Previous Agenda

Explore the interdependencies between transport and energy sectors, collaborative initiatives, and policy harmonization for a successful EV charging infrastructure rollout in a dynamic panel discussion.

• Understanding the interdependencies between the transport and energy sectors in the context of EV infrastructure deployment, and exploring innovative strategies and policies for integrating EV charging networks with the existing power grid infrastructure.
• Highlighting collaborative initiatives between the DOT, DOE, charging networks, and utilities to address challenges and ensure a reliable and future-proof charging infrastructure.
• Gain valuable insights into the coordinated efforts of the DOT and DOE, discover real-world examples of successful partnerships, and understand the importance of harmonizing policies, regulations, and infrastructure planning to support the successful integration of EV charging infrastructure.

This session will delve into the Port of San Diego's ambitious goals, the steps taken towards achieving them, and the broader implications for environmental care in the region.

• Outlining the Port's commitment to clean air: with plans to advance towards zero emission heavy-duty cargo trucks within a year of adopting the Maritime Clean Air Strategy.
• A deep dive into the strategy to achieve all heavy-duty trucks entering and exiting the Port’s cargo terminals to be zero emissions by 2030, and the role of ZE truck infrastructure.
• Examining the Board of Port Commissioner's procurement strategy to purchase ZE heavy-duty truck infrastructure, and the process to establish the best locations to do so on Port property.

 

In this session, we will explore the challenges faced by The Convenience Group in integrating EV charging stations, including:

• Demand Costs Dilemma: Despite the push for more EV charging stations, "demand costs" from utility companies can make it financially challenging for convenience stores, especially independently owned ones.
• The Power of Storage Battery Systems: To combat high demand charges, businesses can utilize onsite storage battery systems. These systems draw power from the grid throughout the day, avoiding the high costs associated with sudden bursts of power demand.
• Adapting to the EV Revolution: As the transition to electric vehicles accelerates, convenience stores must weigh the costs and benefits, explore funding opportunities, and consider partnerships to effectively cater to the growing EV driver demographic.

Join us for a deep dive into the groundbreaking Level 2.5 approach, followed by a Q&A on its implementations.

• Understand EV charging levels: as EV demand surges, Level 2.5 bridges energy and transport, enhancing Level 2 input to Level 3 speed.
• ChargePodX's Level 2.5 Chargers deliver fast DC charging without 480V three-phase infrastructure, utilizing a mobile supercharger for 220V AC connectivity.
• This breakthrough simplifies setup and cuts costs. Explore two case studies: fleets achieving swift charging without construction, and municipalities embracing green charging aligned with sustainability objectives.

With an estimated 50% of vehicles sold predicted to be electric by 2030, this session explores smart charging systems, microgrids, and case studies to determine solutions, preparedness, and necessary actions for a successful transition.

• Assessing the capability of the distribution system to accommodate the projected influx of EVs and identifying potential challenges and limitations.
• Exploring smart charging systems, microgrids, and other innovative approaches to optimize and strengthen the distribution infrastructure.
• Showcasing case studies that highlight successful strategies and best practices in preparing the distribution system for the widespread adoption of EVs.

Discover strategies to address challenges related to curbside charging, accessibility, and supporting residents and businesses without regular charging options, as well as reliability of chargers in the wake of California passing a bill requiring charger reliability data to be published.

• Highlighting the importance of usability and reliability in EV charging infrastructure, particularly in curbside settings, to maximize public investment and provide a seamless charging experience, with studies showing that reliable public charging infrastructure can increase EV adoption rates by up to 75% in urban areas.
• Addressing social equity concerns with approximately 50% of low-income households facing barriers to EV adoption due to limited access to charging infrastructure by exploring solutions to ensure access to charging regardless of disability or location.
• Examining innovative approaches such as utilizing street lights or cable gullies for EV charging, offering cost-effective and accessible charging solutions. Implementing street light charging infrastructure can help reduce installation costs by up to 60% while increasing charging accessibility in urban areas.

A behind the scenes look examining the infrastructure requirements for electrifying your fleet, encompassing charging speeds, strategic design considerations, energy management, and vehicle-grid integration.

• Conducting a thoughtful audit to determine the charging speed needs of your fleet and designing a tailored strategy accordingly.
• Exploring energy management techniques to optimize charging infrastructure, reduce costs, and ensure efficient operations.
• Understanding the process of integrating your electric vehicles into the grid, leveraging vehicle-to-grid (V2G) technologies, and harnessing the benefits of bidirectional power flow.

Join AIAI, the Association for the Improvement of American Infrastructure, in an engaging workshop focused on fostering partnerships between governments and the private sector to strengthen American infrastructure, with a specific emphasis on EV charging infrastructure. Discover actionable insights and collaborative approaches to accelerate the development of public infrastructure projects, including EV charging networks, and drive the transition towards a sustainable and resilient future.

Gain valuable insights on designing a robust public charging system, addressing permitting, design, locations, and business models/financing. Explore parking concerns, public education initiatives, and identifying suitable charger locations while maximizing public investment and minimizing disruptions.

• Explore the essential components of designing a successful public charging system, including permitting processes, optimal design considerations, strategic locations, and innovative business models/financing options to ensure long-term sustainability.
• Address parking concerns and changing dynamics, discussing the challenges of allocating parking spaces for EV charging infrastructure while balancing the needs of various stakeholders.
• Discuss the importance of public education in promoting understanding and acceptance of public charging infrastructure. Explore effective communication strategies to raise awareness, educate the public on the benefits of EVs and charging, and encourage EV adoption.

Gain insights into rate design, revenue generation, and the impact of pricing strategies on customer behavior. Discover how managed charging can optimize power consumption and explore the effectiveness of various tariff structures in promoting EV adoption and usage.

• Explore the significance of rate design and its impact on charging company profitability, with studies showing that unfavorable rate designs can result in a 40-50% reduction in charging company revenue.
• Examine the concept of managed charging and how charging companies and businesses can optimize  their charging operations by 40 - 60% by consuming power during periods of low wholesale market prices.
• Discuss the effectiveness of charging tariffs in influencing residential customer behavior and promoting sustainable charging practices. Evaluate how customers respond to price changes, the impact of hourly rates, and the behaviors and business models that emerge as a result.

PNNL examined the transition of 65 school buses from internal combustion to electric. Load and charging needs were estimated over a 20-year horizon. The benefits of smart charging and stationary storage hybridization were also assessed. Lastly, PNNL studied the economic impacts of using school bus fleets for grid services.

• Smart charging of the studied fleet is estimated to save the school district close to $2 million in electricity bills and transmission upgrades.
• Battery storage may be beneficial to schools and utilities when benefits are broadly considered.
• Bus fleets are well-positioned to be used as a vehicle-to-grid resource for a variety of grid services. Fleet batteries are best suited for ancillary services. This could be a potential win-win for schools and utilities.

Join our panel of experienced real estate experts as they discuss the opportunities and challenges associated with integrating EV charging infrastructure into commercial and residential real estate developments. Explore how real estate owners can leverage charging to attract tenants, enhance sustainability, and manage the energy demands.

• Discussing the challenges and considerations involved in deploying EV charging and microgrid solutions within real estate projects such as infrastructure design, cost allocation models, utility coordination, and scalability. Gain insights into the regulatory landscape and incentives available for real estate investors to deploy chargers.
• Discover the business models employed by real estate investors in deploying EV charging infrastructure within their properties with studies showing that properties equipped with EV charging stations can attract up to 30% more tenants and residents.
• Explore the strategies to address the energy demands associated with EV charging with innovative approaches such as microgrids, load management technologies, demand response programs, and energy storage integration to optimize energy usage and mitigate grid stress.

• Delve into the emerging business models around bidirectional charging, including the revenue streams and value propositions that can be derived from participating in energy markets, demand response programs, and grid services. Gain insights into the opportunities for fleet operators, utilities, and aggregators to monetize the flexibility of bidirectional charging infrastructure with  estimates that bidirectional charging could generate annual revenues of up to $500 per vehicle by 2030.
• Understand how bidirectional technologies can be leveraged to maximize the value of electric vehicle batteries and support grid resiliency. Existing projects have demonstrated the potential of bidirectional charging to provide ancillary services to the grid, such as frequency regulation and peak shaving.
• Explore the key operational aspects and challenges associated with bidirectional charging, including interoperability standards, grid integration requirements, and regulatory frameworks. Gain insights from existing projects that have successfully implemented bidirectional charging systems and learn from their experiences.

A behind the scenes look at the financial risks associated with investing in EV chargers. Explore the perspectives of equity experts, banks, and  charge point networks, as they discuss the key considerations, data sets, and strategies for mitigating risks and generating sensible returns from charging infrastructure investments.

This panel will discuss the compelling case for establishing fast-charging depots at US airports, the challenges and opportunities they present, including:

• With over 20,000 airports across the US can bolster clean transportation by offering EV charging infrastructure. This not only supports commercial drivers but also caters to a broad range of drivers, making airports pivotal in the EV transition.
• Business Models & Viability: a deep dive into the multiple business model options that can ensure a return on investment, benefiting both the airport and EV charging service providers.
• Increasing EV Adoption: With rising interest in EVs and supportive policies, there's a growing demand for accessible charging infrastructure. Airports, given their strategic location and high volume of traffic, can play a crucial role in meeting this demand and facilitating the EV transition.