SEPTEMBER 24-25 | AUSTIN, TEXAS
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EVs are ushering in an era in which mobility becomes a fully customizable digital experience via software-defined vehicles (SDVs). At its core, an EV is built on cutting-edge electronics and connectivity, representing a massive opportunity for automakers to create incremental monetization opportunities facilitated by over-the-air updates that optimize vehicle performance and lifetime value while building brand loyalty. To keep up with this shift, OEMs must adopt a robust digital infrastructure and a software-centric strategic focus across nearly every corporate operating function. The convergence of automotive engineering and software innovation will fundamentally alter the automotive landscape and change the way vehicles are designed, built, sold, used, and serviced.
Join Deloitte and Red Hat for an open, working session to reimagine the process of development in-vehicle, car-to-cloud, and OTA with open source tools. Discuss how to navigate the new environment and meet customer needs.
Overview: Learn about Voltera’s unique approach to supporting and accelerating the growth of charging networks.
Discuss Voltera’s unique model for supporting charging networks.
Highlight how Voltera lowers costs and speeds up deployments.
Advantages of multi-tenant setups for network operators.
Future plans for scaling operations in partnership with charging networks
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Summary:The electric vehicle revolution is accelerating, but the road to widespread adoption is paved with challenges. The surging demand for energy to power EVs, coupled with the growing appetite of data centers, AI and advanced manufacturing, is putting a strain on the grid and raising questions about resource allocation.
Talking Points:
The Energy Conundrum: Every EV project is now an infrastructure project, demanding not just charging stations but a robust energy network. However, this growing demand competes with the energy needs of other sectors, creating a complex balancing act for utilities.
The Gridlock Challenge: Charging infrastructure is a critical piece of the puzzle. As more EVs plug in, utilities must ensure the grid can handle the increased load, requiring upgrades and innovative solutions.
Competing for Kilowatts: Data centers, AI, and advanced manufacturing are all vying for the same limited energy resources. This competition raises questions about prioritization, policy, and the potential for innovative solutions like demand response programs and energy storage solutions.
Miller Electric's Role: As a leader in EV infrastructure, Miller Electric is on the front lines of this energy challenge. We're researching and installing solutions that not only support the growing EV fleets but also address the broader energy needs of a rapidly electrifying world.
The Road Ahead: The transportation industry is at a crossroads. To fully embrace e-mobility, we must collaborate with utilities and other stakeholders to ensure that the energy infrastructure can support the demands of a sustainable future.
Call to Action:Let's work together to build a robust and resilient energy ecosystem that can power the EV revolution and meet the needs of a rapidly changing world.
Experience the full journey of EV infrastructure installation, from project conception to real-world challenges. This interactive workshop will equip you with the knowledge and tools to navigate the complexities of fleet electrification.
Collaborate with others, gain valuable insights, and learn when and how to engage with an EC (Electrical Contractor) for fleet electrification. Leave this masterclass empowered to make informed decisions for a successful transition to electric vehicles.
Explore the crucial role of EV charger installation and serviceability in maintaining operational efficiency, highlighting their significant impact on uptime and costs. Understanding and implementing best practices for EV charger installation and serviceability is essential for sustaining operational effectiveness and reducing expenses. By prioritizing these aspects, you can significantly enhance the reliability and efficiency of your EV charging infrastructure.
In the US, more than 70% of commuters travel to work or study in private cars, which has a huge impact on climate change and road congestion. If the same unsustainable formula is repeated in developing countries (where, in most cases, less than 25% currently commute by car), which now have access to higher purchasing power due to nearshoring and industrialization trends, there's no way we can achieve sustainable mobility.
We will review failures and successes, driven by the many startups and large companies that have tried different ways to digitize commuting alternatives in Latam to improve urban mobility and capture this huge and growing market. We will see how the market has responded from the perspective of businesses, passengers and incumbent transport operators, and how these initiatives can (or cannot) offer commuters a more attractive, affordable and sustainable alternative to single-occupancy vehicles.