Description:
The GoodWe GW10KL-ET is a high-performance, three-phase hybrid inverter designed for residential and small commercial solar energy systems. It features advanced energy storage capabilities, allowing seamless integration with high-voltage lithium-ion batteries. The GW10KL-ET supports energy independence through self-consumption optimisation, time-of-use shifting, and export limitation. With its UPS-level switching capabilities, it ensures reliable backup power within 10 milliseconds, making it suitable for critical loads like air conditioners and refrigerators. The inverter’s robust design ensures efficiency and durability under diverse operating conditions.
Key Features
High Power Capacity:
Nominal output power of 10 kW and up to 110% overloading capacity.
Maximum input power of 13,300 W for PV systems.
Efficient Energy Storage:
Supports high-voltage batteries (180V to 600V).
Max charging/discharging power of 10,000 W.
Compatible with lithium-ion battery systems.
Uninterruptible Power Supply (UPS):
<10ms switching for backup power to critical loads.
Maximum backup power of 16,500 VA for short durations (60 seconds).
High Efficiency:
Maximum efficiency of 97.6% with 99.9% MPPT efficiency.
Battery-to-AC efficiency of up to 97.5%.
Advanced PV Features:
Dual MPPTs with wide operating voltage range (200V–850V).
Maximum input voltage of 1,000V and flexible string design.
Safety and Protection:
Integrated protections: PV insulation detection, anti-islanding, overcurrent, short circuit, and overvoltage.
IP66-rated for outdoor installation.
User-Friendly Design:
Intuitive monitoring via LED, app, or optional WiFi/4G modules.
Compact and lightweight (25 kg) with wall-mounted installation.
Grid Compatibility:
Adjustable power factor and THD <3% for grid compliance.
Operates seamlessly across a wide AC grid frequency range (45-65 Hz).
Eco-Friendly Operation:
Minimal self-consumption at night (<15W).
Natural convection cooling ensures silent and efficient performance.
Durability:
Wide operating temperature range (-35°C to +60°C).
Designed for altitudes up to 4,000m.
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