Bus2Grid
Lead Participant:
SSE UTILITIES SOLUTIONS LTD
Abstract
Delivered by a compact partnership of UK energy industry leaders and a global leader in e-bus manufacturing combined with academic strength in business modelling, Bus2Grid will deliver the UK's first e-bus to grid multi-megawatt demonstration at commercial scale.
Delivered in London, where TfL (project advisor) is leading the way for clean urban transport with a programme of electrification of 300 buses by 2020, Bus2Grid aims to provide the innovation required to accommodate this demand within the distribution network providing a clear route to market and launch pad for V2G services in the e-bus space.
Partners:
* BYD: Global leader in e-bus manufacturing:
* UKPN: UK's leading innovative DNO;
* SSE: UK's second largest electricity generator;
* Leeds University: One of the UKs largest research intensive universities with expertise across energy systems, cities and transport systems.
Key objectives to deliver:
* 11 retrofit and 22 new build V2G enabled e-buses and 2.64 MW of bi-directional charging infrastructure in an identified London bus depot (Northumberland Park), with over 1-2 MW of V2G response;
* An aggregation platform integrated with the depot's Charging Management System with interfaces to offer services to National Grid and UKPN (DNO);
* A test site with three V2G enabled e-buses and charging points to validate the technical solution (based in BYD Service Centre West London);
* A clear V2G mass roll-out strategy within the e-bus market;
* Demonstrate the value of V2G services to National Grid, DNOs and bus operators;
* Create new business models and market frameworks that allow capture of the identified value streams;
* Understand bus operators attitudes to V2G technologies at different project stages and to new business models, and create a tailored V2G services proposition;
* Disseminate key findings and recommendations for stakeholders critical to the development of V2G markets.
Key Innovations:
* Market -- for the first time in the UK, V2G services will be provided from e-buses, each with an energy capacity more than ten times the new Nissan Leaf;
* Technology -- software and hardware capabilities to enable V2G in e-buses; software in Charging Management Systems (precision energy planning on a vehicle by vehicle basis); integrated with an aggregation platform to offer services to National Grid and DNOs;
* Commercial -- assessment of commercial potential of V2G from e-buses and development of new business models; first-time assessment of V2G services for DNOs; first-time bidding for Frequency Response from aggregated electric bus batteries; first time engagement and understanding of bus operators attitudes to V2G.
Delivered in London, where TfL (project advisor) is leading the way for clean urban transport with a programme of electrification of 300 buses by 2020, Bus2Grid aims to provide the innovation required to accommodate this demand within the distribution network providing a clear route to market and launch pad for V2G services in the e-bus space.
Partners:
* BYD: Global leader in e-bus manufacturing:
* UKPN: UK's leading innovative DNO;
* SSE: UK's second largest electricity generator;
* Leeds University: One of the UKs largest research intensive universities with expertise across energy systems, cities and transport systems.
Key objectives to deliver:
* 11 retrofit and 22 new build V2G enabled e-buses and 2.64 MW of bi-directional charging infrastructure in an identified London bus depot (Northumberland Park), with over 1-2 MW of V2G response;
* An aggregation platform integrated with the depot's Charging Management System with interfaces to offer services to National Grid and UKPN (DNO);
* A test site with three V2G enabled e-buses and charging points to validate the technical solution (based in BYD Service Centre West London);
* A clear V2G mass roll-out strategy within the e-bus market;
* Demonstrate the value of V2G services to National Grid, DNOs and bus operators;
* Create new business models and market frameworks that allow capture of the identified value streams;
* Understand bus operators attitudes to V2G technologies at different project stages and to new business models, and create a tailored V2G services proposition;
* Disseminate key findings and recommendations for stakeholders critical to the development of V2G markets.
Key Innovations:
* Market -- for the first time in the UK, V2G services will be provided from e-buses, each with an energy capacity more than ten times the new Nissan Leaf;
* Technology -- software and hardware capabilities to enable V2G in e-buses; software in Charging Management Systems (precision energy planning on a vehicle by vehicle basis); integrated with an aggregation platform to offer services to National Grid and DNOs;
* Commercial -- assessment of commercial potential of V2G from e-buses and development of new business models; first-time assessment of V2G services for DNOs; first-time bidding for Frequency Response from aggregated electric bus batteries; first time engagement and understanding of bus operators attitudes to V2G.
Lead Participant | Project Cost | Grant Offer |
|---|---|---|
| SSE UTILITIES SOLUTIONS LTD | £1,245,142 | £ 373,543 |
Participant |
||
| BYD (U.K.) CO., LTD. | £1,014,417 | £ 253,604 |
| UK POWER NETWORKS HOLDINGS LIMITED | £48,400 | |
| UNIVERSITY OF LEEDS | £98,265 | £ 98,265 |
| INNOVATE UK | ||
| INNOVATE UK |
People |
ORCID iD |
| Jennifer Yates (Project Manager) |