V2G Electric School Bus Commercialization Project: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| (One intermediate revision by the same user not shown) | |||
| Line 9: | Line 9: | ||
|chapter=Electric Vehicle Charging Infrastructure | |chapter=Electric Vehicle Charging Infrastructure | ||
|summary=Project is addressing VTO’s core objective of reducing the cost of PEVs, and VTO’s specific Electrification R&D objective of understanding the potential impacts of EV charging on the nation’s electric grid – in both cases through pioneering V2G technology in heavy-duty vehicles | |summary=Project is addressing VTO’s core objective of reducing the cost of PEVs, and VTO’s specific Electrification R&D objective of understanding the potential impacts of EV charging on the nation’s electric grid – in both cases through pioneering V2G technology in heavy-duty vehicles | ||
}} | }}__NOTOC__ | ||
==Overall Objectives== | ==Overall Objectives== | ||
*Create a compelling value proposition for electric school buses based on a competitive total cost of ownership | *Create a compelling value proposition for electric school buses based on a competitive total cost of ownership | ||
Latest revision as of 00:35, April 4, 2024
| V2G Electric School Bus Commercialization Project | |
|---|---|
 Blue Bird Electric | |
| Team Organizations | Blue Bird |
| Point of Contact | Andy Moore |
| Participating Municipalities | Macon GA |
| Sectors | Transportation |
| Status | Development |
| Last Updated | November 22, 2024 |
Summary
Project is addressing VTO’s core objective of reducing the cost of PEVs, and VTO’s specific Electrification R&D objective of understanding the potential impacts of EV charging on the nation’s electric grid – in both cases through pioneering V2G technology in heavy-duty vehicles
Overall Objectives
- Create a compelling value proposition for electric school buses based on a competitive total cost of ownership
- Advance the technical maturity of selected medium-duty electric drive components to achieve superior energy efficiency and reduce operating costs
- Enable V2G and V2B income-generating grid integration
Objectives this Period
- Advance the elements needed to enable electric school bus fleets to function as DERs that can provide active, compensated forms of grid support
- Specification and procurement of high-power bidirectional EVSEs
- Interconnection contracting for EV-based distributed energy resources (DERs)
- Metering and tariffs to support service provision on utility and RTO networks
Download Presentation
