Prostar PLV6K-48PL-PLUS 6kw hybrid solar 48v split phase inverter charger provides reliable power management. It also offers flexible options for residential and small commercial applications.
The 48v split phase inverter charger delivers up to 6,000 W continuous output. It operates on a 48 V DC bus with split‑phase (120/240 V) AC output. This unit combines solar PV MPPT charging and battery management. It also integrates grid interactive features and multiple protection layers into a compact, serviceable unit.
For higher power demands, the split phase solar inverter charger supports up to 6 units in parallel, enabling up to 36kW off-grid power. Its open battery interface design allows multi-battery expansions for extended storage capacity.
48V Split Phase Inverter Features
Hybrid Functionality
As a true hybrid system, the 48v split phase inverter seamlessly controls energy from various sources. It manages power from solar panels, a battery bank, and the utility grid or a generator. You can prioritize the use of clean solar energy. Excess power is stored in batteries. Only draw from the grid when necessary. This setup maximizes energy independence and reduces electricity bills.
110V/220V or 120V/240V Split-Phase AC Output
Provides the standard voltage needed for homes with 220V or 240V appliances. These appliances include water heaters, air conditioners, and ovens. This offers complete electrical compatibility.
Built-in Battery Charger and Management
The unit includes a powerful battery charger. It can efficiently charge the battery bank from the AC source (grid or generator). It features comprehensive battery management functions to protect and prolong the life of your battery system. This makes it compatible with various battery types, including Lithium-ion, Flooded, and AGM/Gel.
All-in-One Solution
Combines a solar inverter, a battery charger, and an AC transfer switch in a single, compact unit. This simplifies system design, saves space, and reduces installation costs.
Generator & Grid Input Support
Automatic switchover between power sources. It is perfect for backup, hybrid, and off-grid systems.
Advanced Charging Algorithms
Extends battery life by providing precise, multi-stage charging (Bulk, Absorption, Float) tailored to your battery type.
Product Details
| 1 | Touch Screen | 8 | Dry Contact |
| 2 | LED Indicator | 9 | Battery Connector (Positive) |
| 3 | Terminal Protection Cover | 10 | Battery Connector (Negative) |
| 4 | ON/OFF Switch | 11 | PV Connector |
| 5 | Parallel Communication Port | 12 | AC Output (L1-N-L2) |
| 6 | RS485-1 Port (BMS) | 13 | AC Input (L1-N-L2-PE) |
| 7 | CAN/RS485-2 Port | – | — |
Production View
Split Phase Inverter Wiring Diagram
Supports both single-phase (120VAC) and split-phase (120/240VAC) output modes, making it compatible with a wide range of residential and commercial loads.
Multiple Operation Modes
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Solar Priority: Use solar energy to power your loads and charge the battery, minimizing grid consumption.
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Grid-Tied Mode: Feed excess solar power back to the grid (if local regulations permit).
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Backup Mode: Use battery power during grid outages for essential loads.
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Generator Support: Can be paired with a generator for extended backup power.
Installation & Commissioning Notes
- Match battery chemistry and sizing to inverter charger specifications; configure charge profile accordingly.
- Ensure PV array voltage and current are within MPPT and input protection limits.
- Configure split‑phase wiring and load balancing per local electrical code; use a qualified electrician for AC and grounding connections.
- Program operation modes (solar/battery/grid priority), TOU schedules, and generator integration during commissioning.
- Validate firmware and communications settings; register the device on the remote monitoring platform if used.
Ideal Applications
The PLV6K-48PL-PLUS is the perfect energy solution for:
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Residential Homes: Achieving energy self-sufficiency and backup power.
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Small Offices & Shops: Reducing operational electricity costs.
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Off-Grid Cabins & Remote Sites: Providing reliable power where the grid is unavailable or unreliable.
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Emergency Power Backup: Keeping lights, refrigerators, and communication devices on during blackouts.
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