GoodWe ES Uniq 5kW Single-Phase LV Hybrid Inverter

GoodWe ES Uniq 5kW Single-Phase Low-Voltage Hybrid Inverter

The GoodWe GW5000-ES-C10 is a 5kW single-phase hybrid inverter engineered for 48V low-voltage battery storage and high-performance residential solar installations. It seamlessly combines grid-tied and off-grid operating modes with an integrated UPS function, dual MPPT trackers, a versatile 3-in-1 generator port, and comprehensive remote monitoring capabilities. Designed to maximize energy independence, it ensures your home remains powered, efficient, and resilient against load shedding.

Single-Phase AC Output

• 5.0kW nominal AC output power
• 5.5kW maximum AC active power
• 5.0kVA nominal apparent power output to utility grid
• 25A maximum AC current output to utility grid
• 40A maximum AC current from utility grid
• 220V / 230V / 240V nominal output voltage (50/60Hz)
• Less than 3% total harmonic distortion at rated power
• Adjustable power factor from 0.8 leading to 0.8 lagging

Low-Voltage Battery Connection

• Designed for compatible 48V Lithium-ion and Lead-acid battery systems
• 40V to 60V DC battery-voltage range
• 120A maximum continuous battery charging current
• 120A maximum continuous battery discharging current
• 5.0kW maximum charging power and 5.5kW maximum discharging power
• CAN communication for battery management systems (BMS)

The battery voltage, current capability, and BMS protocol must be verified for compatibility prior to installation to ensure seamless energy storage integration and optimal lifespan.

Dual-MPPT Solar Input

• Two independent MPPT trackers
• One PV string input per MPPT
• 10.0kW maximum PV input power (supports 200% PV oversizing)
• 600V maximum DC input voltage
• 58V PV start-up voltage
• 60V to 550V MPPT operating voltage range
• 20A maximum input current per MPPT
• 26A maximum PV short-circuit current per MPPT

With a high maximum input current of 20A per string, this inverter is fully compatible with modern high-power, large-format solar panels, allowing you to maximize energy harvesting across different roof orientations.

Grid, Backup, and Generator Integration

• Seamless switching to backup power in under 4ms (UPS-level performance)
• Flexible 3-in-1 port configurable for a generator connection, smart load control, or on-grid interaction
• Supports both on-grid and off-grid parallel operation of up to 6 units
• Customizable battery charging and discharging schedules to capitalize on off-peak rates

Monitoring, Efficiency, and Control

• 97.6% maximum efficiency and 99.9% MPPT efficiency
• 95.5% maximum battery-to-AC conversion efficiency
• User-friendly touch-screen LCD display for direct interaction
• Integrated communication: RS485, Wi-Fi, LAN, and Bluetooth

Real-time monitoring and configuration are easily accessible via the GoodWe app and portal, allowing homeowners and installers to track energy production, consumption, and system health remotely.

Integrated Protection Systems

• IP66 ingress-protection rating for durable indoor and outdoor use
• Type III DC and Type III AC surge protection
• PV insulation resistance detection and residual current monitoring
• PV reverse polarity protection and AC short-circuit protection
• Anti-islanding protection and remote shutdown capabilities

Dimensions and Environmental Specifications

• Product dimensions: 560 x 415 x 204mm
• Net weight: 15.5kg
• Operating temperature range: -35°C to +60°C
• Operating humidity: 0% to 95% without condensation
• Maximum operating altitude: 3000m
• Natural convection cooling for silent operation
• Wall-mounted installation

Professional Installation Required

Batteries, solar panels, cables, switchgear, and installation services are not included in the product price unless specifically quoted by JC Solar Panels.

This low-voltage single-phase hybrid inverter must be installed and commissioned by a suitably qualified solar installer or electrician. The final design must verify battery compatibility, PV string configuration, AC protection, cable sizing, earthing, and local municipal grid requirements.