The energy produced by the PV system is applied to optimize self-consumption. The extra energy is used to recharge the batteries.
Charging the battery while the local off-peak electricity, discharging the battery while the local peak electricity, to reduce your electricity bills.
Peak Shaving Diagram
When grid fails, the system switches to back-up mode automatically. The PV and battery could support the back-up load.
Emergency Backup Diagram
After self-consumption, the system exports the extra electricity to the grid company to attain the profits.
Grid Export Diagram
Forbid the extra energy to feed back to the utility company.
No Feed Back Diagram
① Felicity single phase or 3 phases hybrid inverter system could be matched a variety of batteries, to meet the self-consumption, peak shaving & valley filling, emergency power back-up, feed back energy to the grid and forbid to feed back options.
Hybrid System Diagram 1
② Felicity single phase or 3 phases hybrid inverter could extend the back up loads energy.
Hybrid System Diagram 2
| Specification | Sol-Ark-5K/8K-48-ST | SRNE-ASF4880U200-H |
|---|---|---|
| Inverter | Sol-Ark-5K/8K-48-ST | SRNE-ASF4880U200-H |
| Power | 5000W-8000W | 8000W |
| Type | 120/240/208V Split Phase | 120/240Vac (L1/L2/N/PE split phase) |
| Battery |
LPBA48200
EC10000
|
LPBA48200
EC10000
|
① Felicity AC couple inverter could improve the solar system self-consumption and offer the back up energy to the critical loads when the electricity was cut off.
AC Couple System Diagram 1
② Without PV, the AC couple inverter charge the battery while the local off-peak electricity, discharge the battery while the local peak electricity, to reduce your electricity bill.
AC Couple System Diagram 2
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Energy Storage Battery
