American Split Phase Hybrid Solar inverter 48V 51.2V 12kW Inverter
Power Factor 1.0.
Max Inverter Efficiency 96.5%.
Paraleloperation up to 9 units.
1.5 times PV input power configuration.
2 strings of MPPT.
65V - 500V wide-range PV input operating voltage.
The built-in ATS can automatically switch betweengenerator power and mains power input.
The working duration of the generator and the charging current can be set.
American Split Phase Hybrid Solar inverter 48V 51.2V 12kW Inverter
Product Description
This 12kW American-standard hybrid inverter integrates grid-tied and off-grid operation, dual MPPT solar charging, bidirectional battery conversion, and intelligent energy management. Featuring dual outputs, 96.5% maximum inverter efficiency, and a wide 65–500V PV input range, it supports up to 1.5× PV input power and parallel operation of up to 9 units. Its built-in ATS automatically switches between utility and generator power, with configurable generator runtime and charging current for flexible and reliable energy management.
Key Advantages
Smart Dual Load Management
Supports intelligent power distribution with dual load outputs in off-grid mode, enabling independent control of different loads for more flexible and efficient energy management.
High Efficiency & Enhanced Solar Utilization
Featuring up to 96.5% inverter efficiency and 1.5× PV input capability, it maximizes solar energy conversion and improves overall system performance.
Flexible Parallel Expansion
Supports parallel operation of up to 10 units, allowing easy system capacity expansion to meet different power requirements from residential to commercial applications.
Advanced MPPT Solar Charging
Equipped with dual MPPT and a wide 65V–500V PV input range, it ensures optimal solar tracking performance and compatibility with various photovoltaic configurations.
Reliable Power Switching & Generator Integration
Built-in ATS provides seamless automatic switching between grid and generator power, while flexible generator settings ensure stable backup power operation.
Intelligent Energy Management
Supports peak shaving, valley filling, and multi-load control functions to optimize energy usage, reduce electricity costs, and improve system efficiency.
Technical Specifications
| Module | PC4808LP1 | PC4810LP1 | PC4812LP1 |
|---|---|---|---|
| AC Output (Off Grid) | |||
| Rated Power | 8KW/8KVA | 10KW/10KVA | 12KW/12KVA |
| Surge Power | 16KW/16KVA | 20KW/20KVA | 24KW/24KVA |
| Parallel Option | 9Pcs | ||
| AC Output Voltage | 208/220/230/240Vac(Settable) | ||
| Rated AC Output Frequency | 50Hz / 60Hz (Auto detection) | ||
| Max Bypass Output Current | 70A | 70A | 70A |
| AC Output Interface | Load+Smart Load | ||
| Max Inverter Efficiency | 96.5% (PV/AC) | ||
| Transfer Time | <10ms@Single,<30ms @ Parallel | ||
| Output Waveform | Pure Sine Wave | ||
| Power Factor | 1 | ||
| No-Load Loss | <75W@Rate Voltage | ||
| AC Output (On Grid) | |||
| Rated Power | 8KW/8KVA | 10KW/10KVA | 12KW/12KVA |
| Power Factor | 0.8 leading to 0.8 lagging | ||
| Rated Voltage | 230Vac | ||
| Rated Grid Frequency | 50Hz | ||
| Max Output Current | 35A | 44A | 53A |
| THD | <5% | ||
| PV input | |||
| Type Of PV Array Input Terminal | Screw-type terminal block | ||
| Number Of MPPT Trackers | 2 | ||
| Max PV Input Power | 6000W+6000W | 7500W+7500W | 9000W+9000W |
| Max PV Array Open Circuit Voltage | 550Vdc | ||
| Rated Input Voltage Of Photovoltaic System | 380Vdc | ||
| Max PV Input Current | 27A*2 | 27A*2 | 27A*2 |
| Startup Voltage | 65Vdc | ||
| MPPT Voltage Range | 65~500Vdc | ||
| Battery | |||
| Compatible Battery Types | Lithium battery, lead-acid battery | ||
| Rated Battery Voltage | 48V | ||
| Battery Voltage Range | 38.4Vdc~60Vdc | ||
| Minimum Cold Start Battery Voltage | 46Vdc | ||
| Battery Overcharge Protection Voltage | 60Vdc | ||
| Max Solar Charging Current | 190A | 220A | 250A |
| Max AC Charging Current | 170A | 190A | 210A |
| Max Charging Current (PV+AC) | 190A | 220A | 250A |
| Max Charging Power | 8000W | 10000W | 12000W |
| MPP tracking efficiency | 99.9% | ||
| Activate The Lithium Battery Function | Yes, PV+AC | ||
| Protection | |||
| Over Current/Voltage Protection | Yes | ||
| Anti-islanding Protection | Yes | ||
| AC Short-Circuit Current Protection | Yes | ||
| Leakage Current Protection | Yes | ||
| Ground Fault Monitoring | Yes | ||
| Grid Monitoring | Yes | ||
| DC surge protection Type | OVC II | ||
| AC surge protection Type | OVC III | ||
| Mechanical Specifications | |||
| Inverter Dimensions | 467*395*135mm | 467*395*135mm | 467*395*135mm |
| Packing Measurement | 561*486*245mm | 561*486*245mm | 561*486*245mm |
| Net Weight | 17.7Kg | 17.8Kg | 18Kg |
| Gross Weight | 18.7Kg | 18.8Kg | 19Kg |
| Communication Interface | USB / CAN / RS485/CT | ||
| Monitoring Option | WiFi Module | ||
| Quality Guarantee | 3 years | ||
| Environment | |||
| Protection Degree | IP20 | ||
| Humidity | 5%~95% non-condensing | ||
| Altitude | <2000 Meters | ||
| Operating Temperature | -10℃~50℃ | ||
| Storage Temperature | -15℃~60℃ | ||
| Noise | <60db | ||
| Type Of Cooling | Fan | ||
| Certificate | CE, Compliant with NRS097/EN50549-1/EN50549-10 and other certification standards | ||
Application Scenarios & Target Markets
Perfect for hybrid solar systems, high electricity price regions and energy-saving users
Residential Hybrid Solar Systems
Ideal for homes seeking energy independence with solar + battery storage solutions
Maximizes solar self-consumption and reduces reliance on grid electricity
Dual outputs provide flexible load management and reliable backup power
Small Commercial Energy Storage
Helps small businesses reduce electricity costs through peak shaving and load shifting
Supports flexible energy management for daily commercial power consumption
Supports parallel operation of up to 9 units to meet growing energy demands
High Electricity Cost Regions
Suitable for Europe, Middle East, South Africa, and Latin America markets with high electricity prices
High inverter efficiency of up to 96.5% improves solar energy utilization
Enables smarter energy scheduling based on time-of-use electricity rates
Off-Grid & Remote Power Applications
Provides stable off-grid power for remote homes, cabins, and rural facilities
Supports generator integration with automatic switching between generator and utility power
Dual outputs enable priority control of critical and non-critical loads
Backup Power & Energy Management Systems
Provides backup power for essential appliances during grid outages
Supports intelligent load management to optimize battery usage and backup duration
Built-in ATS enables automatic switching between generator and mains power
Solar Installers & EPC Projects
Supports parallel operation of up to 9 units for flexible system expansion
Dual MPPT and a 65–500V PV input range accommodate diverse solar configurations
Supports up to 1.5× PV input power configuration for greater solar capacity flexibility
Project Cases
Global home energy storage solutions with reliable inverters and batteries
Installed in a residential property in Iraq, this 12kW PCENERSYS hybrid inverter paired with a 30kWh battery helps meet daily household electricity needs amid an unstable grid supply. The system stores solar energy for use when needed and provides backup power during outages, helping the homeowner maintain a more reliable electricity supply and reduce reliance on the grid.
Installed in a residential property in Berlin, this PCENERSYS home energy storage system combines a 12kW inverter, a 6kW inverter, and a 30kWh battery to support daily household electricity needs. The system helps the homeowner make better use of stored energy, maintain power for essential appliances during grid outages, and improve overall household energy management.
Installed in a residential property in Nigeria, this PCENERSYS home energy storage system combines three 12kW inverters with five 50kWh batteries to support high household energy demands. Designed for areas with an unreliable grid supply, the system provides backup power for essential appliances such as lighting and refrigeration during outages, while helping the homeowner make better use of stored energy and reduce dependence on grid electricity.
Factory Strength
Advanced production equipment, standardized workshop, strict quality control system
Certifications
Complete international certifications, product quality meets global standards
International Certification
Quality Certificate
Safety Standard
CE Certification
ISO Certified
RoHS Directive
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Trusted by global brands, long-term strategic cooperation
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