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Connecting the Next Generation of EV Charging Stations

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5 ELECTRIC VEHICLE INFRASTRUCTURE (EVI) / PRODUCT GUIDE TE OFFERS A BROAD PORTFOLIO FOR BASICALLY ALL EV CHARGING APPLICATIONS USA: EV CHARGING LANDSCAPE APPLICATION CHARGE TIME VOLTAGE CURRENT POWER LEVEL 1 (AC) Residential charge via wall outlet Full charge in 12 hours 120V AC 16A 1.9kW LEVEL 2 (AC) Residential or public charging station Full charge in 2–3 hours 240V AC 80A 19.2kW LEVEL 3 (DC FAST) Public charging pile/station 80% charge in 20–30 minutes 200– 1,000V DC 50– 500A 50– 500kW EUROPE: EV CHARGING LANDSCAPE APPLICATION VOLTAGE CURRENT MODE 1 (AC) Charging via a standard AC socket outlet using a cable and plug with no supplementary pilot or auxiliary contacts 1P: Max 250V 3P: Max 480V Max 16A MODE 2 (AC) Charging via a standard AC socket outlet using a cable and plug with a control pilot function and system for personal protection against shock 1P: Max 250V 3P: Max 480V Max 32A MODE 3 (AC) Charging via a dedicated EV charging cable that is attached to an AC-supplied charging station; includes a control pilot function that extends from the charging station to the EV 1P: Max 250V 3P: Max 480V Max 63A MODE 4 (DC) Charging via a dedicated EV charging cable to a DC-supplied charging station; includes a control pilot function that extends from the charging station to the EV 1,000V 1,500V —

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