The DeRun GD8648 8600W Hybrid Solar Inverter is a high-performance unit designed for large commercial and industrial energy systems. It combines advanced MPPT technology with fast transfer switching and flexible communication options. Ideal for users seeking higher power output, seamless hybrid operation, and remote monitoring.
Key Features:
Rated Power: 8600W / 48V DC
Dual PV input current: 27A + 27A
Supports on-grid, off-grid, and hybrid operation modes
Near-zero transfer time ensures uninterrupted power
LCD touch screen display for real-time data
BMS communication compatible with multiple lithium battery protocols
Overload and short-circuit protection
Slim and lightweight design for easy installation
Low noise operation (≤50dB)
Optional WiFi module for intelligent remote monitoring
| Model | GD8648 | |
| AC Input Voltage | AC Input | 220V AC/110V AC |
| Input Voltage Range | 90-280V±3V AC(Normal Mode) 170V-280V±3V AC(UPS Model) | |
| Input Frequency | 50/60Hz±5% | |
| Rated Power | 8600W | |
| Output | PV Inverter Output Power | 11000W |
| Output Voltage | 220/230/240VAC±5% | |
| Output Frequency | 50/60Hz±0.1% | |
| Output Wave | Pure Sine Wave | |
| Transfer Time | ≤10ms(UPS Model)/≤20ms(INV Model) | |
| Peak Power | 17200VA | |
| Overload Ability | Battery Model:11s@105%-150% Load 2s@150%-200% Load 400ms@>200% Load | |
| Battery | Rated Voltage | 48V DC |
| Constant Charging(Configurable) | 56.4V DC | |
| Charging Voltage(Configurable) | 54V DC | |
| Charger | PV Charging Method | Double MPPT |
| Max PV Input Power | 2*6500W | |
| MPPT Input Voltage Range | 90~500V DC | |
| Optimal VMP Range | 360~430V DC | |
| Max PV Input Voltage | 500V DC | |
| Max PV Input Current | 27A | |
| Max PV Charging Current | 120A | |
| Max AC Charging Current | 150A | |
| Max Charging Current | 120A | |
| Dispaly | LCD Interface | Can display operating mode/Load/Input/Output |
| Inerface | RS232 | Baud Rate 2400 |
| Expansion Slot Communication Inerface | Lithium Battery BMS Communication Card,WiFi/Pitch 2.54mm | |
| Parallel Inerface | Not Support Parallel | |
| Ambient Temperature | Operation Temperature | -10℃~50℃ |
| Operating Environment Humidity | -10℃~60℃ | |
| Storage Temperature | Non Condensing | |
| Noise | ≤50dB | |
>
Digital Battery Management System – Optimizes battery performance and longevity
AI Algorithm for Maximum Solar Efficiency Tracking – Ensures the highest energy output by adjusting to varying sunlight conditions

Short Circuit Protection – Safely shuts down during a short circuit
High/Low Temperature Protection – Guards against extreme temperatures
Voltage Protection – Ensures stable operation despite voltage fluctuations
Overload Protection – Prevents damage by reducing overload
Overcurrent Protection – Shields the inverter from excess current
Reverse Polarity Protection – Avoids damage from incorrect wiring

Automatic Lithium Battery Start-up: Powers on seamlessly from the battery.
Smart & Safe Charging: Designed for safety and peace of mind.
Zero Activation Required: Fully operational for immediate use after charging.
Hands-Off Recovery: Automatically detects power restoration, charges, and reboots.


Supports multiple remote monitoring options, including computer and app access, with the ability to set parameters remotely.

GD11048 11KW Hybrid Solar Inverter for Industrial and Backup Power
View Details →
GD6248 6200W Hybrid Solar Inverter with Parallel Function
View Details →Learn how solar inverters work with PV panels in a step-by-step overview. Discover how DeRun Inverter’s Off Grid, Hybrid, and ESS Solar Inverters provide high-efficiency power conversion for global solar projects.
Learn how MPPT technology boosts hybrid inverter efficiency, increases solar energy yield, and improves ROI for commercial and industrial projects.
Discover the key differences between off-grid, grid-tied, and hybrid solar inverters. Learn how each type works, their pros and cons, and find the best inverter solution for your project with DeRun Inverter — a trusted solar inverter manufacturer.
B2B guide comparing AC-coupled and DC-coupled hybrid solar systems. Pros, cons, efficiency, and DeRun inverter recommendations for optimal project performance.