Agenda |
As the UK accelerates toward its Net Zero goals, Vehicle-to-Grid (V2G) technology is emerging as a key enabler in the energy transition. This presentation will explore the critical role V2G can plays in supporting grid flexibility, managing renewable energy intermittency, and empowering consumers. We will dive into the innovations shaping early V2G adopters within today's flexibility markets, examining how this technology is already beginning to provide valuable grid services. Furthermore, we will look ahead to the 2030s, when the electrification of heat and widespread adoption of electric vehicles will further enhance the importance of V2G. Attendees will gain insights into how V2G can create a sustainable, resilient energy system while offering new revenue streams for consumers and businesses alike.
Key Learning Points:
The INFLEXION Project in the UK is currently in its operational phase, successfully demonstrating how EVs equipped with V2G technology can support grid flexibility and stability. The project has made significant progress in testing the integration of EVs into the grid to provide essential services such as frequency regulation, voltage support, and peak shaving. It has also focused on optimizing charging patterns through machine learning and assessing the potential of EVs as flexible energy storage resources, helping balance supply and demand, particularly with increasing renewable energy generation. This presentation offers an update on
key lessons to date from INFLEXION and what to expect going forward.
To achieve V2G on a mass scale in the UK, a coordinated effort across government, industry, and consumers is essential. The integration of V2G technology will require substantial investments in infrastructure, supportive policies, innovative business models, and consumer engagement. With the right regulatory and technological advancements, V2G has the potential to become a cornerstone of the UK's clean energy future, enabling more flexible, resilient, and low-carbon energy systems.
This panel of experts will discuss key challenge areas, including:
Attendees will gather in small groups to discuss current challenges facing V2X in the UK, and strategies for moving together across stakeholder groups to achieve widespread commercialization.
Attendees will share key observations and conclusions from their roundtable discussions with the full group.
This session explores the potential of V2X in transforming energy markets by enabling dynamic trading and multi-market layering, driving superior market returns. It examines the forecasted value of flexible energy solutions for various countries and segments, along with certified results showing significant battery health improvements through V2X. The session shares practical insights from The Mobility House's V2X rollouts with Renault and depots, offering valuable learnings. It also explores the future of V2X, addressing challenges related to hardware/software, V2G charger costs, availability, and interoperability. Additionally, the presentation covers consumer, regulatory, and monetization challenges, particularly in the UK and beyond.
Achieving a fully interoperable V2X ecosystem will require a collaborative approach between governments, utilities, automakers, charging providers, and consumers. It will involve overcoming significant challenges around standardization, smart grid upgrades, and stakeholder alignment. This panel will look at the key must-dos in the short and long term to make seamless V2X interoperability a reality in the UK.
In the context of the UK's ambitious transition to a low-carbon economy, smart flexibility has emerged as a key strategy to manage the growing demand for electricity and ensure the stability of the national grid. This concept involves using EVs, smart meters, demand-side response systems, and other advanced technologies to balance supply and demand in real time while supporting the integration of renewable energy sources. This session examines recent V2X developments in the UK that highlight how smart flexibility is becoming an increasingly important tool in the decarbonisation process.
From the consumer's perspective, V2G must deliver on several fronts. First, it is essential to offer clear financial benefits, seamless integration with home energy systems, and transparent communication about how energy from EVs is used. Consumers should be able to generate income by providing grid services, save on charging costs, and see their EVs as part of a broader energy management strategy. To build trust, V2G systems must include guarantees on battery health and fair compensation for energy supplied to the grid. Government incentives, educational campaigns, and user-friendly technology can further encourage adoption. Additionally, standardizing V2G infrastructure, ensuring ease of use, and aligning participation with sustainability goals will make V2G more appealing and accessible, fostering greater consumer engagement. This panel will explore these issues in an in-depth discussion.
This session looks down the road at leading applications of V2X, such as Vehicle-to-Building (V2B). Benefits of a V2B system include emergency power backup, energy cost optimization for the building, peak demand shifting, integration with smart building systems, and more. V2B technology supports the integration of renewable energy into buildings, and in the context of smart buildings or microgrids, V2B allows EVs to serve as decentralized energy resources.
The possible benefits and timeline for these applications will be discussed, as well as issues to be addressed in order for them to become a reality.