Ensure compliance and accuracy with our electric vehicle charging station analyzer

Operating charging stations requires precise measurement technology and compliance with calibration regulations. Our electric vehicle charging station analyzer combines advanced testing capabilities with user-friendly operation, delivering state-of-the-art solutions for e-mobility infrastructure. The EV charging analyzer performs thorough tests on AC and DC charging stations, ensuring optimal functionality through comprehensive analysis of charging interfaces and protocol conformance. Station operators rely on our EVCA system to verify billing accuracy and ensure regulatory compliance through systematic testing routines and modular test cases.

Trust in Borne de recharge pour véhicule électrique from ZERA to power your charging stations and take your business to the next level.

E-mobility testing systems

EMOB32

Test case for AC charging stations Current measurement up to 32 A AC plug type 2

EMOB80

Test case for AC charging stations Current measurement up to 80 A AC plug type 1

EMOB200-00

Test case for AC and DC charging stations Current measurement up to 32 A AC / 200 A DC Plug Type 2 / CCS 2

EMOB200-10

Test case for AC and DC charging stations Current measurement up to 80 A AC / 200 A DC Plug Type 1 / CCS 1

EMOB500-00

Test case for DC charging stations and HPC Current measurement up to 500 A DC connector CCS2

Advantages of a ZERA EMOB test case:

  • There is no comparable device on the European market (As of October 2023)
  • High accuracy of 0.1% of power
  • ZERA is the first manufacturer on the European market to offer a combined test device for AC and DC charging stations
  • Our devices have the highest possible safety features, from mechanical locking to high-current monitoring (see list for details)
  • Combination of test case and “separate” test device makes the test solutions for e-mobility modular and individual
  • Automatic control of the test case via WLAN
  • Guided test procedure via a tablet = step-by-step instructions
  • Independent of the power supply from its own battery
  • The connected test counter is insensitive to interference frequencies up to 150 kHz (Important in the vicinity of charging stations)

Test case & test device in one device

The test device is the standalone test meter from the s2 series (MT310s2 or MT320s2), which can be operated either independently of the EMOB test case or used with any test case from the EMOB series. The test case forms the interface between the charging station and the test meter and ensures safe handling.

Safety features – all suitcases have maximum safety features:

Checking the correct contact of the connected cables

  • Detection of the charging cable type
  • Electromechanical locking of the connected connections

All cases for DC currents (EMOB200-00, -10, EMOB500):

  • Monitoring of DC high-current contacts for overcurrent

EMOB80, EMOB200-00 and -10 and EMOB500:

  • Temperature monitoring of the AC contacts and the DC high-current contacts
    As soon as the predefined temperature is reached, the charging process is automatically shut down. It can only be restarted after the device has cooled down sufficiently.

Request one of our EMOB test kits now without obligation and take advantage of the many benefits for your charging station testing:

Request now

Our portable solutions simplify the implementation of EV charging analyzers

Mobility requirements shape modern test solutions for charging infrastructure and e-mobility applications. Thanks to its compact design, the EVCA enables rapid deployment anywhere, providing seamless compatibility with various EVSE installations. Service technicians appreciate how our EV charging station analyzer simplifies their daily workflows with reduced setup times and an intuitive user interface. Streamlined workflows and automated measurement sequences make field tests more efficient, while the portable analyzer ensures reliable testing of electric vehicles across different scenarios.

Transport between test sites requires robust test equipment construction that withstands the demands of laboratory and field environments. Our electric vehicle charging station analyzer withstands regular handling and ensures precise measurements through advanced signal processing and emulation capabilities. Each component undergoes rigorous quality control to ensure reliable operation under field conditions, with modular design supporting various test system configurations. The carrying case protects the sensitive measurement equipment during transport and storage, maintaining accuracy and functionality.

Thanks to the quick setup, more stations can be tested within standard maintenance intervals using our comprehensive tester solution. The electric vehicle charging station analyzer connects directly to the charging stations via standardized charging interfaces, supporting both AC and DC charging protocols. Automated test sequences guide technicians step by step through the required measurements and conformance validation procedures. This approach minimizes potential errors and maximizes workplace efficiency through real-time analysis and reporting capabilities.

Trust our EV charging station analyzer for compliance testing

Legal regulations require regular accuracy checks for charging stations and EVSE equipment across the e-mobility sector. Our EV charging analyzer performs comprehensive compliance tests according to current standards, ensuring conformance with interoperability testing requirements and protocol specifications. The test reports cover all relevant parameters, from power quality to billing accuracy, providing detailed analysis of high-power charging performance and battery interaction. Operators receive detailed documentation on the performance and compliance status of their stations through advanced reporting features.

Compliance with calibration regulations requires specific testing procedures at regular intervals using reliable test equipment. The electric vehicle charging station analyzer guides the user through the prescribed test sequences, incorporating emulation technology to test various EVs and charging scenarios. Each measurement follows predefined protocols to ensure consistent results and conformance with electrical standards. Documentation features support smooth audit processes and compliance with legal reporting requirements, while the modular system adapts to different installation needs.

The technical specifications vary depending on the charging station type and power levels involved. Our EVCA adapts to both AC and DC charging systems thanks to flexible test modules and comprehensive analyzer functionality. The measurement methods take into account the specific requirements of the respective charging technology, ensuring compatible operation with various EV and EVSE configurations. This versatility ensures complete coverage of different charging infrastructure installations and interoperability testing scenarios.

Professional EV charging analyzer for maximum reliability

The continuous operation of the charging infrastructure depends on reliable testing equipment and systematic test solutions. The EV charging station analyzer incorporates industrial-grade components for consistent accuracy, with laboratory-grade precision suitable for high-power applications. Regular firmware updates ensure compatibility with evolving charging technologies and emerging protocol standards. The system ensures precise measurements throughout its lifetime, supporting comprehensive analysis of electrical vehicle charging performance.

Quality assurance in charging station operations requires comprehensive testing capabilities and advanced analyzer solutions. Our electric vehicle charging station analyzer captures detailed performance data during testing, enabling thorough analysis of charging test results and conformance validation. Technical personnel can simultaneously analyze power quality parameters and billing accuracy using the integrated test system. This approach optimizes maintenance workflows while ensuring thorough test coverage across all EVSE types and EV charging configurations.

Weather resistance and durability are hallmarks of professional test equipment designed for e-mobility applications. The EVCA withstands the demanding environmental conditions of outdoor testing, with reliable signal processing even in challenging environments. Protected connectors and sealed enclosures protect against moisture and dust, ensuring consistent functionality and measurement accuracy. These features enable year-round testing regardless of weather conditions, supporting seamless operation of portable analyzer equipment.

Take control of your charging infrastructure with EVCA solutions

Managing charging station networks requires efficient testing procedures and comprehensive solutions for EV charging validation. Our EV charging analyzer optimizes maintenance routines through automated workflows and modular test capabilities. Operators maintain an overview of their entire charging infrastructure through systematic testing programs, utilizing advanced emulation and analysis features. Regular measurements ensure consistent performance across all locations, supporting reliable operation of electrical vehicle charging facilities.

Support for multiple charging standards provides the necessary flexibility for testing of electric vehicles and EVSE equipment. The electric vehicle charging station analyzer handles various connector types and communication protocols, ensuring compatibility with different charging interfaces and conformance requirements. The test procedures automatically adapt to the specific charging station configurations and power levels. This versatility eliminates the need for specialized test equipment while providing comprehensive analyzer functionality for emobility applications.

Managing metered data supports long-term infrastructure planning and reliability assessment. The electric vehicle charging station analyzer tracks performance trends across multiple test cycles, providing detailed analysis of battery charging patterns and system capability. Operators can identify potential issues before they impact charging service quality, using advanced measurement and validation techniques. These insights serve as the basis for maintenance planning and infrastructure upgrades, ensuring optimal performance of EV charging systems and seamless integration of new technology.