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Contact SupplierSolaire introduces the first solar edge’s 3 phase storedge inverter with battery from lg chem the world leader in lithium ion battery integrated with 3 phase ev charger for fast charging of your electric vehicles
This unique configuration offers users the ability to charge electric vehicles up to six times faster than a standard level 1 charger through an innovative solar boost mode that utilizes grid, battery and pv charging simultaneously. This product is one of the first PV inverter-integrated EV charger.
By installing the solaredge’s 3nos storedge single phase inverters in each phase all 3 ac coupled -integrated with ev charger, customers benefit from the reduced hassle of installing a separate standalone ev charger with battery backup and a pv inverter. Furthermore, you benefit by eliminating the need for additional wiring, conduit and a breaker installation. By installing an EV charger that is integrated with an inverter, an additional dedicated circuit breaker is not needed, saving space and eliminating a potential main distribution panel upgrade. Load Shares the solar power and the grid power, thereby reducing the grid utilization In Absence Of Solar During Night Time Load Shares Battery Power With Grid.
Full Visibility And Control
The SolarEdge EV charger supports full network connectivity and integrates seamlessly with the SolarEdge monitoring platform. Homeowners can track their charging status, control vehicle charging, and set charging schedules.
Feature Highlights
Comparison | EV Charger Level 1 (1.44 kW 12A@120Vac) | SolarEdge EV Charger Level 2 with solar boost mode. Charging speed depends on PV produce on (Maximum 9.6 kW -12 KW PER PHASE 40A@ 240Vac) |
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Added miles per 1 hour of charging | 5 miles | 25 to 30 miles |
Charge me needed to meet average daily mileage | 6.5 hours | 1.5 to 1 hour |
Output — Ac (LOADS / Grid) | |
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Rated AC Power Output | 18 KW (6 KW PER PHASE) |
Max. AC Power Output | 18 KW (6 KW PER PHASE) |
Nominal (Voltage Output AC Line to Line/Line to Neutral) | 415V /230 V @50c/s |
Maximum Continuous Output Current @240 V AC | 27 A per Phase |
OUTPUT — AC (EV CHARGER) | |
Charging Level | AC LEVEL 2,MODE 3 |
MAX AC Power Output: SOLAR + BATTERY | 22 KW + GRID POWER 18 KW = 40 KW |
Nominal AC Output Voltage PER Phase | 240V @ 50c/s |
Maximum Continuous Output Current @240V AC | 42 A (27A from PV +15A from battery+ Grid Current =30.7 A) APPX |
NOMINAL CONTINUOUS CURRENT @ 240 V AC | 45 A IN ABSENCE OF SUN / 42 A IN ABSENCE OF GRID APPX |
Input — Dc | |
Maximum DC Power | 8100 watts per Phase = 24300 watts total |
Transformer-less, Ungrounded | YES |
Maximum Input Voltage PV & BATTERY PER PHASE | 500 V DC |
Nominal DC Input Voltage PER PHASE | 400 V DC |
Maximum Input Current PV @240VDC | 23 A |
Maximum Input Current BATTERY @240V | 8.5 A |
Max Input Short Circuit Current | 45 A |
Reverse-Polarity Protection | Yes |
EV Charger Status LEDs, Fault Indicator | Yes |
EV Charger Unplugging Detection | Yes, current termination according to SAE J1772 |
EV Charger Ground Connection Monitoring | Yes, continuous |
EV Charger Connector TYPE | 2 , 7 PIN L1,L2,L3,N,PE,CP,PP |
Supported Communication Interfaces | RS485, Ethernet, ZigBee (optional), Cellular (optional) |
Battery | |
Model | RESU 7H PER PHASE |
Make | LG Chem |
Type | Lithium Ion |
Max Energy | 7KWh per Phase |
Usable Energy | 6.6 KWh per Phase |
Voltage Range | 350-450V |
Communication | RS 485 |
Backup | 1 Hr Per 6 KW Load Per Phase |