The industry is seeing history-setting changes as the importance of efficient, environmentally friendly transportation increases. These changes, often motivated by strict government regulations and growing consumer awareness, necessitate radical innovation across the mobility ecosystem to be successful.
Market leaders who both successfully change the way we move and decrease environmental impact will be defined by the speed and efficacy of innovation. Companies that deliver those innovations will reap big benefits, but it all depends on making the right technology decisions now.
In order to develop electrified powertrain that meet the market’s expectations for cost and performance, you’ll need simulation: the most efficient, cost-effective way to change the way we move.
成本降低
电池成本是推高电动汽车价格的主要因素之一。
更高效的传动系统
电动汽车传动系统目前损耗的能量高达20%。电动汽车必须提高效率才能取得成功。
续航里程和有效载荷改进
消费者对充电基础设施的速度和可用性的担忧限制了电动汽车的普及。电动飞机则受限于最大有效载荷。
提高安全性和信息安全
电动汽车需要更出色的软件来管理关键功能和电池系统。保护电动汽车免受网络攻击至关重要。
The extraordinary design challenges posed by mobility electrification require equally extraordinary solutions. Simulation is the only way to efficiently address the design demands that will define a successful race to market. Electric mobility leaders are already reporting on the benefits of electric vehicle simulation software and its empowering effect on the design process.
工程仿真在电动交通中发挥着关键作用。
电动交通创新者眼前有广阔的发展前景，但如果想要赢得市场竞争，就必须解决关键的市场需求。
高效的货物运输推动着全球经济的发展。商务和休闲是人们出行的主要目的。到2050年，全球人口预计将增加到100亿，如此庞大的人口数量正导致交通需求呈指数级增长。
同时，我们需要保护地球。政府和消费者越来越多地认识到交通方式对环境的影响，并要求做出改变。无论是穿越陆地、海洋还是空中，电动交通工具都为应对在流动性快速增加的同时减少对环境影响的挑战带来了可能。
创新的速度和效率将决定电气化革命中的市场领先者。为了生产出满足市场期望的低成本、高性能电动汽车，您需要仿真技术：这是改变我们出行方式的最高效、最具成本效益的研发工具。
仿真使工程师能够快速进行原型设计，以了解哪些产品有效，而无需花费时间为每个原型和版本构建物理模型。
仿真有助于简化您的整个工作流程，尤其是对于困难的问题，通常会体现出最大的益处。所需的测试越复杂，仿真可以节省的时间就越多。
The Electric Machine Development Webinar Series is designed to empower you to achieve performance goals with simulation driven development of electric traction motors, thereby reducing cost and risk of bringing new electrified vehicles to market.
From visualizing the phenomena taking place inside a battery, to assessing structural integrity of Li-ion battery packs to analyzing electrothermal coupling, the Ansys battery webinar series has you covered. Watch this webinar series to learn about Ansys solutions for battery modeling and simulation.
Electromagnetic interference challenges, thermal management, design for reliability, cable modeling, system interoperability and more are challenges faced by engineers working with power electronics. Join us to learn how Ansys solutions address these challenges.
