Goodwe 9600W Hybrid Inverter Single Phase 4 MPPT with AC Bypass (APS) (SKU Part Number GW9600A-ES)

Comprehensive Overview of the Goodwe 9600W Hybrid Inverter

The GoodWe A-ES Series is a split-phase hybrid inverter designed to increase self-consumption of your generated solar energy. GoodWe A-ES is compatible with high voltage (80-495V) batteries with a power capacity ranging from 5 kW to 9.6 kW. With up to 4 MPPTs, the A-ES inverter seamlessly adapts to complex residential rooftops. Equipped with rapid battery charge functionality and perfectly capable of powering large loads in back-up mode (up to 9.6 kW).

Features

• Seamless UPS switch function AFCI & rapid shutdown
• AFCI & Rapid shutdown
• 4 MPPT's & 150% DC input oversizing - Up to 4 MPPTs, the A-ES (5-9.6 kW) is the perfect solution to feed solar power to large residential properties, covering all the corners of your rooftop and maximizing total solar generation. With 150% DC input oversizing capability, the A-ES series is driven to its full capacity by extra reflections added to the back of bifacial panels, designed to increase power output even under low solar radiation
• Smart meter integrated
• Integrated AFCI & Rapid Shutdown - The GoodWe A-ES has been designed to meet the safety regulations of the American market, including Arc Fault Circuit Interrupter and Rapid Shutdown. GoodWe does not only deliver efficiency, reliability, but security as well

Specifications:

• Dimensions: 16.3 in x 31.1 in x 6.9 in
• Battery Type: Lithium-Ion
• Battery Voltage: 80-495 V
• Maximum Continuous Charging Current: 50 A (Battery Input Data)
• Maximum Discharging Charging Current: 50 A (Battery Input Data)
• Maximum Input Power: 15000 W (PV String Input Data)
• Maximum Input Voltage: 600 V (PV String Input Data)
• MPPT Operating Voltage Range: 80-550 V (PV String Input Data)
• Start-Up Voltage: 95 V (PV String Input Data)
• Nominal Input Voltage: 380 V (PV String Input Data)
• Maximum Input Current Per MPPT: 12.5 A/12.5 A/12.5 A/12.5 A (PV String Input Data)
• Maximum Short-Circuit Current Per MPPT: 15.2/15.2/15.2/15.2 A (PV String Input Data)
• Number of MPPT: 4 (PV String Input Data)
• Number of Strings Per MPPT: 1/1/1/1 (PV String Input Data)

AC Output Data (On-Grid):

• Maximum Apparent Power Output to Utility Grid: 9600 VA
• Maximum Apparent Power From Utility Grid: 9600 VA
• Output Voltage Range: 211-264 VAC at 240 VAC
• Nominal AC Grid Frequency: 60 Hz
• Maximum AC Current Output to Utility Grid: 40 A
• Maximum AC Current From Utility Grid: 40 A
• Power Factor: 1 (Adjustable from 0.8 Leading to 0.8 Lagging)
• Maximum Total Harmonic Distortion: <3%

AC Output Data (Back-Up):

• Maximum Output Apparent Power at 240V: 9600 VA (11520 VA at 60 sec)
• Maximum Output Current at 240 V: 40 A
• Nominal Output Voltage L1-L2/L-N: 120/240 VAC
• Nominal Output Frequency: 60 Hz
• Output THDv at Linear Load: <3%

Efficiency:

• Maximum Efficiency: 97.6%
• CEC Efficiency: 97.1%
• Maximum Battery to AC Efficiency: 96.6%

Protection Features:

• PV Insulation Resistance Detection: Integrated
• Residual Current Monitoring: Integrated
• PV Reverse Polarity Protection: Integrated
• Battery Reverse Polarity Protection: Integrated
• Anti-Islanding Protection: Integrated
• AC Overcurrent Protection: Integrated
• AC Short-Circuit Protection: Integrated
• AC Overvoltage Protection: Integrated
• PV Arc Fault Detection: Integrated

Operating Conditions:

• Operating Temperature: -31 to 140°F
• Relative Humidity: 0-95%
• Maximum Operating Altitude: 4000 m
• Cooling Method: Intelligent Fan
• Noise Emission: <45 dB

Communication & Monitoring:

• Display Type: LED & APP (Wi-Fi, Bluetooth)
• Communication with BMS: RS485, CAN
• Communication with Meter: RS485
• Communication with Portal: Wi-Fi, LAN (Optional)

Additional Features:

• Self-Consumption at Night: <20 W
• Topology: Transformerless
• Enclosure Rating: NEMA Type 4X
• Mounting Method: Wall Bracket

Compliance & Standards:

• Standards: UL1741 SA, California Rule 21, HECO Rule 14, IEEE 1547, IEEE 1547.1, UL 1741, CSA 22.2 No. 107-01, UL 1998, UL1699B, FCC Part 15 CLASS B

Warranty: 5 Years Limited
Weight: 70.5 lb

Documents 

• Specification Sheet
• User Manual
  

Advanced Performance with Goodwe 9600W Hybrid Inverter

The Goodwe 9600W hybrid inverter delivers a robust, single-phase solution designed for residential and light commercial solar energy systems. Equipped with four Maximum Power Point Trackers (MPPTs), it optimizes energy harvest by independently tracking solar array segments, increasing overall efficiency and reliability. This advanced inverter also features an AC bypass (APS), ensuring continuous power supply during grid interruptions. Integrating seamlessly with battery storage, it supports energy self-consumption and backup power needs, making it a versatile and future-proof choice for hybrid solar installations.

Efficient Energy Management and System Compatibility

This Goodwe 9600W hybrid inverter supports flexible system configurations, making it compatible with a wide range of solar panels and battery types. The four MPPT inputs allow tailored connections for diverse array orientations or shading scenarios, maximizing solar energy capture throughout the day. The AC bypass function guarantees uninterrupted power during outages by bypassing solar input to the grid or load, enhancing system reliability. Its integrated communication options facilitate real-time monitoring and smart energy management, enabling users to optimize their solar setups efficiently.

Durability and User-Friendly Features

Designed for longevity and ease of use, the Goodwe 9600W hybrid inverter features a rugged enclosure with IP65 protection against dust and water. This ensures stable operation even in harsh outdoor environments. The inverter's intuitive LCD display and app-based interface provide straightforward access to performance data, fault alerts, and historical logs. With compliance to global safety standards and comprehensive warranty support, the GW9600A-ES model represents a reliable investment for those seeking a dependable, high-capacity hybrid inverter for enhanced solar power management.