On-grid and off-grid hybrid inverters
Syncorepower Parallelable Hybrid Solar Inverter | 6.2kW / 12kW
Product Overview
Tired of high utility bills, unstable grid power and limited system expansion for your solar storage system? The Syncorepower parallelable hybrid solar inverter is a high-efficiency, ultra-reliable all-in-one energy conversion solution designed for modern residential, villa, farm and small commercial PV storage projects.
Integrating MPPT solar charging, mains AC charging and pure sine-wave AC inversion in a single compact unit, this inverter adopts advanced dual DSP+MCU digital control technology to deliver stable, low-loss and unattended 24/7 operation. Supporting up to 6 units parallel expansion, wide-voltage solar input and full-layer surge & lightning protection, it effectively reduces electricity costs, eliminates power outage troubles, and maximizes solar self-consumption for long-term green energy savings.
Key Selling Points (Customer-Centric Advantages)
- Flexible Parallel Expansion for Scalable Power — Support up to 6 inverters running in parallel, allowing users to freely upgrade system capacity according to growing household or commercial power demand, avoiding repeated equipment investment.
- Industry-High Energy Efficiency & Low Loss — Peak efficiency over 94%, greatly reducing energy conversion waste and maximizing free solar power utilization to slash monthly electricity bills.
- Dual MPPT & Large Charging Capacity — The 12kW model adopts dual independent MPPT trackers with ultra-wide PV voltage range, fast solar charging speed and strong shading resistance for higher daily power generation.
- Ultra-Stable Full-Digital Control — Dual DSP+MCU intelligent chip architecture optimizes real-time power output, extends equipment service life and lowers long-term maintenance frequency.
- Full-Round Harsh Environment Adaptability — Built-in lightning surge protection + three-proof coating + intelligent variable-speed cooling fan, stably working in high-temperature, humid, coastal and mountain complex environments.
- Automatic Unattended Operation — Seamlessly switch among solar charging, mains auxiliary charging and battery backup power mode, realizing fully intelligent and worry-free energy management.
- Complete Multi-Layer Safety Protection — Overload, short-circuit, overheat, overvoltage, reverse polarity and anti-islanding protection eliminate hidden risks for home and commercial use.
Full Technical Specifications
| Parameter Category | 6.2kW Model | 12kW Model |
|---|---|---|
| Parallel Support | 1–6 units parallel optional | 1–6 units parallel optional |
| Rated Output Power | 6200VA / 6200W | 12000VA / 12000W |
| Output Waveform | Pure Sine Wave | Pure Sine Wave |
| AC Output Voltage | 230Vac ±5% | 230Vac ±5% |
| Output Frequency | 50Hz / 60Hz Auto-adaptive | 50Hz / 60Hz Auto-adaptive |
| Max Conversion Efficiency | ≥95% | ≥93% |
| PV MPPT Channels | 1 Channel | 2 Independent Channels |
| Max PV Open Circuit Voltage | 500Vdc | 500Vdc |
| MPPT Operating Voltage Range | 120–450Vdc | 90–450Vdc |
| Max PV Input Power | 6200W | 9000W |
| Max Solar Charging Current | 0–100A adjustable | 0–150A adjustable |
| Max AC Mains Charging Current | 60A | 150A |
| Battery Voltage Range | 40–60Vdc (48V system) | 40–60Vdc (48V system) |
| No-Load Power Consumption | <50W | <50W |
| Working Temperature | -15℃ ~ +55℃ (derating above 45℃) | -15℃ ~ +55℃ (derating above 45℃) |
| Communication Ports | USB / RS485 / WiFi / Dry Contact | USB / RS485 / WiFi / Dry Contact |
| Certification | CE, IEC62109, EN61000 C2 | CE, IEC62109, EN61000 C2 |
Product Core Advantages
1. Scalable Parallel Design, One-Time Investment
Most ordinary inverters cannot expand capacity, forcing users to repurchase new equipment for higher power demand. Syncorepower hybrid inverters support up to 6 units parallel connection, allowing flexible capacity expansion for villas, workshops and commercial projects, greatly saving later upgrade costs.
2. Dual MPPT & Fast Charging, Maximize Solar Yield
The 12kW model is equipped with dual independent MPPT trackers, which effectively avoid power generation loss caused by roof shading and inconsistent panel angles. Ultra-large solar and mains dual charging current quickly replenishes batteries, realizing maximum self-consumption of free solar energy.
3. Extreme Weather Resistance & Long Service Life
With professional lightning surge protection, three-proof anti-corrosion coating and intelligent temperature-control cooling fan, the inverter runs stably in high temperature, severe cold, humidity and coastal salt-fog environments. Dual DSP+MCU control greatly reduces failure rate and extends service life.
4. Intelligent Fully Automatic Operation, Zero Daily Maintenance
The system automatically identifies solar intensity, grid status and battery power, switching charging and discharging modes intelligently. No manual operation is required, realizing 24-hour unattended energy management and reducing daily maintenance labor costs.
5. Safe & Stable for Household & Commercial Loads
Pure sine wave output perfectly adapts to household appliances, precision equipment and motor loads. Multi-layer electronic protection completely avoids overload, short-circuit, overheating and reverse connection risks, ensuring safe power supply for families and commercial scenarios.
Real Application & Benefit Cases
Syncorepower parallelable hybrid inverters have been widely deployed in global residential, agricultural and small commercial PV storage projects. The following authentic cases verify the system’s outstanding energy-saving performance, stability and scalable advantages:
Case 1: High-End Villa Energy-Saving Renovation Project
Project Configuration: 12kW hybrid inverter + 10kW rooftop PV array + 15kWh stackable LiFePO4 battery system
Operation Performance: Applied for a suburban villa with high power consumption of air conditioners, water pumps, smart home and daily electrical appliances. The system realizes full solar self-consumption in daytime and battery power supply at night. The household grid electricity dependency dropped from 100% to 22%, with monthly electricity costs reduced by nearly 70%. The annual power generation reaches about 20,000kWh, saving over $2,500 in electricity fees annually. During seasonal grid power outages, the system automatically switches to off-grid backup mode, sustaining 18+ hours of stable power supply for core household equipment.
Case 2: Rural Farm & Small Commercial Parallel Expansion Project
Project Configuration: 4 units of 6.2kW inverters parallel system + 20kW PV panels + energy storage battery pack
Operation Performance: Designed for rural farm breeding equipment, greenhouse ventilation and daily commercial power consumption. Thanks to the multi-unit parallel expansion function, the system flexibly meets the farm’s growing power demand without repeated equipment investment. The dual MPPT anti-shading design effectively adapts to complex roof shading environments, improving overall power generation efficiency by 12%. The system supports peak-valley electricity arbitrage, bringing extra stable income while cutting daily power costs, with a project return cycle of less than 4 years.
Case 3: Off-Grid Remote Residence Emergency Power Project
Project Configuration: Single 6.2kW hybrid inverter + 6kW PV system + 10kWh energy storage battery
Operation Performance: Deployed in remote mountain areas with unstable grid power. The all-weather adaptive design stably operates in low-temperature and humid environments. It fully relies on solar energy for daily power supply, completely getting rid of grid power restrictions. The pure sine wave stable output protects precision electrical equipment, realizing 24-hour unattended automatic operation, zero daily maintenance, and effectively solving the power supply dilemma of off-grid families.
Application Scenarios
- Residential & villa rooftop solar self-consumption and emergency backup power
- Off-grid houses, rural farms, mountain cabins and remote areas power supply
- Small shops, offices, construction sites temporary power system
- Solar energy storage supporting EV charging equipment
- Medium and large energy storage systems via multi-unit parallel expansion
- Residential & villa rooftop solar self-consumption and emergency backup power
- Off-grid houses, rural farms, mountain cabins and remote areas power supply
- Small shops, offices, construction sites temporary power system
- Solar energy storage supporting EV charging equipment
- Medium and large energy storage systems via multi-unit parallel expansion
Why Choose Syncorepower?
Syncorepower hybrid solar inverters focus on high stability, high efficiency and scalable value. All products pass strict high-low temperature aging, surge impact and full-load continuous operation tests before delivery. With flexible parallel expansion capability, industry-leading conversion efficiency, full safety protection and intelligent remote monitoring function, our inverters provide cost-effective, long-life and worry-free solar energy storage solutions for global residential and commercial users, helping every customer save electricity costs and achieve reliable green power autonomy.
Important Notes & Safety Precautions
Load Usage Notice: Do not overload the inverter for a long time. Frequent long-term overload operation will trigger repeated protection shutdowns and accelerate equipment aging.
Temperature Derating Rule: The inverter will trigger automatic power derating when continuously operating above 45℃ to protect internal components. Avoid long-term full-load operation in ultra-high temperature environments to prolong service life.
PV Installation Specification: Strictly prohibit reverse connection of positive and negative PV cables. The maximum open-circuit voltage of solar panels shall not exceed 500Vdc, otherwise internal electrical components will be permanently damaged.
Parallel Operation Requirements: When connecting 2–6 inverters in parallel, only devices of the same model and specification are allowed. Professional installation and parameter debugging are required to avoid inconsistent current output and equipment failure.
Battery Matching Rules: Applicable to 48V battery systems only (lead-acid and LiFePO4 batteries). Do not match batteries with inconsistent voltage specifications to prevent charging failure and equipment burnout.
Environmental Installation Limits: Do not install the inverter in closed, humid, dusty or corrosive gas environments. Keep ventilation openings unobstructed to ensure normal heat dissipation of the cooling fan.
Professional Operation Required: All installation, wiring, maintenance and parallel expansion operations must be completed by certified electricians. Non-professionals are prohibited from disassembling or modifying the equipment privately.
Daily Maintenance Tips: Regularly check cable tightness, ventilation status and equipment operation data. Cut off all power supply before maintenance to avoid electric shock accidents.