While parked at
the workplace, charged consistently at
3. During
morning and evening peak hours, the EV
discharged meet residential
62
Delta Electronics (Americas), Ltd.PAGE VEHICLE-TO-HOME (V2H) SYSTEMS
HANDBOOK
7.5 kW, effectively utilizing surplus solar
energy. Over the day, the solar system
generated 15. V2X Charger 10kW 208/240Vac: Technical Datasheet.
The unit designed for reliable operation in
harsh environmental conditions, offers
multiple connectivity options (Ethernet, Wi-
Fi, Bluetooth), and features compact,
IP55-rated wall-mounted design.,
which includes key specifications for both
charging and discharging modes.
7.1 Appendix Technical
Datasheets
Figure 1162
shows the technical datasheet of
a sample V2H charger (10 kW, 208/240 Vac)
from Delta Electronics (Americas), Ltd. It
supports bidirectional operation with 96%
peak efficiency AC-DC and DC-AC
conversions, using the CHAdeMO interface. LF_V2X_10kW_V0.630 kWh, which significantly
contributed local consumption. Link
demand, substantially reducing
dependence grid power.
Fremont, CA: Delta Electronics, 2023. Appendices
7.2 Appendix Results
The real-world observations recorded on
April 2024, part demonstration by
the Grid Integration Laboratory (GIL) IIT
Bombay, highlight the dynamic energy flow
and optimization potential V2H-enabled
household integrated with solar generation
as shown Figure and Figure 13.277 kWh, indicating that the exported
more energy than consumed,
demonstrating the potential V2G systems
Figure Technical Specifications V2H/V2G Charge (10kW/208/240Vac) from Delta Electronics (Americas), Ltd.
The charger handles input/output voltage
ranges from 500 Vdc (DC side) and up
to 45.5 220 Vac (AC side), with a
maximum power rating kW.
.1_US. Notably,
the net energy exchange with the grid was
−9
