Economic Analysis of Fleet-to-Grid Applications - Revision history

Pinfold at 18:52, August 22, 2022

2022-08-22T18:52:52Z

← Older revision		Revision as of 18:52, August 22, 2022
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	\|End Date=2022-08-25		\|End Date=2022-08-25
	\|Location=Online		\|Location=Online
	\|Website=https://pnnl.~~zoomgov.com~~/~~webinar~~/~~register/WN_EoliacxhQfSKT2zFEs2lhQ~~		\|Website=https://www.pnnl.gov/events/energy-storage-pnnl-vehicle-grid
	\|Virtual Access=Yes		\|Virtual Access=Yes
	}}		}}
	An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.		An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.

Pinfold at 18:52, August 22, 2022

2022-08-22T18:52:03Z

← Older revision		Revision as of 18:52, August 22, 2022
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	\|End Date=2022-08-25		\|End Date=2022-08-25
	\|Location=Online		\|Location=Online
	\|Website=https://~~www~~.~~pnnl~~.~~gov~~/~~events~~/~~energy-storage-pnnl-vehicle-grid~~		\|Website=https://pnnl.zoomgov.com/webinar/register/WN_EoliacxhQfSKT2zFEs2lhQ
	\|Virtual Access=Yes		\|Virtual Access=Yes
	}}		}}
	An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.		An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.

Pinfold at 18:51, August 22, 2022

2022-08-22T18:51:05Z

← Older revision		Revision as of 18:51, August 22, 2022
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	\|End Date=2022-08-25		\|End Date=2022-08-25
	\|Location=Online		\|Location=Online
	\|Website=https://pnnl.~~zoomgov.com~~/~~webinar~~/~~register/WN_EoliacxhQfSKT2zFEs2lhQ~~		\|Website=https://www.pnnl.gov/events/energy-storage-pnnl-vehicle-grid
	\|Virtual Access=Yes		\|Virtual Access=Yes
	}}		}}
	An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.		An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.

Pinfold: Created page with "{{Event |Image=EnergyStorage@PNNL.jpg |Title=Economic Analysis of Fleet-to-Grid Applications |Description=This presentation, given by Christine Holland, provides a cost-benefi..."

2022-08-22T18:48:29Z

Created page with "{{Event |Image=EnergyStorage@PNNL.jpg |Title=Economic Analysis of Fleet-to-Grid Applications |Description=This presentation, given by Christine Holland, provides a cost-benefi..."

New page

{{Event
|Image=EnergyStorage@PNNL.jpg
|Title=Economic Analysis of Fleet-to-Grid Applications
|Description=This presentation, given by Christine Holland, provides a cost-benefit analysis of four grid services: 1) arbitrage, 2) demand-charge reduction, 3) spinning reserve, and 4) frequency regulation when using fleet vehicle-to-grid (V2G) battery power. V2G technologies enable the bi-directional flow of energy between electric vehicles and the grid.
|Start Date=2022-08-25
|End Date=2022-08-25
|Location=Online
|Website=https://pnnl.zoomgov.com/webinar/register/WN_EoliacxhQfSKT2zFEs2lhQ
|Virtual Access=Yes
}}
An aggregation of battery-stored electricity from electric vehicles, such as those found in a fleet, could deliver a substantial amount of energy and act as a potential grid resource. The challenge is capturing both the benefits of the V2G service along with the cost of battery degradation resulting in early fleet replacement. As such, we present the benefits and life cycle costs of four grid services provided by V2G for three different electric fleets: school buses, delivery vans, and maintenance trucks. We find the impact that V2G grid services has on battery cycling and degradation has the biggest influence on overall economics and the optimal choice of service.