Solar Powered Inverter EV Charging System (Levels 1 and 2)

Solar powered EV charging system use solar energy and convert it to electric power to charge the battery. A photovoltaic (PV) panel harnesses the solar radiation into electrical energy to be supplied to the electric vehicle batteries. In fast EV charging stations.

Capacitors used for Solar powered EV charging system application are listed below.

Solar Powered Inverter EV Charging System (Levels 1 and 2)

Deki Capacitor Range for Solar Powered Inverter EV Charging System (Levels 1 and 2) Application

Series Name	Deki Series Code	Capacitance Range	Rated Voltage
Metallized Polypropylene IGBT Snubber DC Capacitor	121	0.047µF-5.6µF	700Vdc-3000Vdc
Metallized Polypropylene DC Link Capacitor	91	1µF to 210 µF	450VDC - 1500VDC
Interference Suppression DC Capacitor Class Y2	33	0.001µF to 1µF	300VAC
Interference Suppression DC Capacitor Class X2 (UL and ENEC Approved)	207	0.01µF to 10µF	310VAC
Metallized Polypropylene IGBT Snubber DC Capacitor (MPP-MPP TYPE)	150	1.5µF to 10µF	700VDC-3000VDC
Interference Suppression DC Capacitor Class X2- THB Grade (UL and ENEC Approved)	151	0.01µF to 10µF	310VAC
Metallized Polypropylene DC Capacitor (MPP-Dip Type)	04	0.001µF to 6.8µF	100VDC-1000VDC
Metallized Polypropylene DC Capacitor (MPP-Box Type)	27	0.001µF to 4.7µF	63VDC-630VDC
Metallized polyester AC Capacitor MPET- Round Axial Type	136	0.22µF to 0.47µF	190VAC - 250VAC
Metallized Polyester DC Capacitor MPET (Box Type) 10-27.5mm Pitch	06	0.001µF to 10µF	100VDC-1000VDC
Interference Suppression Capacitors Class X1	19	0.0047µF to 1µF	440VAC

Solar Powered Inverter EV Charging System (Levels 1 and 2)

Solar Powered Inverter EV Charging System (Levels 1 and 2)

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