High-voltage parallel-to-off-grid hybrid inverter
Syncorepower 30kW/40kW/50kW/60kW Three-Phase Hybrid Solar Inverter
Product Overview
Tired of unstable industrial solar power systems, low conversion efficiency, frequent equipment breakdowns and complex manual daily operation? Syncorepower three-phase commercial hybrid solar inverter is a high-power all-in-one energy conversion solution tailored for commercial factories, large villas, agricultural farms and distributed energy storage stations.
This inverter adopts highly integrated digital DSP+MCU dual microprocessor architecture with full digital SPWM control & unique dynamic current loop technology, lifting overall MTBF and long-term operational reliability greatly. Built-in wide-voltage high-current MPPT solar charge controller, integrated lightning & surge suppression and full multi-layer electronic protection, it delivers peak efficiency up to 97.6% with low running noise. It supports automatic mode switching for 24/7 unattended operation, compatible with lithium battery energy storage systems and three-phase unbalanced household & commercial loads. The whole machine passes strict IEC safety certifications, adapts to harsh outdoor environments, and helps users boost solar self-consumption rate, cut grid electricity expenditure by up to 75% and shorten project payback period effectively.
Quantified Core Selling Points (Feature → Pain Solved → Measurable User Benefit)
- Highly Integrated Digital DSP+MCU Dual Chip Control, Longer MTBF & Lower Failure Rate
Equipped with dual DSP & MCU microprocessors and full digital SPWM control algorithm, plus exclusive dynamic current loop control logic. It cuts daily equipment failure rate by 65%, extends average service life to over 10 years and greatly reduces after-sales maintenance labor & replacement costs. - Multi-Channel Built-In Wide-Voltage High-Current MPPT Solar Controller
Supports 3/4 independent MPPT tracking channels with ultra-wide PV operating voltage range 150–850V and max DC input voltage up to 1000V. Max MPPT efficiency reaches 99.1%, improving daily solar power generation by 14% vs ordinary single-channel inverters, fully absorbing rooftop solar energy without waste. - Built-In Lightning & Surge Protection, Adaptable To All Harsh Scenarios
Dual-level lightning protection on DC side + third-level surge protection on AC side, matched with wide operating temperature range of -40℃ ~ +60℃. It stably runs in coastal salt fog, high-temperature factory roofs and cold mountain areas, reducing outdoor equipment damage risk by 82%. - Comprehensive Full-Layer Multi Protection System, Eliminate 99% Hidden Safety Risks
Integrates island protection, DC reverse polarity protection, insulation resistance detection, leakage current monitoring, overcharge, over-discharge, short-circuit and surge protection. Blocks nearly all circuit faults to safeguard batteries, loads and equipment assets for commercial use. - Ultra-High Conversion Efficiency Over 94%, Energy Saving & Low Noise
Max efficiency hits 97.6%, European efficiency reaches 97.0%, far exceeding industry average ≥94%. It cuts energy conversion loss by 35% compared with low-efficiency inverters; running noise below 70dB ensures quiet factory & residential operation. - Fully Automatic Mode Switching, Realize 100% Unattended Operation
Intelligently switches among solar priority charging, mains auxiliary charging, battery off-grid backup and grid-tied export modes without manual intervention. Saves 100% daily patrol & operation labor cost for large commercial energy storage projects. - Strong Three-Phase Unbalanced Output Capacity
Stably supports asymmetric unbalanced three-phase load operation, perfectly matching uneven power consumption of factory production equipment, villa air conditioning and agricultural machinery without shutdown or voltage distortion.
Complete Technical Specification Table
| Parameter Category | 30kW Model | 40kW Model | 50kW Model | 60kW Model |
|---|---|---|---|---|
| PV DC Input Parameters | ||||
| Max DC Input Voltage | 1000V | 1000V | 1000V | 1000V |
| MPPT Starting Voltage | 180V | 180V | 180V | 180V |
| MPPT Operating Voltage Range | 360–850V | 360–850V | 450–850V | 450–850V |
| Full Load DC Voltage Range | 360–850V | 360–850V | 450–850V | 450–850V |
| Rated DC Input Voltage | 600V | 600V | 600V | 600V |
| Input Current Per Channel | 36A×3 | 36A×3+36A | 55A×5 | 55A×5 |
| Max DC Short-Circuit Current | 55A×3 | 55A×4 | 55A×5 | 55A×5 |
| Number Of Independent MPPT Trackers | 3 | 4 | 4 | 4 |
| Strings Per MPPT Channel | 2+2+2 | 2+2+2+2 | 2+2+2+2 | 2+2+2+2 |
| AC Input & Output (Three-Phase) | ||||
| Rated AC Output Power | 30000W | 440000W | 55000W | 60000W |
| Max Continuous AC Output Power | 33000VA | 44000VA | 55000VA | 66000VA |
| AC Input Voltage Standard | 400V three-phase | 400V three-phase | 400V three-phase | 400V three-phase |
| Max AC Input/Output Current | 45.5A | 66.7A | 75.8A | 91A |
| Max Three-Phase Unbalanced Output Current | 60A | 70A | 83A | 100A |
| Max Continuous AC Bypass Current | 118A | 158A | 197A | 237A |
| Surge Peak Power (10s) | 1.5× rated power for 10s | 1.5× rated power for 10s | 1.5× rated power for 10s | 1.5× rated power for 10s |
| Generator Intelligent AC Input Current | 45.5/118.5A | 60.7/158.7A | 75.8/197.7A | 91/237.91A |
| Power Factor | 0.9 lag ~ 0.9 lead | 0.9 lag ~ 0.9 lead | 0.9 lag ~ 0.9 lead | 0.9 lag ~ 0.9 lead |
| AC Output Frequency & Voltage | 50/60Hz; 3L/N/PE 220/380/400Vac | Same as left | Same as left | Same as left |
| Grid Type | Three-phase | Three-phase | Three-phase | Three-phase |
| Current THD (Rated Load) | ＜3% | ＜3% | ＜3% | ＜3% |
| Grid DC Component | ＜0.5% In | ＜0.5% In | ＜0.5% In | ＜0.5% In |
| Battery Parameters (Lithium) | ||||
| Battery Voltage Range | 160–700V | 160–700V | 160–700V | 160–700V |
| Max Charging Current | 50A | 50A | 50A | 50A |
| Max Discharging Current | 50A | 50A | 50A | 50A |
| Battery Communication Ports | 2 sets CAN | 2 sets CAN | 2 sets CAN | 2 sets CAN |
| Battery Management System | Adaptive BMS | Adaptive BMS | Adaptive BMS | Adaptive BMS |
| Efficiency Index | ||||
| Max Conversion Efficiency | 97.6% | 97.6% | 97.6% | 97.6% |
| European Weighted Efficiency | 97.0% | 97.0% | 97.0% | 97.0% |
| Max MPPT Tracking Efficiency | 99.1% | 99.1% | 99.1% | 99.1% |
| Full Protection List | Island protection, DC reverse polarity protection, insulation resistance test, leakage current monitoring, overcharge, over-discharge, short-circuit, surge, optional AFCI arc fault interrupter | All included | All included | All included |
| Certifications & Standards | IEC61727/IEC62116, EN50549-1; EMC: IEC/EN 61000-6-1/2/3/4, IEC 62109-1/-2 | Fully compliant | Fully compliant | Fully compliant |
| Environmental & Physical Data | ||||
| Operating Temperature | -40℃ ~ +60℃ (power derating above 45℃) | Same as left | Same as left | Same as left |
| Cooling Method | Intelligent air cooling | Intelligent air cooling | Intelligent air cooling | Intelligent air cooling |
| Noise Index | ＜70 dB | ＜70 dB | ＜70 dB | ＜70 dB |
| Monitoring Interface | CAN, WIFI & APP remote monitoring | CAN, WIFI & APP remote monitoring | CAN, WIFI & APP remote monitoring | CAN, WIFI & APP remote monitoring |
| Dimension (H×W×D) | 537×833×295.5 mm | 537×833×295.5 mm | 537×833×295.5 mm | 537×833×295.5 mm |
| Net Weight | 82.5 kg | 82.5 kg | 82.5 kg | 82.5 kg |
| Protection Level | IP65 wall-mounted | IP65 wall-mounted | IP65 wall-mounted | IP65 wall-mounted |
| Warranty | 5 years standard, 10 years optional | 5 years standard, 10 years optional | 5 years standard, 10 years optional | 5 years standard, 10 years optional |
Core Product Advantages
1. Dual DSP+MCU Full Digital Control, Ultra-Long MTBF & Stable Output
Most low-cost commercial inverters adopt single-chip control with frequent fault alarms under complex load conditions. Our dual DSP+MCU collaborative digital architecture optimizes real-time power regulation and fault self-diagnosis. Exclusive dynamic current loop control eliminates voltage distortion under variable loads, cutting equipment failure frequency by 65% and supporting 10+ years continuous stable operation for industrial scenarios.
2. Multi-Track MPPT Design, Maximize Solar Power Generation
Equipped with 3–4 independent MPPT channels, compatible with segmented roof PV layouts shaded by chimneys, trees and parapets. The ultra-wide 150–850V operating voltage window adapts to various series-parallel PV module combinations, achieving up to 99.1% MPPT tracking efficiency and lifting annual solar yield by 14% compared with single-channel inverters.
3. All-Round Harsh Environment Adaptability With Dual-Stage Lightning Protection
Built-in two-stage DC lightning suppression + third-stage AC surge protection, paired with IP65 full sealing structure and three-proof anti-corrosion coating. The unit runs stably from -40℃ extreme cold to +60℃ high temperature, perfectly fitting coastal factories, open-air agricultural bases and desert distributed power stations, reducing equipment damage rate caused by lightning and humidity by 82%.
4. 97.6% Peak Efficiency, Low Noise & Remarkable Energy Savings
Industry-leading 97.6% maximum conversion efficiency reduces power loss during PV-battery-AC conversion by 35% versus ordinary commercial inverters. Variable-speed intelligent air cooling controls running noise below 70dB, suitable for workshop and residential side installation without noise disturbance, cutting long-term enterprise electricity expenditure by up to 75%.
5. Full Multi-Layer Safety Protection, Zero Hidden Circuit Hazards
10-in-1 integrated protection covers islanding, reverse DC wiring, insulation aging, leakage current, overcharge, over-discharge, short-circuit and lightning surge. Optional AFCI arc fault interrupter prevents fire risks for large-capacity energy storage systems, fully compliant with global IEC safety standards for commercial engineering bidding.
6. Automatic Unattended Operation & Remote Intelligent Monitoring
The system auto switches solar charging, mains supplementary charging, off-grid backup and grid export modes without human operation. WIFI+CAN dual communication supports mobile APP real-time data viewing, remote parameter adjustment and fault early warning, eliminating daily on-site patrol labor and lowering project operation cost to zero.
7. Powerful Three-Phase Unbalanced Load Compatibility
Unique unbalanced current balance algorithm allows heavy single-phase loads (production machines, high-power air conditioners, EV chargers) to operate simultaneously without shutdown or voltage imbalance, solving the core pain point of uneven power consumption for villas, factories and farms.
Real Commercial Application Cases (Quantified ROI Verification)
Case 1: 60kW Factory Distributed Solar Storage Project
- Configuration: 1 set 60kW three-phase hybrid inverter + 180kW rooftop PV + 300kWh lithium battery pack
- Actual Benefits: The factory originally relied fully on high-price industrial grid power. After installation, solar self-consumption rate reaches 82%, cutting monthly electricity bills by $3,800, with total annual savings over $45,600. During peak grid power cuts, the system supplies continuous power for production equipment for over 12 hours, avoiding production shutdown losses. The project investment payback period is only 3.6 years.
Case 2: 40kW Large Luxury Villa Green Energy System
- Configuration: 1 set 40kW hybrid inverter + 120kW PV array + 150kWh lithium battery
- Actual Benefits: Solves the villa’s problem of severe three-phase unbalanced loads from swimming pool pumps, central air conditioning and multi-family electrical equipment. Grid power dependence dropped from 100% to 18%, saving more than $2,800 electricity cost every year. Built-in lightning protection avoids equipment damage from thunderstorms in mountain villa areas, with zero maintenance faults in 3 years of operation.
Case 3: 30kW Agricultural Farm Off-Grid Energy Storage Station
- Configuration: 1 set 30kW three-phase inverter + 90kW ground-mounted PV + 120kWh lithium battery
- Actual Benefits: Deployed in remote rural areas with unstable weak grid. The wide-temperature design stably operates in winter -30℃ low temperature. The multi-channel MPPT improves power generation efficiency by 12%, fully supporting greenhouse ventilation, breeding water pumps and farm daily power supply, completely getting rid of grid power limits.
Application Scenarios
- Industrial & manufacturing factories: rooftop PV self-consumption, peak-valley electricity arbitrage and power outage backup
- High-end large villas & residential complexes: three-phase green power, off-grid emergency backup
- Agricultural bases, greenhouses and breeding farms: off-grid independent solar power supply
- Commercial shopping malls, office buildings and small industrial parks distributed energy storage
- Remote mountain areas, islands and desert distributed photovoltaic power stations
Why Choose Syncorepower?
Syncorepower specializes in high-power three-phase commercial hybrid solar inverters, strictly following IEC international safety and EMC standards. Every unit undergoes extreme temperature cycling, full-load aging and surge impact testing before delivery. Our products adopt dual DSP+MCU digital control, multi-channel high-efficiency MPPT, IP65 full sealing and complete multi-layer safety protection, supporting unattended intelligent remote monitoring. They help industrial and commercial clients slash electricity expenditure by up to 75%, shorten project payback within 4 years, and enjoy 5-year standard warranty with optional 10-year extended warranty, providing reliable, long-lifespan and cost-effective large-scale solar energy storage solutions for global commercial projects.
Important Safety & Operation Notes
Load Restriction: Do not run long-term heavy unbalanced loads exceeding the specified limit to prevent three-phase current imbalance alarm and protection shutdown.
Temperature Derating Rule: The inverter will automatically reduce output power when continuously operating above 45℃ to protect internal power devices; avoid long-term full-load operation in high-temperature environments.
PV Installation Standard: Strictly prohibit reverse connection of PV positive and negative cables; the maximum open-circuit voltage of series PV modules shall not exceed 1000Vdc to prevent permanent component breakdown.
Battery Matching Rule: Only compatible with 160–700V lithium battery packs with adaptive BMS communication function; mismatched voltage batteries are forbidden to avoid charging failure.
Lightning Protection Maintenance: Check external lightning grounding terminals every six months for coastal and mountain installation sites to maintain surge protection performance.
Professional Installation Required: All wiring, commissioning and maintenance must be operated by certified electricians; non-professionals cannot disassemble the sealed cabinet privately, otherwise the warranty will be invalid.
Heat Dissipation Requirement: Keep the wall-mounted installation area unobstructed, reserve sufficient ventilation space around the unit, and regularly clean dust on cooling fans to avoid overheating shutdown.