Difference between revisions of "Lithium Ion Battery (Li-ion)"

(Created page with "{{Lithium Ion Battery (Li-ion) |Description=(empty) |Advantages=(empty) |Disadvantages=(empty) |Application barriers=(empty) |Information sources=(empty) |Image=(empty) |Trade...")
 
 
(One intermediate revision by one user not shown)
Line 1: Line 1:
 
{{Lithium Ion Battery (Li-ion)
 
{{Lithium Ion Battery (Li-ion)
−
|Description=(empty)
+
|Description=
−
|Advantages=(empty)
+
|Advantages=
−
|Disadvantages=(empty)
+
|Disadvantages=
−
|Application barriers=(empty)
+
|Application barriers=
−
|Information sources=(empty)
+
|Information sources=
−
|Image=(empty)
+
|Image=
−
|Trade=(empty)
+
|Trade=
−
|Voltage=(empty)
+
|VoltageMin=3.6
−
|Dimensions=(empty)
+
|VoltageMax=3.9
−
|Weight=(empty)
+
|DimensionsMin=33.5/16.8
−
|Nominal Capacity 1 Hour Rate=(empty)
+
|DimensionsMax=69/19
−
|Nominal Capacity 4 Hour Rate=(empty)
+
|WeightMin=16
−
|Nominal Capacity 8 Hour Rate=(empty)
+
|WeightMax=48
−
|Nominal Capacity 24 Hour Rate=(empty)
+
|Nominal CapacityMin=700
−
|Energy Density 20 Hour Rate=(empty)
+
|Nominal CapacityMax=2600
−
|Specific Energy 20 Hour Rate=(empty)
+
|Energy DensityMin=375
−
|Internal Resistance=(empty)
+
|Energy DensityMax=510
−
|Maximum Discharge Current 7 Minutes=(empty)
+
|Specific EnergyMin=90
−
|Maximum Short-Duration Discharge Current 10 Seconds=(empty)
+
|Specific EnergyMax=190
−
|Shelf Life 1 Month=(empty)
+
|Internal ImpedanceMin=25
−
|Shelf Life 3 Month=(empty)
+
|Internal ImpedanceMax=300
−
|Shelf Life 6 Month=(empty)
+
|Maximum Continuous Discharge CurrentMin=520
−
|Charge Operating Temperature Range=(empty)
+
|Maximum Continuous Discharge CurrentMax=5000
−
|Discharge Operating Temperature Range=(empty)
+
|Rapid Discharge CurrentMin=1300
−
|Investment Cost=(empty)
+
|Rapid Discharge CurrentMax=11000
−
|Operational Cost=(empty)
+
|Charge Operating Temperature RangeMin=-20
−
|Replacement Cost=(empty)
+
|Charge Operating Temperature RangeMax=45
−
|Battery Cycle Life=(empty)
+
|Discharge Operating Temperature RangeMin=-20
−
|Battery Calendar Life=(empty)
+
|Discharge Operating Temperature RangeMax=60
−
}}
+
|Investment CostMin=
−
 
+
|Investment CostMax=36500
−
 
+
|Operational CostMin=low
−
 
+
|Operational CostMax=
−
[[Category:Electrical Energy Storage Technologies]]
+
|Replacement CostMin=low
−
[[relevence::3]]
+
|Replacement CostMax=
−
[[class::Electrical Energy Storage Technologies]]
+
|Life ExpectancyMin=15
−
[[importance::1]]
+
|Life ExpectancyMax=20
 +
|}}

Latest revision as of 11:30, 7 February 2017


[edit]
Description
Advantages
Disadvantages
Characteristic features
Application barriers
Information sources
Image
Trade:
Parameter Minimal Value Maximal Value Unit
Voltage

3.6

3.9

V

Dimensions

33.5/16.8

69/19

H/D in mm

Weight

16

48

kg

Nominal Capacity

700

2600

mAh

Energy Density

375

510

Wh/l

Specific Energy

90

190

Wh/kg

Internal Impedance

25

300

mΩ

Maximum Continuous Discharge Current

520

5000

mA

Rapid Discharge Current

1300

11000

mA

Charge Operating Temperature Range

-20

45

°C

Discharge Operating Temperature Range

-20

60

°C

Investment Cost

36500

€

Operational Cost

low

€/year

Replacement Cost

low

€/year

Life Expectancy

15

20

years

Deterioration Description
Causes
Parameter
Degradation Rate
Measurement


The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system. BrokenWall.JPG
BL(Ti)=0.788
Equation.JPG


pCghffhfhart


Retrieved from "http://plm.iao.fraunhofer.de/mediawiki/index.php?title=Lithium_Ion_Battery_(Li-ion)&oldid=3434"