Table:
0
A
B
C
D
E
1
Capacity
Volts
Temp.
Energy-to-weight ratio
Power-to-weight ratio
2
2000 F
4.0V
25°C
54 kJ/kg to 2.0V
44.4 W/kg @ 5A
3
2000 F
4.0V
25°C
31 kJ/kg to 2.0V
850 W/kg @ 10A
4
5000 F
2.7V
25°C
19.58 kJ/kg to 1.35V
5.44 W/kg C/1 (1.875A)
5
5000 F
2.7V
25°C
5.2 kJ/kg to 1.35V
5,200 W/kg @ 2,547A
6
30.693 F
3500V
85°C
1471.98 kJ/kg
80.35 W/kg C/5
7
30.693 F
3500V
85°C
1471.98 kJ/kg
8,035 W∕kg 20C
8
20.5 mF
3300V
?°C
2.3 kJ/kg
6.8 MW/kg @ 100kA

Questions and formulas:
Question: What is the capacity of 3500v volts?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,B1="3500v"),1))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E8,B2:B8="3500v"),1))
Level: medium
Question: How many volts has an energy-to-weight ratio of 54 kj/kg to 2.0v?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,D1="54 kj/kg to 2.0v"),2))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E8,D2:D8="54 kj/kg to 2.0v"),2))
Level: medium
Question: What is the capacity with 2.7v volts and a power-to-weight ratio of 5.44 w/kg c/1 (1.875a)?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,(B1="2.7v")*(E1="5.44 w/kg c/1 (1.875a)")),1))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E8,(B2:B8="2.7v")*(E2:E8="5.44 w/kg c/1 (1.875a)")),1))
Level: medium