Goodwe Lynx LX D5.0-10 (5kWh)
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Technical specifications
GoodWe Lynx LX D5.0-10 (5 kWh) Energy Storage with Built-In BMS
GoodWe Lynx LX D5.0-10 (5 kWh), which can be easily expanded with additional modules, is a modern solution designed for residential and small commercial PV installations. It stands out for its high-quality construction, flexible scalability, and advanced safety features that ensure stable and reliable system operation.
Variants
Product description
GoodWe Lynx LX D5.0-10 (5 kWh) Energy Storage with Built-In BMS
GoodWe Lynx LX D5.0-10 (5 kWh), which can be easily expanded with additional modules, is a modern solution designed for residential and small commercial PV installations. It stands out for its high-quality construction, flexible scalability, and advanced safety features that ensure stable and reliable system operation.
Main Features and Benefits:
- Built-In BMS (Battery Management System)
Protects against overcharging, deep discharge, and overheating, extending battery lifespan and reliability. - Easy Expansion with Additional Modules
The modular design allows for capacity scaling as energy needs grow. - Optimal Capacity of 5 kWh
Efficiently stores excess energy from PV installations and provides it during peak demand hours. - Lithium Iron Phosphate (LFP) Technology
Delivers long service life, high safety, and stable performance under various conditions. - Compact Design and Easy Installation
Small dimensions simplify setup in limited spaces. - Compatibility with GoodWe Inverters
Ensures maximum efficiency and straightforward system configuration. - Real-Time Monitoring
Allows remote tracking of charge level and energy flow using a dedicated app or online platform.
Applications:
- Residential PV systems
- Small commercial installations
- Hybrid systems (backup power)
GoodWe Lynx LX D5.0-10 (5 kWh) is a reliable choice for anyone seeking a safe, flexible, and scalable energy storage solution based on Lithium Iron Phosphate (LFP) technology. With its built-in BMS and capability for easy module expansion, this battery provides lasting reliability, higher self-consumption of energy, and greater independence from the grid.