In automotive design, acoustic analysis helps in optimizing multiple aspects of the vehicle, ranging from the engine and exhaust systems to cabin acoustics as well as noise and vibration damping materials. Accurately simulating these components involves coupling several different physics phenomena, including acoustics, structural mechanics, electromagnetics, and fluid flow.

EMobility+ proudly announces its highly anticipated 2nd Edition State Summit – Telangana 2024, is set to take place in Telangana. This summit is poised to be a pivotal gathering, uniting visionaries, innovators, and technology enthusiasts committed to advancing the electric mobility sector in the state. This summit serves as a premier platform for exploration, discourse, and celebration of the ongoing transformation towards a more sustainable future. With a keen focus on the electric mobility sector’s rapid evolution within the state, this meticulously curated event is set to delve deep into the latest developments and initiatives. Strategically aligned with regional policies, the summit aims to catalyze the widespread adoption of electric vehicles throughout Telangana, paving the way for a cleaner and greener tomorrow.

“Forging Links in India’s EV Battery Supply and Technology Chain” aims to catalyze the development of a resilient, sustainable, and efficient supply chain ecosystem. Through a series of expert-led sessions, panel discussions, and interactive Q&As, this event will explore the multifaceted aspects of scaling up EV battery manufacturing, enhancing supply chain robustness, securing raw materials, leveraging technological advancements, and aligning with supportive policy frameworks.

This premier webinar convenes industry leaders, policymakers, and innovators to address the pivotal challenges and opportunities in India’s burgeoning electric vehicle (EV) battery sector. As the nation stands at the cusp of an electric mobility revolution, “Forging Links in India’s EV Battery Supply and Technology Chain” aims to catalyze the development of a resilient, sustainable, and efficient supply chain ecosystem.

EMobility+ is back with it’s 2nd Edition of its State Summit – Maharashtra 2024, set to take place in Pune. This will be a premier gathering that unites visionaries, innovators, and technology enthusiasts propelling the electric mobility sector into the future in the state. This summit serves as a pivotal platform, fostering exploration, discussion, and celebration of the transformative journey toward a cleaner and greener future.

Our event is a unique platform where ideas meet action, where conversations evolve into transformative strategies, and where the brightest minds in Electromobility unite to drive change. With a resolute focus on sustainability, innovation, and collaboration, this meet is set to redefine the future of Electromobility. Moreover, it’s a celebration of excellence—a tribute to the Top Industry Leaders who’ve made monumental contributions to the sector.ays

An Exclusive Event to Connect, Network, Engage & Prepare to to Excel in the Competitive Landscape of the Indian EV Finance Industry

Join us for a transformative webinar, “Achieving Net-Zero Goals in B2B Electric Mobility,” where we explore the crucial steps and strategies for transitioning your B2B operations to a net-zero carbon footprint. This webinar brings together industry experts, thought leaders, and innovators to share insights, discuss challenges, and provide actionable solutions to steer your business towards a greener and more sustainable future.

Welcome to our highly anticipated webinar, “Navigating India’s EV Investment & Finance Landscape.” As India races towards a cleaner and more sustainable future in the realm of mobility, the electric vehicle (EV) industry is at the forefront of this transformative journey. This webinar is your exclusive gateway to explore, understand, and capitalize on the burgeoning investment and finance opportunities within India’s dynamic EV ecosystem.

One of the main factors influencing the safety of Li-ion batteries is thermal runaway and its cascading effect through the pack. Thermal abuse conditions also have an adverse effect on battery function and can lead to catastrophic damages. To predict thermal runaway, it is necessary to account for several different physical phenomena, including chemical reactions within the cell, heat transfer at the cell and pack level, the structural design of the pack, and fluid flow in the battery pack’s cooling system.