4163350100
pv4ev charging packages for detached or semi-detached residential homes
ENERPAK Solar Charge Maximizer System For Electric Vehicle Charging at Homeowner's Homes
Depending on the available space for solar panels mounting, and if it is a roof-mount system or rack-mount systems or walkway canopy system, the solar charge maximizing controller system for EV charging can be designed and installed for the residential homeowners or cottage owners. The estimated system cost are listed below:
PV4EV Level 1
Benefits:
Supports up to 15 KWH (60 KM EV commute per day), charged for 8 hours at 15 amps / 120VAC;
One criticle load circuit 15 amps / 120 VAC;
Backup power circuit for load mainly used during the day.
Components included:
3.6KW solar panels;
3.0 KW 120VAC Single Phase Solar Inverter;
24V ENERPAK Solar Charge Maximizing Controller;
30 amps MPPT solar charge controller
100 AH of 25.6V Lithium Iron Phosphate Battery;
Grid power / Inverter Load transfer switch controlled by battery voltage;
One of NEMA 5-15R receptacle for EV charging;
One of Criticle load circuit 15 amps / 120 vac Maximum.
PV4EV Level 1 Plus
Benefits:
Supports up to 20 KWH (80 KM EV commute per day), charged for 11 hours at 15 amps / 120VAC;
One criticle load circuit 15 amps / 120 VAC;
Backup power circuit for load mainly used during the day.
24VDC Domestic Hot Water Preheat Tank
Components included:
4.5 KW solar panels;
3.0 KW 120VAC Single Phase Solar Inverter;
24V ENERPAK Solar Charge Maximizing Controller;
60 amps MPPT solar charge controller;
200 AH of 25.6V Lithium Iron Phosphate Battery;
Grid power / Inverter Load transfer switch controlled by battery voltage;
One of NEMA 5-15R receptacle for EV charging;
One of Criticle load circuit 15 amps / 120 vac Maximum.
26 Gal. 24 VDC Domestic Water Preheat Tank with controller and circulation pump.
PV4EV Level 2
Benefits:
Supports up to 30 KWH (120 KM EV commute per day), charged for 8 hours at 15 amps / 240VAC;
Two criticle load circuits rated at 15 amps / 120 VAC;
Backup power circuit for load mainly used during the day.
Components included:
7.2KW solar panels;
6.0 KW 240VAC Split Phase Solar Inverter;
48V ENERPAK Solar Charge Maximizing Controller;
60 amps MPPT solar charge controller
100 AH of 51.2V Lithium Iron Phosphate Battery;
Grid power / Inverter Load transfer switch controlled by battery voltage;
One of NEMA 6-20R receptacle for EV charging;
two of Criticle load circuits 15 amps / 120 vac Maximum.
PV4EV Level 2 Plus
Benefits:
Supports up to 38 KWH (160 KM EV commute per day), charged for 11 hours at 15 amps / 240VAC;
Two criticle load circuits rated at 15 amps / 120 VAC;
Backup power circuit for load mainly used during the day.
48 VDC Domestic Hot Water Preheat Tank
Components included:
9.0KW solar panels;
6.0 KW 240VAC Split Phase Solar Inverter;
48V ENERPAK Solar Charge Maximizing Controller;
80 amps MPPT solar charge controller
200 AH of 51.2V Lithium Iron Phosphate Battery;
Grid power / Inverter Load transfer switch controlled by battery voltage;
One of NEMA 6-20R receptacle for EV charging;
two of Criticle load circuits 15 amps / 120 vac Maximum.
26 Gal 48 VDC Domestic Water Preheat Tank with controller and circulation pump.
PV4EV Level 2 Premium
Benefits:
Supports up to 38 KWH (160 KM EV commute per day), charged for 5.5 hours at 32 amps / 240VAC;
Two criticle load circuit 15 amps / 120 VAC;
Backup power circuit for load mainly used during the day.
105 gal. 240 vac, 4.5KW commercial grade Domestic Hot Water Preheat Tank
Components included:
9.0KW solar panels;
12.0 KW 240VAC Split Phase Solar Inverter;
48V ENERPAK Solar Charge Maximizing Controller;
80 amps MPPT solar charge controller
400 AH of 51.2V Lithium Iron Phosphate Battery;
Grid power / Inverter Load transfer switch controlled by battery voltage;
One of NEMA 14-50R receptacle for EV charging;
two of Criticle load circuits 15 amps / 120 vac Maximum.
105 Gal 240 VAC 4.5KW Domestic Water Preheat Tank with controller and circulation pump.