Lithium Ion Batteries - Revision history

Jthompson at 17:05, 21 December 2023

2023-12-21T17:05:35Z

← Older revision		Revision as of 13:05, 21 December 2023
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	{{Energy Storage Technology Simple		{{Energy Storage Technology Simple
	\|imgdesc=An image showing the general chemical structure of a lithium ion cell. Image Source: The Economist (2002)<ref>The Economist: [https://www.economist.com/technology-quarterly/2002/06/22/hooked-on-lithium Hooked On Lithium (Jun. 22nd 2002)]</ref>		\|imgdesc=An image showing the general chemical structure of a lithium ion cell. <!--Image Source: The Economist (2002)<ref>The Economist: [https://www.economist.com/technology-quarterly/2002/06/22/hooked-on-lithium Hooked On Lithium (Jun. 22nd 2002)]</ref>-->
	}}		}}

Jthompson at 18:36, 20 December 2023

2023-12-20T18:36:14Z

← Older revision		Revision as of 14:36, 20 December 2023
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	{{Energy Storage Technology Simple		{{Energy Storage Technology Simple
	\|imgdesc=An image showing the general chemical structure of a lithium ion cell		\|imgdesc=An image showing the general chemical structure of a lithium ion cell. Image Source: The Economist (2002)<ref>The Economist: [https://www.economist.com/technology-quarterly/2002/06/22/hooked-on-lithium Hooked On Lithium (Jun. 22nd 2002)]</ref>
	}}		}}

Jthompson at 14:10, 23 December 2021

2021-12-23T14:10:32Z

← Older revision		Revision as of 10:10, 23 December 2021
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	{{#set:		{{#set:
	Has How it Works Description=Shuttle lithium ions (Li+) between cathode (+) and anode (-). Fully charged when ~~all~~ Lithium ions are intercalated in the anode.		Has How it Works Description=Shuttle lithium ions (Li+) between cathode (+) and anode (-). Fully charged when Lithium ions are fully intercalated in the anode.
	\|Has Varieties=		\|Has Varieties=
	Lithium Iron Phosphate (LFP),		Lithium Iron Phosphate (LFP),
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	Lithium Titanate Oxide (LTO)		Lithium Titanate Oxide (LTO)
	\|Has Efficiency Range=80-90%		\|Has Efficiency Range=80-92%
	\|Has Cycle Life=3,000-10,000 cycles		\|Has Cycle Life=3,000 - 10,000 cycles
	\|Has ~~Maturity Level~~=~~Commercially~~ Deployed		10 - 20 years
	\|Has Benefits=*~~Relatively high~~ energy and ~~power density~~		\|Has Technology readiness level=9 - Deployed
	\|Has Challenges=*Cycle life		\|Has Benefits=* High power and energy density
	*Safety concerns		* Low self-discharge rate
	\|Has Application=~~diverse set of~~ applications from ~~minute~~ to ~~multi hour durations,~~ small ~~(kWs)~~ to ~~large-scale (100s MW)~~		* High roundtrip efficiency
			* Flexible configurations
			* Leverage cost reductions from consumer electronics and electric vehicle markets
			\|Has Challenges=* Cycle life limitations, especially with high depth of discharge
			* Safety concerns around fire and explosion risk
			* Supply chain constraints
			\|Has Application=Diverse applications from minutes to hours duration and from small scale residential to transmission connected.
	\|Has image=File:LithiumIonImage.PNG		\|Has image=File:LithiumIonImage.PNG
			\|Has Installed Capacity=>10 GW
	}}		}}

Jthompson at 22:08, 5 November 2020

2020-11-05T22:08:57Z

← Older revision		Revision as of 18:08, 5 November 2020
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	*Safety concerns		*Safety concerns
	\|Has Application=diverse set of applications from minute to multi hour durations, small (kWs) to large-scale (100s MW)		\|Has Application=diverse set of applications from minute to multi hour durations, small (kWs) to large-scale (100s MW)
	\|Has image=File:~~LithiumImage~~.PNG		\|Has image=File:LithiumIonImage.PNG
	}}		}}

Jthompson: Created page with "{{Energy Storage Technology Simple |imgdesc=An image showing the general chemical structure of a lithium ion cell }} {{#set: Has How it Works Description=Shuttle lithium ion..."

2020-11-05T22:02:17Z

Created page with "{{Energy Storage Technology Simple |imgdesc=An image showing the general chemical structure of a lithium ion cell }} {{#set: Has How it Works Description=Shuttle lithium ion..."

New page

{{Energy Storage Technology Simple
|imgdesc=An image showing the general chemical structure of a lithium ion cell
}}

{{#set:
Has How it Works Description=Shuttle lithium ions (Li+) between cathode (+) and anode (-). Fully charged when all Lithium ions are intercalated in the anode.
|Has Varieties=
Lithium Iron Phosphate (LFP),

Nickel Manganese Cobalt (NMC),

Nickel Cobalt Aluminum Oxide (NCA),

Lithium Titanate Oxide (LTO)
|Has Efficiency Range=80-90%
|Has Cycle Life=3,000-10,000 cycles
|Has Maturity Level=Commercially Deployed
|Has Benefits=*Relatively high energy and power density
|Has Challenges=*Cycle life
*Safety concerns
|Has Application=diverse set of applications from minute to multi hour durations, small (kWs) to large-scale (100s MW)
|Has image=File:LithiumImage.PNG
}}