In the automotive sector, rigorous vehicle testing ensures safety and performance standards are met, straining testing labs. Efficient lab and asset management are crucial for maintaining quality and meeting demands.
Symposium On International Automotive Technology (SIAT) Expo Organized By ARAI Held In Pune
Magnum Pirex AG, a German technology company, merged its fuel cell business, Milan with iASYS. This strategic collaboration is geared towards advancing Fuel cell and Electrolyser testing technology. Through this merger, our collective aim is to supply innovative cutting-edge products on a global scale.
Powertrain testing in EV development is essential for optimizing performance and efficiency. Engineers fine-tune the system to achieve better acceleration, range, and vehicle dynamics. Efficiency evaluations help reduce energy loss and improve regenerative braking, increasing range and reducing environmental impact. Safety and reliability, especially for high-voltage components and battery safety, are top priorities in powertrain testing.
iASYS Orbit- H₂ offers versatile Fuel Cell test systems (Midi to Maxi) with precise control, safety features, and remote diagnostics support. Modular setups allow for advanced testing and seamless integration with external systems, making them a reliable choice for fuel cell testing.
Date : 25 Aug 2023 | Time: 3:00 pm to 5:00 pm
Embrace the data-driven evolution of Electric Vehicle (EV) testing with Test Data Analytics. Experience a new era of precise and efficient development, propelling the automotive industry into innovation like never before
The transition from ICE vehicles to EVs is driven by several factors, including environmental concerns, cost, time, and evolving consumer preferences. An EV testbed provides a controlled environment for evaluating electric powertrains, motors, battery systems, and other crucial components.
Model-based development approach allows engineers to design, build and validate the software code in a fully virtual environment before deploying or integrating it with the live hardware components. In essence, it is an advanced level of development leveraging simulation.
Product Validation Management (PVM) is an approach that employs verification and validation of requirement analysis, function design, and software development in the engineering process. This model is heavily focused on testing and iterative development and allows organizations to easily manage deadlines and costs.