Services We Provide

Hub Motor Test Bench:

Hub motor test benches are unique. They are built for higher torque at lower speed. The speeds of a hub motor for a normal moped or scooter never exceed 1100 rpm. To cater to this lower speed, we can either use a transient dyno or a powder brake dyno. A transient dyno will typically be very expensive to build, operate analyse due to its higher cost of purchase and software. Whereas, a powder dyno is cheaper to build and operate. The software is much cheaper to build. The only negative being this type of set up can test only low rpm outer runner motors. Control accuracy is at 30 ms and data recording is at 20 ms. This system can also simulate regen during deceleration as the vehicle is coasting or going downhill. Keep watching this section for more photographs and videos.

Mid Motor Test Bench:

Hub motor test benches are unique. They are built for higher torque at lower speed. The speeds of a hub motor for a normal moped or scooter never exceed 1100 rpm. To cater to this lower speed, we can either use a transient dyno or a powder brake dyno. A transient dyno will typically be very expensive to build, operate analyse due to its higher cost of purchase and software. Whereas, a powder dyno is cheaper to build and operate. The software is much cheaper to build. The only negative being this type of set up can test only low rpm outer runner motors. Control accuracy is at 30 ms and data recording is at 20 ms. This system can also simulate regen during deceleration as the vehicle is coasting or going downhill. Keep watching this section for more photographs and videos.

Motor and Motion technologies:

Motor and motion control technologies consists of components and systems that control the movement and functionality of machines. This includes electric motors, drives, actuators, and control systems designed to ensure precise and efficient motion in various applications.

• Enhance the performance and accuracy of industrial machinery.

• Improve the efficiency and reliability of automation systems.

• Enable advanced robotics with precise and adaptive movements.

Robotics Design and Validation:

Robotics design and validation involve creation, testing, and optimization of robotic systems and machinery. This ensures that these systems are efficient, reliable, and meet the required specifications for their intended applications.

• Design custom robotic solutions tailored to specific industry requirements.

• Validate machine performance through rigorous testing and simulation.

• Enhance the safety and reliability of automated systems.

Electrical and Instrumentation Design:

Electrical and instrumentation services involve the installation, maintenance, and repair of electrical systems and instrumentation used in various industrial and commercial applications. These services ensure that electrical systems are safe, efficient, and functioning correctly

• Ensure optimal performance and safety of electrical systems.

• Provide regular maintenance to prevent downtime and costly repairs.

• Install advanced instrumentation for precise monitoring and control.

Embedded & Control System Development:

Our embedded and control system development services include designing and programming microcontrollers and microprocessors to perform specific functions within larger systems. These systems are essential in automotive, industrial automation, and consumer electronics.

• Enhance real-time performance and reliability.

• Integrate hardware and software seamlessly.

• Optimize system efficiency and functionality.

PCB Design and Development:

We offer comprehensive PCB design and development services, from schematic capture to layout design and fabrication. Our expertise ensures efficient and reliable boards tailored to your specific needs.

• Custom designs for various applications.

• High-quality fabrication processes.

• Consideration of electrical and physical constraints.

Electronic Control System for EV Testing:

Our electronic control system services for EV testing ensure the performance and safety of various electronic components within electric vehicles. We provide rigorous testing to meet design specifications and regulatory standards.

• Evaluate batteries, powertrains, and motor controllers.

• Ensure compliance with industry standards.

• Enhance the reliability and safety of EV components.

Motor Controls:

We specialize in motor control drive development, providing systems that regulate the operation of electric motors with high precision. Our solutions ensure efficient and responsive motor performance across applications.

• Control speed, torque, and position accurately.

• Enhance efficiency and performance of motors.

• Applicable to industrial machinery and electric vehicles.

EV Diagnostic Testing Facility (UDS and XCP):

Our EV diagnostic testing facility utilizes UDS and XCP protocols to provide comprehensive testing and diagnostic services for electric vehicles. We help identify issues and optimize vehicle performance.

• Utilize UDS for vehicle diagnostics and communication.

• Implement XCP for calibration and data acquisition.

• Ensure vehicle components meet performance standards.

CAN Data Processing and Cloud Computing (IoT/ML):

We offer CAN data processing and cloud computing services, integrating IoT and ML for real-time data analysis and remote monitoring. This enhances vehicle performance and reliability.

• Collect and analyze vehicle network data.

• Enable remote monitoring and predictive maintenance.

• Use ML algorithms for data-driven insights.

Bootloader Development and Validation:

Our bootloader development and validation services ensure secure and reliable system startup. We develop and test bootloaders to initialize systems and load operating systems or main applications.

• Ensure robust and secure system startup.

• Support firmware updates and system initialization.

• Validate performance across various hardware configurations.

Electronic Drive Cycle Ecosystem Development:

We create and test virtual environments simulating real-world driving conditions for electric vehicles. Our electronic drive cycle ecosystems help optimize vehicle design and operation.

• Simulate various driving conditions for testing.

• Evaluate vehicle performance and energy consumption.

• Optimize design for real-world scenarios.

Instrument Cluster Development and Testing:

Our instrument cluster development and testing services ensure that dashboard displays provide critical information accurately and reliably. We design and validate clusters to meet safety and performance standards.

• Develop readable and reliable dashboard displays.

• Integrate seamlessly with vehicle systems.

• Ensure compliance with safety standards.

CAD-Based Designing:

We provide CAD-based designing services to create precise and detailed models for various applications. Our designs ensure high accuracy, efficiency, and ease of manufacturing for your projects.

• Create detailed and accurate 3D models.

• Enhance design efficiency and manufacturability.

• Facilitate easy modifications and updates.

Complete Integration and Prototyping:

Our complete integration and prototyping services ensure that your designs are thoroughly tested and validated before full-scale production. We provide end-to-end support from initial concept to functional prototype.

• Validate designs with functional prototypes.

• Identify and resolve issues early in the development process

• Test integration of various components and systems.

Handholding for DVP and DFMEA of Component Level or Complete Vehicle:

We offer support for Design Verification Plan (DVP) and Design Failure Mode and Effects Analysis (DFMEA) at both component and vehicle levels. Our expertise ensures robust design validation and risk mitigation.

• Develop comprehensive DVPs for thorough testing.

• Conduct DFMEA to identify and mitigate potential failures.

• Enhance reliability and safety of components and vehicles.

Supplier and Vendor Development:

Our supplier and vendor development services help you build a reliable and efficient supply chain. We identify, evaluate, and develop suppliers to meet your quality, cost, and delivery requirements.

• Identify and evaluate potential suppliers.

• Develop and maintain a reliable supply chain.

• Ensure suppliers meet quality and delivery standards.

Electrical Design Using EPLAN:

We offer electrical design services using EPLAN software to create precise and efficient electrical schematics and layouts. Our designs are tailored to meet the specific needs of your projects, ensuring high standards of quality and compliance.

• Develop detailed and accurate electrical schematics.

• Ensure compliance with industry standards and regulations.

• Optimize design for efficiency and ease of installation.

Complete Electrical Support as Per Requirement:

Our complete electrical support services are tailored to meet your specific project requirements, providing comprehensive assistance from initial design to final implementation.

• Offer customized electrical design and engineering solutions.

• Provide on-site and remote support for installation and maintenance.

• Ensure timely and efficient resolution of electrical issues.

Medical Hardware and Firmware Assistance with Complete Application Support :

This service offers full support for medical hardware and firmware, ensuring seamless operation of critical medical devices and diagnostic tools. From firmware updates to real-time application support, it guarantees precision, safety, and reliability.

• Ensures accurate and reliable performance of critical medical devices.

• Provides rapid troubleshooting and application support for diagnostics.

• Enhances patient safety by maintaining up-to-date firmware and hardware integrity.

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