sevice@vcarsystem

*Name

*Mobile

+86

*E-Mail

*Company

*Support types

*Country

*Province/City

*District

Leave Message

I agree with the PrivacyPolicy and terms and conditions of VCARSYSTEM
With the development of vehicle electrification and intelligence, it is necessary to simultaneously manage the thermal balance of multiple systems such as batteries, motors, and air conditioning, while adapting to complex and dynamic operating conditions and environments. Manual calibration struggles to optimize strategies accurately and dynamically, while automated systems can improve energy efficiency and extend component lifespan through real-time monitoring and algorithmic adjustments, all while ensuring safety. This significantly reduces research and development costs and serves as a crucial support for the enhancement of modern automotive performance.

VCARSYSTEM‘s Solution

VCARSYSTEM provides deep automation customization based on customer needs. Leveraging Kunyi’s desktop-level HIL platform, data acquisition modules, and relevant third-party devices, the company has developed a calibration automation system tailored to various thermal management calibration scenarios. This system significantly helps customers improve calibration efficiency.

MINI HIL

MINI HIL is a portable desktop HIL testing system launched by VCARSYSTEM. It boasts powerful processing capabilities and a flexible, configurable card slot architecture. The system is characterized by its high degree of standardization and short delivery cycles, enabling it to readily adapt to evolving customer testing requirements.

VCAR DAS

VCAR DAS combines automotive bus simulation, analysis, testing, diagnosis, database editing, calibration testing, and radar, video, and GPS data monitoring. It supports CAPL scripts and Automotive Ethernet communication protocol, featuring node simulation, diagnostic flashing, database editing, and parsing. Additionally, it facilitates automated development testing and is applicable in various scenarios like network development, simulation, testing, calibration and measurement, ECU/Vehicle development, and diagnostics flashing.

C MODULE

The VCARSYSTEM's C module features a compact design, high efficiency, and exceptional durability while maintaining high accuracy across its entire operating temperature range. The series includes analog, temperature, and DI/frequency acquisition modules that support flexible daisy-chaining and measure key parameters including temperature, voltage, current, mechanical stress, rotational speed, and air-fuel ratio. It is widely adopted in global markets.

WORKFLOW

ADVANTAGES

User-Friendly Operation

Calibration host software allows one-click importing of operating conditions to execute calibrations, making it accessible even for engineers without software expertise.

Cost Reduction and Efficiency Improvement

The use of automated calibration applications significantly reduces manual calibration efforts and effectively cuts down on testing costs.

Efficient Testing, Shortened Testing Cycle

Overall test efficiency is increased by 3 to 5 times, with the potential to reach up to 10 times (in darkroom testing), saving 1 to 7 months of test bench cycles.

Integrated Expert Algorithms

The calibration host software integrates expert calibration algorithms to enhance parameter optimization convergence speed, eliminating the need for manual adjustments based on experience.

Rapid Problem Identification

Leveraging the test bench to simulate real-world scenarios greatly shortens the troubleshooting time for road and market issues, enabling precise identification of fault sources.

FUNCTIONS

Remote Control Support

MiniHIL can be connected to the local area network for remote control, allowing engineers to operate the test bench and execute calibration sequences from the office, enabling unattended testing.

Customizable Development

Calibration host software can be deeply customized based on customer-specific operating conditions, and SDK demos are also provided for customers to conduct secondary application development.

Multi-Scenario Coverage

Capable of covering various scenarios, including system-level test benches, real vehicle test benches, and enthalpy difference room automation control.

Accelerating AI Engineering

Supports AI model training with massive data supply, accelerating the industrial application of technology.

Rich Hardware Resources

Includes CAN/LIN bus signals, various I/O signals, and all hardware resources required for thermal management calibration test benches.

Comprehensive Underlying Network Model System

Integrates a rich set of network models, including CAN/LIN simulation and XCP calibration, providing a complete underlying support system. Users can focus directly on upper-level application design and implementation without delving into lower-level technical details.

Cloud Management

Through an "end-to-end" or "edge-to-cloud" approach, all laboratory equipment is brought online for centralized management and resource allocation.

Remote Control

Once hardware is connected to the local network, remote control can be achieved. Calibration sequences can be executed on the test bench remotely from the office, enabling unattended testing and 24/7 calibration durability testing.

In-Depth Development

Calibration host software can be deeply customized based on customer-specific operating conditions. SDK demos are also provided for customers to perform secondary application development.

ASSOCIATED PRODUCTS

VCAR DAS

More

MINI HIL

More

C MODULE

More

Download Center

SOFTWARE

Download

VIDEOS

Download

USE CASES

Download

GET SUPPORT

Contact us

To address the growing complexity of R&D requirements, we will tailor solutions to your specifications and offer expert consulting and engineering services.

Contact us