
A virtual prototype, also known as a digital mock-up, is a computer simulation of a physical product that may be displayed, evaluated, and tested as if it were a real physical model from product life-cycle elements like design/engineering, production, service, and recycling. Virtual prototyping is the process of creating and testing a virtual prototype (VP).
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In recent years, virtual prototyping has evolved as a computer-based simulation of systems with realism and accuracy to improve the design and, in some cases, to replace the physical prototype to save time and money. One of the primary objectives of automobile manufacturers is to enhance the design process and obtain a more realistic model before producing a prototype, which is expensive and often must be made multiple times before the design is complete. The usage of a virtual prototype is one solution to the problem. The focus is on enhancing suspension systems and introducing advanced active suspension systems, as one of the key objectives for upgrading design is to increase handling and comfort.
Most of the active suspension research has been based on physical principles, with a control algorithm applied to a quarter car model using simulation software. Using techniques known as hardware on the loop is another way to evaluate active suspension. Any upgrades or improvements necessitate replacing the hardware, which can be quite costly. A thorough investigation can be carried out by obtaining a virtual prototype. Having a virtual prototype of a complete car model makes it easy to experiment with different scenarios, swiftly animate the vehicle's behavior and plot the dynamic outcomes.
Increasing demand for effective solutions to reduce production and training costs and increasing capabilities of electric vehicle virtual prototyping toward advanced technologies such as AR/VR, digital twins, and 3D printing are fueling the growth of the global electric vehicle virtual prototyping market.
In the recent past, partnership and new product launches have been the major activities in this industry. The growth in demand for cloud-based electric vehicle virtual prototyping has made its providers focus on differentiated and customized products.
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Automobile manufacturers concentrate on electronics hardware and software to create a more intelligent solution with fewer electromechanical elements and thus increase efficiency. Early design space exploration, electrical component selection, expensive prototypes, model availability, complex software development and integration, functional safety testing, and large-scale high bandwidth secure multi-protocol verification are just some of the challenges developers face in this race. Synopsys' integrated virtual prototype tool for electric vehicles (EVs) is a multi-discipline solution that enables faster, more productive, and scalable development. The company also states that it is involved in everything from power electronics to software development and testing.
Virtual prototyping for the development of EV electronics hardware and software is the industry's most comprehensive tool, which reduces the cost, effort, and time for prototyping. Synopsys' virtual prototyping technologies, such as Virtualizer, Silver, TestWeaver, and SaberRD, are used in the integrated solution, which has been optimized for the needs of EV system development. By removing the reliance on a physical hardware setup, the multi-discipline integrated software enables earlier and more productive development and rapid scaling of test activities.
As the global EV industry grows, customers are paying more attention to efficiency, defined as the distance traveled at a given speed and the number of Watt-hours consumed as a significant indicator. Automobile manufacturers concentrate on electronics hardware and software to create a more intelligent solution with fewer electromechanical elements and thus increase efficiency. Early design space exploration, electrical component selection, pricey prototypes, model availability, sophisticated software development and integration, functional safety testing, and large-scale high bandwidth secure multi-protocol verification are just a few of the hurdles developers confront.