Agenda

2025 has brought a major shift to federal funding for EV charging infrastructure, with many banner programs being paused. Despite these changes, significant progress is still being made at the state and utility level to deploy EV charging. In fact, some of the most active verticals are fleets and multi-family charging. This presentation will focus on these verticals using project-level data to understand the current landscape, including most active developers, notable recent projects, and other installation trends. We will also cover key state and utility programs that are incentivizing these behind-the-fence projects.

Key Learning Points:

• Current state of the EV charging market, with a focus on the fleet and multi-family projects
• Breakdown of the most active site hosts, developers, and OEM/networks in each vertical
• Key rebate and incentive programs at the state and utility level enabling projects
• Top insights from the Ohm Analytics Quarterly EV charging report, including notable large-scale behind-the-fence projects from 2025
  

The EV charging network in North America is experiencing unprecedented growth in 2025, driven by favorable policies and a significant shortage of chargers -- estimated at 146,000 public ports despite 1,000 new chargers added weekly. This session will explore the rapid expansion of charging infrastructure, focusing on opportunities for property owners, fleet operators, and municipalities to future-proof their businesses. Attendees will learn how to leverage market tailwinds, such as declining battery costs, increasing vehicle selection, and innovative DC fast charger solutions to drive revenue and sustainability.

The discussion will also cover electrification trends beyond cars, including applications for land, sea, and air transport, and how stakeholders can seize this moment to lead in the era of electrification.

Key Learning Points:

• EV charging market trends: 20% sales increase in 2024, 1-in-5 cars electric by 2030
• Charger shortage analysis: 146,000 ports needed, growth opportunities in 38 key regions
• Revenue strategies: $1,300/month per Level 2, $12,000/month per Level 3 DCFC, plus increased foot traffic or rental value
• Electrification trends: land (fleets, buses), sea (ferries, freight ships), sky (electric aircraft, flying cars), with growth projections
  

To optimize electrification in vehicles and expand across industries, OEMs must rethink charging infrastructure to support a diverse range of applications. This presentation will explore how lessons from automotive electrification can be leveraged across aerospace, agriculture, and industrial sectors. We will examine how cross-industry collaboration, scalable architectures enabled by next-gen automation, and advanced energy management systems can drive widespread Electrical Distribution Systems (EDS) adoption.

Discover how integrating smart grid technologies and standardized charging solutions can unlock new levels of efficiencies, ensuring a seamless transition to an electrified future across the automotive and adjacent mobility industries.

Key Learning Points:

• How automotive EDS strategies can be adapted for various industries (aerospace, agriculture, industrial applications)
• Benefits of cross-industry collaboration in accelerating EV infrastructure deployment
• How advanced manufacturing and automation can drive cost-effective, sustainable electrification systems at scale
• Importance of integrating smart grid technologies to optimize charging infrastructure
• Standardized charging solutions that support electrification across industries
  

As the demand for electric vehicles (EVs) grows, expanding accessible and affordable charging infrastructure is critical -- especially in communities historically underserved by transportation and clean energy investments. This panel will feature leaders from Voltpost, ComEd, and the Park District of Oak Park sharing how public-private partnerships are driving innovative EV charging solutions in Illinois, drawing on experience from ongoing collaborations with Oak Park and Cook County to deploy EV chargers. Panelists will highlight how public charging models that leverage the curbside and parking lots, powered by local utilities, can fill critical infrastructure gaps while prioritizing equity and community engagement.

By combining the unique strengths of technology providers, utilities, and municipalities, projects like these demonstrate scalable solutions that ensure the benefits of electrification are shared across all neighborhoods. Attendees will gain insights into real-world collaboration models and actionable strategies for advancing equitable EV access through creative partnerships and enabling technologies.

Key Learning Points:

• How public-private partnerships can accelerate equitable EV charging infrastructure by combining the resources and expertise of utilities and technology providers
• Lessons learned from real-world deployments in Oak Park and Cook County, including community engagement, site selection, and policy alignment
• Innovative curbside and shared-use charging models that serve residents without home charging access, particularly in multi-unit housing and dense urban areas
• Actionable strategies for replicating scalable, community-centered EV charging solutions in other cities and regions
  

California aims to install nearly 1.2 million public and shared chargers by 2030 to support an expected 7.5 million electric vehicles. While the state has over 150,000 chargers, including 137,648 Level 2 chargers, this is still far from sufficient. A key barrier to EV adoption is the lack of charging infrastructure in multi-family housing (MFH) areas, where residents often don't have access to private garages or dedicated parking spaces. The Communities in Charge initiative in California addresses this gap by prioritizing L2 charger deployment in MFH locations, offering incentives of up to $6,500 and additional support for projects in under-resourced communities. This effort emphasizes the need for public-private partnerships and equity-driven approaches to accelerate infrastructure expansion and ensure sustainable EV adoption.

In this presentation, we aim to share the successes and lessons learned from the Communities in Charge program and how these insights have enhanced access to chargers in multi-family housing through our data-driven and equity-focused approach.

As EV adoption soars, the challenge is clear: how do we build charging networks that meet demand while staying efficient and affordable? In this session, Advisor Christian Zapletal from Simon-Kucher will share insights from the Global EV Charging Study, focusing on what EV drivers value most -- and what they're willing to pay for. We will look at how dynamic pricing can unlock smarter, fairer charging solutions, improve utilization, and drive growth.

Key Learning Points:

• Understanding EV Drivers' Preferences: What matters most to EV drivers in a charging network-reliability, speed, convenient locations, and fair pricing
• Insights from Simon Kucher's Global EV Charging Study: What EV drivers are actually willing to pay
• The Power of Dynamic Pricing: How flexible pricing can make charging fairer, increase station use, and help grow revenue
• Balancing Affordability with Growth: Ways to build charging networks that work well, grow with demand, and stay affordable for everyone
• Actionable Ideas for Developers and Strategists: Practical, creative ideas to improve charging stations and pricing to keep up with growing demand
  

Charger performance, reliability, and security are critical to the success of EV adoption. Yet, a recent JD Power study revealed that 1 in 5 EV drivers (20%) could not charge at public stations in Q4 2024, up from 18% the previous year. Issues like station outages, equipment malfunctions, and payment failures erode driver confidence and slow EV adoption.

As a software-only company that has powered over 127 different makes and models of EV chargers, we bring a unique perspective to solving these challenges. We've enhanced diagnostics by leveraging OCPP log data, AI-driven anomaly detection, and 60+ charging scenarios with automated hardware tests (in addition to OCPP specifications), drastically reducing physical interventions and truck rolls. When on-site repairs are needed, we provide detailed diagnostics before the installer arrives at the charger location to streamline fixes.

This presentation will share a compelling case study where we detected and resolved a network-wide outage across 300+ chargers before the communications network provider was even aware. This session will provide actionable insights for improving charger reliability and customer satisfaction.

Key Learning Points:

• Leveraging advanced analytics for proactive maintenance
• Enhancing diagnostics and remote resolution
• Implementing comprehensive testing strategies
• Ensuring optimal driver experience through proactive management
• Improving EV charging network resilience
  

Managed EV charging can reduce grid costs and help avoid slow and expensive distribution system upgrades. This panel will discuss how programs and compensation mechanisms should be designed to promote the growth and beneficial operation of managed charging.

Key Takeaways:

• What are the different ways managed charged provides value to the electric grid?
• How should compensation mechanisms be designed to incentivize the growth and beneficial operation of managed charging?
• What are some important program design considerations from the customer perspective? How have successful programs maintained customer satisfaction?
• How should policymakers consider the value of managed charging in utility planning proceedings?
  

As the EV industry scales, ensuring a seamless customer experience remains a critical challenge. Charging reliability, accessibility, and ease of use directly impact EV adoption, yet fragmentation in network communications, hardware reliability, and software interoperability continue to create barriers-especially for historically underserved communities. This session will explore how standardization and industry collaboration can improve the EV charging ecosystem, fostering equity and efficiency.

Despite the growing adoption of the Open Charge Point Protocol (OCPP), inconsistent implementations lead to disparities in charging performance across different networks and regions. These gaps disproportionately affect communities with limited charging infrastructure, making reliable access a key equity issue.

By examining case studies, real-world data, and cross-industry collaboration strategies, this session will propose enforceable industry-wide standards in three key areas:

• Software Interoperability: Ensuring seamless communication across EVs, charging networks, and backend systems to minimize downtime and enhance user experience
• Hardware Reliability: Establishing performance and maintenance benchmarks for public charging infrastructure to improve uptime and dependability
• Network Communication & Data Sharing: Creating transparency frameworks that allow stakeholders-OEMs, utilities, and policymakers-to collaborate on issue resolution and performance improvements

Participants will gain actionable insights into the role of standardization in improving charging reliability, reducing maintenance costs, and driving equitable access to EV infrastructure. The discussion will also explore how industry stakeholders can work together to implement these standards, ensuring that the future of EV charging is built on a foundation of reliability and accessibility for all.

Key Learning Points:

• Challenges of fragmented charging infrastructure and how they impact customer experience and equitable access to EV charging
• The role of standardization in improving interoperability, reliability, and network efficiency
• Collaboration models between OEMs, utilities, policymakers, and technology providers to establish minimum industry-wide standards
• Insights from real-world case studies demonstrating how increased interoperability and reliability have improved customer experience and accessibility
  

In this session we will explore collaborative processes for effectivelysupporting the electrification needs of customers. We will cover how to help in the design, build, operation, training and maintenance of truck and bus EV infrastructure. Examples of these include large-scale deployments of over 1200 chargers at a public garage at LAX, dozens of automated pantograph chargers with New York City Transit, and almost 200 Level 2 and Level 3 chargers with microgrid and V2G support at a school district. We will also discuss the testing and training programs in ABM's Electrification Center in Cumming, GA as well as their advanced Charge Management and Energy Management Systems.

Key Learning Points:

• Lessons from ABM's experience of over 30k charge port installs since 2011
• Key factors in planning the overall infrastructure build
• Training programs for EV professionals
• Latest technology in software and hardware for EV chargers
  

Despite market headwinds -- fluctuating government funding, cybersecurity threats, and major players exiting the industry -- the momentum behind EV adoption is undeniable. To stay competitive, housing providers and employers must offer reliable charging solutions for residents and staff. However, not all charging stations are suited for these applications. Destination-focused chargers often come with high overhead and complex user experiences, making them ill-suited for residential, workplace and municipal settings. Instead, streamlined, hardware-based charge station management systems (CSMS) offer a cost-effective, secure solution. They empower operators to efficiently control access, meter usage, and monetize any EVSE in their portfolio -- current or future -- while delivering a seamless, reliable experience for users.

Key Learning Points:

• Current EV charging solutions, tailored for commercial applications, do not meet the needs of employees, residents and constituents who primarily rely on shared EV chargers. High costs associated with most commercial chargers burden users with significantly inflated energy costs.
• Businesses, municipalities, and multi-unit facilities can profitably and securely implement, or add onto existing, charging station installations with hardware-based CSMS solutions that are far cheaper to install and maintain.
• Hardware-based CSMS solutions enable a flexible revenue structure, the ability to retrofit existing installations, and enhanced cybersecurity features that protect both CSMS users and managers.
  

The landscape of EV charging is becoming increasingly competitive. This session will focus on market trends in charging interfaces, including the growing need for customization and increasing consumerization. As the market floods with numerous charging networks, software providers, and hardware options, asset owners now face a broader range of features. As a venture capitalist who has evaluated dozens of companies in this space, Ivy will discuss how success in this competitive space hinges on offering flexible, customizable, and scalable platforms that can quickly adapt to customer needs with a low-cost engineering base.

A significant focus will be on the importance of proactive network reliability. Rather than reacting to issues after they occur, successful companies are using advanced monitoring and AI to identify and resolve potential problems before they occur. This proactive approach helps ensure higher system reliability and a better user experience, setting companies apart in a market where uptime and performance are key differentiators.

Key Learning Points:

• Customization of features are crucial for success
• Speed of engineering and rapid feature development are drivers of growth in EV charging infrastructure
• Proactive problem resolution enhances user experience and is essential as technology advances and the EV segment grows
• Reliability and network monitoring are key differentiators in a crowded market
  

a. Fleet and public charging network operators need to achieve operational excellence, and charger stability and availability including charger uptime, to efficiently operate and grow their networks, reduce TCO, and deliver a seamless charging experience to drivers. During this presentation, we will detail some of these processes, that are becomes mission-critical for fleets, charging hubs & public charging operators as they scale their facilities, drive profitability and seek 99.9% uptime of their chargers. We will include 2 case studies that show best-in-class charger uptime.

Key Learning Points:

• The impact of charger uptime on operational excellence and reduced TCO
• Key processes like self-healing algorithms and proactive monitoring for charger stability
• Cybersecurity, compliance, and interoperability as pillars for network scalability
• Strategies to achieve 99.9% uptime and maximize profitability for fleets and charging hubs
  

As electric vehicle adoption accelerates, the demand for robust and efficient charging infrastructure continues to grow. This presentation explores the transformative role of artificial intelligence and predictive analytics in optimizing EV charging networks. Dr. Raul Villamarin Rodriguez will delve into AI-driven approaches for predictive maintenance, real-time energy management, and grid resilience. Through case studies and actionable insights, attendees will gain a deeper understanding of how to integrate cutting-edge technologies into charging infrastructure to enhance reliability, reduce operational costs, and align with sustainability goals.

The session emphasizes practical strategies, addressing challenges such as charger reliability, renewable energy integration, and regulatory compliance, providing attendees with a roadmap to future-proof their EV charging ecosystems.

Key Learning Points:

• How AI and predictive analytics can improve charger performance and reliability through predictive maintenance
• Real-world case studies of successful AI-driven EV charging network optimization
• Strategies for integrating renewable energy and microgrids into EV charging infrastructure to ensure sustainability
• Leveraging data for real-time energy management and enhancing grid resilience
• Meeting regulatory requirements and ensuring compliance in a rapidly evolving industry
  

Scaling infrastructure for zero-emission medium- and heavy-duty (MHD) trucks presents unique challenges, including complex permitting processes, grid constraints, and high upfront costs. This presentation will provide insights gathered from current MHD infrastructure deployment projects across the United States, highlighting common challenges, key successes, and innovative strategies to accelerate infrastructure development. The speaker will discuss the current state of public MHD infrastructure, recurring barriers, and effective solutions being implemented to address them.

Attendees will leave with actionable strategies for navigating MHD infrastructure planning and development, as well as a deeper understanding of the collaboration required to support the widespread adoption of zero-emission trucks.

Key Takeaways:

• The current state of public zero-emission truck infrastructure development
• Challenges associated developing this infrastructure, such as site feasibility, capital expenditure, and long timelines
• Opportunities to further accelerate the buildout of this infrastructure such as shared charging, public-private partnerships, and innovative technologies