
– Cloud/backend systems
– Applications (apps) - Life cycle assessment
- Obtaining country-specific certifications for charging cables, wallboxes and charging stations
- Research and testing worldwide market approval conditions
- Safety, material and environmental tests on electronic components
- Standards advising and standards Interpretation
- Tests during development and environmental tests in all project stages
- Validation and approval tests
– Electric safety according to product standards, delivery specifications and individual customer specifications, UN ECE-R100, UN ECE-R28
– Electromagnetic compatibility (EMC) of electronic components and regarding overall
Pedelecs and E-Bikes
Retailers and consumers are increasingly requiring that electric vehicles be safe to operate and pose no danger both to the driver and their environment. To ensure safety, pedelecs and e-bikes not only need to meet the mechanical requirements of a bicycle. Furthermore, electrical components must be tested for safety, from the motor and battery to the cables and wires and even the switches.
The VDE Institute offers all these tests from a single source of experts with decades of experience.
- Chemical tests (PAK, RoHS II, REACH, etc.)
- Battery testing according to DIN EN 62133, UN 38.3
- Electric safety
- EMC
- Functional safety, risk Analysis
- Production control, shipment control
- Testing according to DIN EN 15194 (Bicycles – EPACs or electrically power assisted cycles)
Functional safety of mobile machines
Mobile machines in this context are battery-powered motor sport devices such as e-bikes, hoverboards or even civilian drones. Since they are used in public spaces by users who mostly lack prior professional knowledge, they are subject to high safety requirements.
Functional safety tests verify that the vehicle is safe under defined conditions. They include predictable misuse, the error rates of critical parts and systematic errors in development and production. Furthermore, compliance with the CE declaration of conformity is reviewed. This ensures that the manufacturer and distributing company have performed their due diligence.