Mount it on a wall, a pole, or directly under the array—no additional canopy required.
2. Parallel Power, Pay-as-You-Grow
Start with one 6kW unit, add a second for 12 kW, and keep going until six inverters operate as a single, 18 kW / 18 kVA three-phase or split-phase power plant.
True active-load sharing: if one unit is taken offline for service, the rest instantly re-balance—zero downtime for your critical loads.
One master, five followers, auto-slave detection; no DIP switches, no firmware headaches.
Single-point communication: CT, Wi-Fi, BMS, and generator start signals are mirrored across the stack through a single RJ45 cable.
3. Hybrid Heart – Solar, Grid, Battery, Gen-Set, Your Call
The hybrid inverter ip65 is not just a solar inverter; it is an energy orchestra conductor.
AC/Solar priority selectable on the 3.5-inch color LCD or from your phone.
Generator auto-start port with configurable crank delay and warm-up timer.
Zero-backfeed to grid when regulations forbid; or enable export and get paid—one click.
Peak-shaving mode for commercial users: solar powers the load, batteries absorb short spikes, and you avoid >80 % of demand charges.
4. Any Battery Chemistry, Any Size
Lead-acid? LiFePO₄? New lithium nickel-manganese-cobalt pack the cell maker hasn’t named yet?
Battery-independent architecture: voltage window 40 V – 60 V (48 V nominal) or 180 V – 240 V (192 V nominal) depending on model.
Built-in CAN & RS485 BMS ports talk to BYD, Pylontech, Hubble, SOK, Huawei, and Tier-1 rack batteries.
Charge-current dial from 10 A to 140 A per unit through the LCD—protect small AGM banks or fast-charge 100 kWh lithium towers.
Two-stage, three-stage, or CC/CV algorithm selectable; equalization for flooded cells; low-temperature cut-off probe included.
5. Pure Sinewave, Industrial Muscle, Household Silence
<3 % THD at full resistive load—your variable-speed fridge and your 4K OLED never had it so good.
200 % surge for 5 s; start a 2 hp deep-well pump with a 5 kW unit.
<45 dB @ 1 m—quieter than a household refrigerator.
Frequency-walk-in function prevents micro-grid collisions when multiple P6 clusters reconnect after a blackout.