From actual machine evaluation to abnormal system testing. CCID evaluation equipment supporting EV AC normal charging development.
The charging CCID evaluation device is an evaluation tool designed for the assessment and verification of AC charging systems for EVs/PHVs. It can simulate the actual operation of a CCID (Charging Circuit Interrupter Device) while allowing arbitrary changes to the voltage, duty, frequency, and sequence time of the CPLT signal. This enables efficient operation confirmation and abnormal condition evaluation of the charging control system, making it suitable for use in the development and evaluation of EV vehicles. It supports Type 1, Type 2, and GB/T standards, and allows for easy construction of testing environments that are difficult to reproduce in actual devices, such as changing PISW resistance values, simulating ground faults and OPEN states, and forced control of AC relays. It can be utilized as an evaluation environment in the development of onboard chargers (OBC), ECUs, and EVSE (chargers), contributing to early detection of issues and quality improvement from the initial stages of development. Additionally, it can log three-phase/single-phase voltage and current data during charging, which can be used for the collection and analysis of evaluation data. It enables the establishment of an efficient verification environment without the need for constant preparation of actual vehicles or charging infrastructure. This high-functionality evaluation tool supports the reduction of evaluation man-hours and quality improvement in the development of EV charging systems.
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basic information
Supported Standards: Type1, Type2, GB/T Supported Current: Maximum 80A rms Charging Power Supply: Maximum 480V (line-to-line voltage) CPLT Signal: Voltage, Duty, Frequency (900–1100Hz) variable PISW Signal: Variable resistance value, ground fault / OPEN simulation support Evaluation Functions: Charging sequence change, abnormal system evaluation, forced output mode Logging Function: AC voltage and current saved in CSV format at 5ms intervals Display Function: AC voltage and current, CPLT voltage, PISW voltage monitoring Dimensions: W470 × H150 × D375 mm Weight: Approximately 14kg Operating Environment: Indoor (0–50℃) Power Supply: AC85–264V (50/60Hz) *Custom options for power input cables and charging plug cables are available upon request, so please consult us.
Price information
For inquiries regarding the CCID evaluation device, please contact the following office. Nox Electronics Co., Ltd. Contact: Yamashita TEL: 0565-51-0165
Price range
P6
Delivery Time
※We will consult with you based on the availability of market components.
Applications/Examples of results
In the development of AC normal charging for EV and PHEV vehicles, the following evaluations are possible: 1) By connecting the customer's AC power supply to our power input cable, charging evaluations can be conducted at any AC voltage. 2) By attaching various charging plugs of optional standards such as Type 1, Type 2, and GB/T, charging evaluations can be conducted. 3) This device allows for arbitrary changes to CLPT frequency, CPLT voltage, CPLT duty, and CP resistance values, enabling the confirmation of vehicle behavior not only in normal conditions but also at the upper limits of standards and outside standard conditions. 4) The device can simulate a disconnection of the PE line, allowing for the observation of vehicle behavior during abnormal conditions. 5) AC voltage can be logged, and PI voltage and CP voltage can be measured by the device, which can be used for troubleshooting issues between the CCID and the vehicle.
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Company information
Our company aims to achieve "a brighter society" through development projects in the electronics field. The development of ECUs, particularly in the automotive sector, is highly regarded by many customers. Based on our experience, creativity, and development capabilities, we will continue to create new value with innovative ideas and a spirit of challenge. 【ECU Design and Development Services】 We can carry out the entire process from planning to development, design, production, and subsequent evaluation in a seamless manner, and we can flexibly respond to adjustments and changes in hardware and software specifications. Furthermore, to quickly address requirements definition and specification detailing, we offer proposals for optimal development styles that align with the challenges faced by our customers, including secondments, dispatches, and on-site contracts. 【System Development and Evaluation Services】 In recent years, we have become well-versed in standards and control knowledge related to EV vehicles, V2H, V2L, EVSE, etc., enabling us to support connection compatibility evaluation and development evaluation for EV vehicles. We have business relationships with major vehicle manufacturers, EVSE manufacturers, and V2H equipment manufacturers, who highly value our technology. If you are facing challenges with market introduction of vehicles or compatibility evaluation of developed products, please feel free to contact us.
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