GSL-Link I All-in-One Solar Energy Storage System 5–112kWh
GSL-Link I is an integrated solar energy storage system combining hybrid inverter, LiFePO4 battery, PV management and power distribution in one unit. Available configurations range from 3.5kW + 5kWh to 50kW + 96/112kWh, with local touchscreen and mobile APP management for residential and commercial solar-storage projects.
Description
GSL-Link I All-in-One Solar Energy Storage System
The GSL-Link I Series is an integrated solar-plus-storage system designed to simplify the configuration and installation of battery energy storage projects.
Instead of sourcing and configuring the hybrid inverter, LiFePO4 battery, PV input and power distribution separately, GSL-Link I integrates these core components into one system. This reduces system complexity and provides a more standardized solution for residential, backup-power and selected commercial energy storage applications.
The series offers multiple inverter and battery combinations, ranging from a compact 3.5kW + 5kWh configuration to systems with up to 50kW inverter output and 96/112kWh battery capacity.
Key Features
- Integrated PV, battery storage, inverter and power distribution
- Multiple inverter and battery capacity combinations
- Solar self-consumption and energy-storage operating modes
- Off-grid operation for critical loads
- High-definition touchscreen interface
- Local system control
- Mobile APP remote access
- Intelligent BMS management
- Multiple protection mechanisms
- Multiple communication methods
- Remote system upgrade
- Remote fault diagnosis
- Standardized wiring for simplified installation and maintenance
- Multiple power and capacity options
Available Configurations
| Inverter Power | Battery Capacity | Positioning |
|---|---|---|
| 3.5kW | 5kWh | Compact residential ESS |
| 6.6kW | 10kWh | Residential ESS |
| 6.6 / 10.5kW | 16kWh | Larger residential ESS |
| 12.5kW | 30 / 32kWh | High-capacity residential / project ESS |
| 25kW | 48 / 64kWh | Small commercial / large storage |
| 37.5kW | 64 / 80kWh | Commercial energy storage |
| 50kW | 96 / 112kWh | Higher-capacity commercial ESS |
Important Technical Specifications
| Specification | GSL-Link I |
|---|---|
| Battery Voltage Level | 51.2V |
| Battery Capacity | 5–112kWh depending on configuration |
| Charge / Discharge Rate | 0.5C; 10kWh configuration listed at 1C |
| Switching Time | 10ms typical |
| EU AC Output | 230V configurable / 400V depending on single- or three-phase configuration |
| US AC Output | 120/240V single/split phase |
| Frequency | 50/60Hz |
| MPPT Range | 120–450V single phase / 200–650V three phase |
| Protection Level | IP20 |
| Charging Temperature | 0–50°C |
| Discharging Temperature | -10–50°C |
How to Choose a GSL-Link Configuration
Start with inverter power
Estimate the maximum simultaneous load and identify whether the project requires single-phase, split-phase or three-phase output.
Determine required battery capacity
Battery capacity should be selected according to:
- Daily electricity consumption
- Essential backup loads
- Required backup duration
- Solar PV capacity
- Grid availability
- Expected solar self-consumption
Confirm the electrical standard
Before quotation, provide:
- Country
- Grid voltage
- Grid frequency
- Single / split / three phase
- PV array capacity
Determine the application
A 3.5kW + 5kWh configuration serves a very different requirement from a 50kW + 112kWh system.
ORIDY ENERGY can help screen the configuration according to the project load, required backup time and local electrical conditions.
Why Choose an All-in-One ESS?
An all-in-one energy storage system reduces the need to separately select and integrate the battery, inverter and system-control components.
For installers, distributors and project developers, this can simplify:
- Component matching
- Installation
- Wiring
- Commissioning
- System monitoring
- After-sales troubleshooting
However, the correct configuration still depends on project load, grid standard, PV capacity and required battery storage.
GSL-Link I vs Separate Battery + Inverter
| GSL-Link I | Separate Battery + Inverter | |
|---|---|---|
| Configuration | Integrated | Components selected separately |
| Installation | More standardized | More flexible |
| Wiring | Simplified | Depends on system design |
| Battery/Inverter Matching | Integrated system configuration | Must confirm separately |
| Capacity Flexibility | Multiple predefined combinations | Highly customizable |
| Best For | Faster standardized deployment | Projects requiring specific component selection |
Need a separate battery configuration? Explore our GBP-W, GBP-L and GBP-Pro LiFePO4 battery solutions.
FAQ
What is an all-in-one solar energy storage system?
An all-in-one ESS integrates key solar-storage components such as the hybrid inverter, battery system, PV management and power distribution into a coordinated system, reducing the need to configure each component separately.
What capacities are available for GSL-Link I?
The GBP catalog lists configurations ranging from 3.5kW + 5kWh to 50kW + 96/112kWh.
Can GSL-Link I operate during a grid outage?
The supplier catalog states that the system supports off-grid operation to provide power for critical loads.
Does GSL-Link I support three-phase output?
The supplier catalog states that 10.5kW and 12.5kW models support an optional three-phase inverter. Larger configurations should be confirmed according to the selected system specification.
Can the system be monitored remotely?
Yes. The catalog describes local touchscreen control and mobile APP remote access, as well as remote upgrade and fault-diagnosis functions.
What should I provide for a quotation?
Please provide the destination country, grid voltage and phase, required inverter power, battery capacity or backup duration, PV capacity, quantity and required certifications/documentation.
Need help selecting the right GSL-Link configuration?
Send us your destination country, grid voltage and phase, PV capacity, maximum load, required backup time and estimated quantity. ORIDY ENERGY can help identify a suitable inverter and battery configuration for your project.
