GoodWe 10kW Single Phase Hybrid Inverter (GW0010-EHB) for Residential and Light Commercial Solar Systems

The GoodWe 10kW Single Phase Hybrid Inverter from the EHB Series is a high-performance energy solution designed for modern homes and light commercial applications that require strong solar capacity, battery backup, and intelligent grid interaction. Operating with high-voltage lithium batteries, the GoodWe GW0010-EHB offers excellent efficiency, flexible system design, and reliable essential-load backup during power outages.

This inverter is designed for users who want to maximise solar self-consumption while maintaining stable backup power for critical circuits.

What the GoodWe GW0010-EHB 10kW Hybrid Inverter Is Designed For

The GoodWe GW0010-EHB hybrid inverter is designed to operate as part of a grid-connected solar system with battery storage. It intelligently manages energy between solar panels, high-voltage lithium batteries, and the utility grid.

The GoodWe 10kW Single Phase Hybrid Inverter is suitable for larger residential homes or small commercial environments with higher energy demand. It is not a basic backup inverter and should be installed with correct system design and load management.

High-Voltage Battery Compatibility of the GoodWe 10kW Hybrid Inverter

The GoodWe GW0010-EHB supports high-voltage lithium-ion battery systems with an operating battery voltage range from 80V to 495V. The inverter automatically adapts its charging strategy to the battery management system (BMS), ensuring safe and efficient battery operation.

Supported battery types include compatible high-voltage lithium systems from approved manufacturers as defined by GoodWe.

Solar Input Capability of the GoodWe GW0010-EHB

The GoodWe 10kW Single Phase Hybrid Inverter supports a maximum DC solar input power of up to 15,000W, allowing large solar arrays to be connected for high energy production. With a wide MPPT voltage range and multiple MPPT trackers, the inverter provides excellent flexibility for complex roof layouts and varying panel orientations.

This makes the GoodWe GW0010-EHB well suited for users aiming to maximise solar generation throughout the day.

Backup Power Performance of the GoodWe 10kW Single Phase Hybrid Inverter

During grid outages, the GoodWe GW0010-EHB provides reliable backup power to essential loads with a fast automatic switch time of less than 10 milliseconds. The inverter delivers stable voltage and frequency, ensuring smooth operation of connected circuits.

Peak output capability allows the system to handle short-term surge loads when sufficient solar or battery power is available.

Monitoring and Communication Features of the GoodWe GW0010-EHB

The GoodWe 10kW Hybrid Inverter includes integrated Wi-Fi and Bluetooth connectivity for system monitoring. Users can track solar production, battery status, grid interaction, and load consumption through the GoodWe monitoring platform.

Multiple communication interfaces allow seamless integration with battery systems, meters, and energy management systems.

Safety, Protection and Reliability of the GoodWe 10kW Hybrid Inverter

The GoodWe GW0010-EHB incorporates a comprehensive set of protection features including anti-islanding protection, over-current protection, short-circuit protection, residual current monitoring, surge protection, and insulation monitoring. These protections ensure safe and reliable operation when installed in accordance with South African electrical standards.

GoodWe GW0010-EHB 10kW Technical Specifications

Battery Specifications

• Battery type: Lithium-ion (high voltage)
• Battery voltage range: 80 – 495 V
• Maximum charging current: 50 A
• Maximum discharging current: 50 A
• Charging strategy: Self-adaptation to BMS

Solar (PV) Input Specifications

• Maximum DC input power: 15,000 W
• Maximum DC input voltage: 600 V
• MPPT voltage range: 80 – 550 V
• MPPT voltage range at full load: 300 – 500 V
• Start-up voltage: 95 V
• Nominal DC input voltage: 380 V
• Number of MPPTs: 4
• Strings per MPPT: 1
• Maximum input current: 13 A per MPPT
• Maximum short-circuit current: 16.3 A per MPPT

AC Output Specifications (On-Grid)

• Rated output voltage: 230 Vac
• Rated output frequency: 50 Hz
• Maximum apparent power output to grid: 10,000 VA
• Maximum AC current output to grid: 43.5 A
• Power factor: ~1 (adjustable from 0.8 leading to 0.8 lagging)
• Total harmonic distortion (THDi): <3%

AC Backup Output Specifications

• Nominal output voltage: 230 Vac (±2%)
• Nominal frequency: 50 Hz (±0.2%)
• Automatic switch time: <10 ms
• Maximum continuous apparent power: 10,000 VA
• Peak apparent power: 12,000 VA for 60 seconds
• Maximum continuous output current: 43.5 A

Efficiency

• Maximum PV efficiency: 97.6%
• CEC efficiency: 97.0%
• Battery charged by PV efficiency: 98.2%
• Battery charge/discharge to AC efficiency: 96.5%

Physical and Environmental Specifications

• Dimensions (W × H × D): 415 × 791 × 175 mm
• Weight: 32.3 kg
• Cooling method: Intelligent fan cooling
• Noise level: <45 dB
• Protection rating: IP65
• Mounting: Wall-mounted bracket