10kW/12kW 120/240V Split-Phase Hybrid Inverter
Split-Phase Hybrid Inverter with Solar, Battery and Grid Integration for Residential and Small Commercial Energy Storage
The ShanPu GES48-500M series is a 10kW/12kW split-phase hybrid inverter delivering 120/240V output for North American residential and light-commercial solar systems, integrating solar PV, a 51.2V battery bank and utility grid in one unit. Dual PV inputs accept up to 6000W x 2 at 500Vdc maximum open-circuit voltage with a 90-450V MPPT range; mains-mode efficiency exceeds 95% and inverter mode 91%. Solar powers loads and charges the battery first; when solar is insufficient the system draws on battery or grid, and during an outage it continues in backup or off-grid mode for whole-home, pump and workshop loads.
How the Split-Phase Hybrid Inverter Works
The inverter can integrate four key components into one energy management system:
Solar PV → Hybrid Inverter → AC Loads
Solar PV → Hybrid Inverter → Battery
Grid → Hybrid Inverter → AC Loads
Battery → Hybrid Inverter → AC Loads
During normal operation, solar power can be used to supply connected loads and charge the battery. When solar production is insufficient, the system can use battery or grid power according to the configured operating mode.
During a grid outage, the inverter can operate in backup or off-grid mode and use available battery and solar power to supply connected loads.
Advantages
Flexible Energy Sources
Solar, battery and utility power can be integrated into one hybrid energy system, providing flexible energy management for different operating conditions.
Designed for 120/240V Systems
The split-phase architecture is suitable for North American residential and other electrical systems requiring both 120V and 240V power.
High Solar Input Capability
With up to 500V PV open-circuit voltage and 90–450V MPPT operating range, the inverter supports flexible solar array configurations.
Scalable Power
Selected models support parallel connection of up to six units, allowing the system capacity to be expanded according to project requirements.
Suitable for High-Power Loads
10kW and 12kW output options, together with high peak power capability, make the inverter suitable for demanding residential and selected commercial applications.
Multiple Communication Options
USB, RS485, WiFi/GPRS and dry-contact interfaces support system monitoring, communication and external control requirements.
Application Scenarios
1.Residential Solar Energy Storage
For homes combining rooftop solar, battery storage and utility power to increase solar self-consumption and reduce grid dependence.
2.Whole-Home Backup
Suitable for high-capacity home backup systems requiring both 120V and 240V power for refrigerators, lighting, pumps, HVAC and other compatible household loads.
3.Off-Grid Homes & Remote Properties
Can be integrated with solar panels and a 51.2V battery bank to provide independent AC power where utility supply is unavailable or unstable.
4.Pumps & Motor Loads
The 10kW model supports motor loads up to 5HP, while the 12kW version supports up to 6HP, subject to actual motor starting current.
5.Small Commercial & Workshop Energy Storage
Suitable for workshops, small stores, farms and other facilities requiring solar storage, backup power and both 120V/240V loads.
OEM & Project Support
Split-Phase Inverter Solutions for Residential Energy Projects
ShanPu supports distributors, solar installers, energy-storage integrators and project buyers with 10kW and 12kW split-phase hybrid inverter solutions.
Project support can include:
- 10kW and 12kW model selection
- Parallel and standalone configurations
- Lithium battery compatibility confirmation
- Solar PV and battery system matching
- OEM branding and packaging options
- Technical documentation and project consultation
- Bulk order and distributor support
Product Specifications
| Model | GES48100M200-500P | GES48100M200-500 | GES48120M220-500P | GES48120M220-500 |
| Parallel mode (function reserved) | ||||
| Allow quantity | 1-6 | 0 | 1-6 | 0 |
| Mains mode | ||||
| Nominal input voltage | 120(L1/N,L2/N)/240Vac(L1/L2) | |||
| Input phase voltage range | (85Vac~140Vac)±2% | |||
| Frequency | 50Hz/60Hz(Auto detection) | |||
| Frequency range | 47±0.3Hz~55±0.3Hz (50Hz); 57±0.3Hz~65±0.3Hz (60Hz); | |||
| Max. efficiency | >95% | |||
| Conversion time (bypass and inverter) | 10ms (typical) | |||
| Max. bypass phase overload current | 2P, 63A/63A(L1/L2) | |||
| Inverter mode | ||||
| Output voltage waveform | Pure sine wave | |||
| Nominal output power (VA) / (W) | Split phase:10000VA/10000W Single phase:7200VA/7200W (limited by the wiring terminals) |
Split phase:12000VA/12000W Single phase: 7200VA/7200w(limited by the wiring terminals |
||
| Power factor | 1 | |||
| Nominal output voltage (Vac) | 120Vac (L1/N, L2/N)/240Vac(L1/L2) | |||
| Output frequency range(Hz) | 50Hz±0.3Hz/60Hz±0.3Hz | |||
| Max.efficiency | >91% | |||
| Overload protection | (102% < load <110%) ±5%: report error and turn off the output after 5 minutes;(110% < load < 125%) ±5%: report error and turn off the output after 10 seconds;Load >125% ±5%: report error and turn off the output after 5 seconds; |
|||
| Peak power | Split phase: 15000VA Single phase: 15000VA | Split phase: 18000VA Single phase: 18000VA | ||
| Loaded motor capability | 5HP | 6HP | ||
| Nominal battery input voltage | 51.2V (Minimum starting voltage 44V) | |||
| Battery voltage range | 40.0Vdc-58.6Vdc ±0.6Vdc (Undervoltage alarm/shutdown voltage/overvoltage alarm /overvoltage recovery... settable on LCD screen) | |||
| Save power mode | Load≤25W enter power-saving mode | |||
| Mains charge | ||||
| Battery type | Lead acid or lithium battery | |||
| Max. charge current (configurable) | 120A | 160A | ||
| Charge voltage range | 40 -58.6Vdc | |||
| Solar charge | ||||
| Max. PV open circuit voltage | 500Vdc | |||
| PV operate voltage range | 90Vdc~500Vdc | |||
| MPPT voltage range | 90Vdc~450Vdc | |||
| Battery voltage range | 40 - 58.6Vdc | |||
| Max. PV input power/current | 6000Wx2 / 22Ax2 | |||
| Charge current range (configurable) | 200A | |||
| Max. hybrid charge current (PV+AC) | ||||
| Max. hybrid charge current (configurable) | 0-220A | |||
| Certification | ||||
| Safety certification | UL STD.1741 | |||
| EMC certification level | FCC part15, CLASS B | |||
| Operate temperature range | -10°C to 55°C(>45°C derating) | |||
| Storage temperature range | -25°C~60°C | |||
| Humidity range | 5% to 95% (Conformal coating protection) | |||
| Noise | ≤60dB | |||
| Cooling | Forced air cooling, variable speed of fan | |||
| communicate | USB/RS485 (WiFi/GPRS) / Dry contact | |||
| Dimensions (L*W*D) | 620x450x132 | |||
| Weight (kg) | 23.8 | |||
FAQ
What is a split-phase hybrid inverter?
A split-phase hybrid inverter is an energy conversion device designed to provide 120/240V AC power while integrating solar PV, battery storage and utility grid power. It can operate in both grid-connected and off-grid or backup applications.
What does 120/240V split phase mean?
A 120/240V split-phase system provides two 120V legs and 240V between the two legs. This allows compatible systems to supply both standard 120V loads and 240V loads from the same electrical system.
Is this inverter grid-tied or off-grid?
It supports both on-grid and off-grid operation. The specific operating mode depends on the system configuration, wiring, settings and applicable installation requirements.
Can the inverter work with solar panels?
Yes. The inverter has a maximum PV open-circuit voltage of 500Vdc and an MPPT voltage range of 90–450Vdc. It supports up to 6000W PV input per PV channel according to the specified model configuration.
How much solar power can the inverter handle?
The specified PV input is up to 6000W × 2, with a maximum PV input current of 22A × 2. The actual recommended PV array size should be determined according to the specific model and system design.
What is the maximum battery charging current?
The maximum mains charging current is 120A for some models and 160A for others. The solar charging current can reach up to 200A, while the configurable maximum hybrid charging current is 0–220A.
Can the inverter provide backup power during a power outage?
Yes. When configured for backup/off-grid operation, the inverter can use battery and available solar power to supply connected loads after the utility grid fails.
Is this inverter suitable for whole-home backup?
It can be used for high-capacity residential backup systems, but whether it can support the entire home depends on the total continuous load, peak load, motor starting requirements and the inverter's rated capacity. Large loads should be evaluated individually before system design.
Does the inverter support generators?
Generator integration depends on the specific system design and control configuration. If generator integration is required, the generator specifications and control requirements should be confirmed before selecting the inverter.
Get in touch with us
If you have any comments or good suggestions, please leave us a message; later our professional staff will contact you as soon as possible.
© 2026 ShanPu. All Rights Reserved.
Facebook
YouTube
SHANPU UPS