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Table 15 Environmental impacts per year of the production and use of LFP and NMC cells per kWh storage capacity

From: Prospective assessment of energy technologies: a comprehensive approach for sustainability assessment

  

LFP

NMC 811

  

2020

2050

2020

2050

Energy density

Wh/kg

0.13

0.28

0.16

0.34

Acidification

molc H + eq

1.3695

0.6355

4.0751

1.9175

Climate change

kg CO2 eq

83.3402

37.6148

75.6264

34.7004

Freshwater ecotoxicity

CTUe

947.1190

427.2630

2870.9969

1340.7873

Freshwater eutrophication

kg P eq

2.85E−02

1.05E−02

8.01E−02

3.55E−02

Human toxicity—carcinogenics

CTUh

3.09E−05

1.42E−05

8.28E−06

3.76E−06

Human toxicity—non-carcinogenics

CTUh

2.56E−05

1.15E−05

1.19E−04

5.56E−05

Ionizing radiaton—human health

kBq U235 eq

1.23E−05

5.26E−06

1.63E−05

7.29E−06

Marine eutrophication

kg N eq

4.04E + 00

1.60E + 00

4.84E + 00

2.05E + 00

Ozone depletion

kg CFC-11 eq

7.45E−02

3.39E−02

8.01E−02

3.71E−02

Particulate matter/Respiratory inorganics

kg PM2.5 eq

1.08E−03

5.00E−04

4.46E−04

2.10E−04

Photochemical ozone formation

kg NMVOC eq

6.00E−02

2.81E−02

2.25E−01

1.06E−01

Resource depletion—mineral, fossil and renewable

kg Sb eq

1.30E−01

5.99E−02

4.52E−01

2.12E−01

Terrestrial eutrophication

molc N eq

1.05E−03

1.06E−03

3.76E−03

3.77E−03