Pumped Hydroelectric Energy Storage - Revision history

Jthompson at 20:51, 22 December 2021

2021-12-22T20:51:42Z

← Older revision		Revision as of 16:51, 22 December 2021
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	\|Has Varieties=		\|Has Varieties=
	\|Has Efficiency Range=70-85%		\|Has Efficiency Range=70-85%
	\|Has Cycle Life=60-100 years<~~ref~~>~~The world’s water battery: Pumped hydropower storage and the clean energy transition, IHA, December 2018"~~</~~ref~~>		\|Has Cycle Life=60-100 years<sup>1</sup>
	\|Has Technology readiness level=9 - Fully Mature		\|Has Technology readiness level=9 - Fully Mature
	\|Has Benefits=* Ability to integrate inverter-based renewables		\|Has Benefits=* Ability to integrate inverter-based renewables
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	\|Has Installed Capacity=>160 GW		\|Has Installed Capacity=>160 GW
	}}		}}

			<ref>The world’s water battery: Pumped hydropower storage and the clean energy transition, IHA, December 2018"</ref>

Jthompson at 20:49, 22 December 2021

2021-12-22T20:49:44Z

← Older revision		Revision as of 16:49, 22 December 2021
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	{{Energy Storage Technology Simple		{{Energy Storage Technology Simple
	\|imgdesc=Cross section of a pumped hydroelectricity station		\|imgdesc=Cross section of a pumped hydroelectricity station. Image Courtesy of Voith Hydro.
	}}		}}

	{{#set:		{{#set:
	Has How it Works Description=Water is pumped up hill with excess energy which is stored as gravitational potential energy. When energy is needed, water flows down through the generator to produce electricity.		Has How it Works Description=Gravitational potential energy ↔ kinetic energy ↔ electricity

			Water is pumped up hill with excess electrical energy which is stored as gravitational potential energy. When energy is needed, water flows down through the generator to produce electricity.
	\|Has Varieties=		\|Has Varieties=
	\|Has Efficiency Range=75-85%		\|Has Efficiency Range=70-85%
	\|Has Cycle Life=		\|Has Cycle Life=60-100 years<ref>The world’s water battery: Pumped hydropower storage and the clean energy transition, IHA, December 2018"</ref>
	\|Has ~~Maturity Level~~=~~Commercially Deployed~~		\|Has Technology readiness level=9 - Fully Mature
	\|Has Benefits=*Mature bulk storage		\|Has Benefits=* Ability to integrate inverter-based renewables
	*Relatively low cost per MW		* Mature, flexible, bulk storage
	\|Has Challenges=*Geographical ~~limitations~~		\|Has Challenges=* Capital intensive
	*~~Capital intensive~~		* Geographical limits
	\|Has Application=~~bulk~~, long duration services		*Permitting (open-loop)
			\|Has Application=Bulk, long-duration services, power regulation and load following
	\|Has image=File:PumpedHydro.PNG		\|Has image=File:PumpedHydro.PNG
			\|Has Installed Capacity=>160 GW
	}}		}}

Jthompson: 1 revision imported

2020-11-05T23:38:42Z

1 revision imported

← Older revision	Revision as of 19:38, 5 November 2020
(No difference)

storagewiki.epri.com>Jthompson: Created page with "{{Energy Storage Technology Simple |imgdesc=Cross section of a pumped hydroelectricity station }} {{#set: Has How it Works Description=Water is pumped up hill with excess e..."

2020-04-27T15:05:48Z

Created page with "{{Energy Storage Technology Simple |imgdesc=Cross section of a pumped hydroelectricity station }} {{#set: Has How it Works Description=Water is pumped up hill with excess e..."

New page

{{Energy Storage Technology Simple
|imgdesc=Cross section of a pumped hydroelectricity station
}}

{{#set:
Has How it Works Description=Water is pumped up hill with excess energy which is stored as gravitational potential energy. When energy is needed, water flows down through the generator to produce electricity.
|Has Varieties=
|Has Efficiency Range=75-85%
|Has Cycle Life=
|Has Maturity Level=Commercially Deployed
|Has Benefits=*Mature bulk storage
*Relatively low cost per MW
|Has Challenges=*Geographical limitations
*Capital intensive
|Has Application=bulk, long duration services
|Has image=File:PumpedHydro.PNG
}}