Table 3 Storage elements and converter specifications.

From: Optimal techno-economic assessment of isolated microgrid integrated with fast charging stations using radial basis deep learning

Batteries

Flywheels

Super Capacitors

Manufacturer

Hoppecke

Manufacturer

ABB

\(C\)

\(3000 F\)

Type

Lead acid

Charge/discharge capacity

\(100 kW\)

\({V}_{SC}\)

\(3 V\)

\({AHC}_{r}\)

\(1000 AH\)

Energy content

\(25 kWh\)

\({E}_{SC}\)

\(3.75 Wh\)

\({V}_{B}\)

\(2 V\)

\(ICC\)

80,000 $/unit

\(ICC\)

500 $/unit

\(DoD\)

80%

\(RC\)

40,000 $/unit

\(RC\)

500 $/unit

\({E}_{batt,life}\)

\(\text{3,438} kWh\)

\(AOMC\)

1600 $/unit

\(AOMC\)

50 $/unit

\({\eta }_{charge}, {\eta }_{discharge}\)

86%

Life time

20 years

Life time

14 years

\({SoC}_{min}\)

20%

  

String size

100

\(ICC\)

50 $/unit

Converter

  

\(RC\)

50 $/unit

\({\eta }_{conv}\)

85%

  

\(AOMC\)

5 $/unit

\(ICC\)

\(110 \$/kW\)

  

Life time

5 years

\(RC\)

\(110 \$/kW\)

  

String size

150

Life time

20 years