Description
Typical Applications
- On-Grid Systems – The system efficiently integrates with the electrical grid, enabling energy storage and optimized consumption. It helps reduce
reliance on grid power, balancing energy use by storing surplus energy produced during peak production times and releasing it when needed. - On-Grid + Backup – This configuration combines grid connection with backup power capabilities. It provides a reliable power source during outages
by drawing on stored energy, ensuring continuity in operations for homes or businesses without interruptions when grid power fails. - Off-Grid Systems – Ideal for locations without access to the public grid, this system operates independently, storing energy from renewable sources
like solar or wind. It ensures energy security for remote areas or in emergency scenarios, providing a self-sustained power supply. - Renewable Energy Integration – The system is compatible with solar power setups, allowing for efficient energy storage. It stores excess energy
generated by solar panels during the day, making it available for use at night or during periods of low solar generation, enhancing the renewable
energy system’s effectiveness. - Commercial and Residential Use – Whether in residential homes or commercial establishments, this system offers a flexible energy solution. It
optimizes energy use, reduces electricity costs, and provides a reliable backup during grid outages, offering a comprehensive energy management
solution for diverse environments.
Key Features
- Safety – The system uses lithium iron phosphate (LFP) cells, a highly stable and safe battery chemistry. These cells are developed in-house,
ensuring they meet rigorous safety standards. LFP cells have a proven track record in millions of electric vehicles, offering reliable performance
and minimizing the risk of thermal runaway. - Reliability – With over two decades of expertise in LFP technology, the system has proven reliability. More than 1 million installations across 100+
countries demonstrate the technology’s robustness and ability to handle real-world conditions, providing peace of mind to users around the
world. - High Usable Capacity -The system offers 100% usable capacity, meaning all the stored energy can be accessed and utilized. Unlike other batteries
that may limit available energy, this system ensures no waste and maximizes efficiency, offering a full return on the energy stored in the system. - Intelligent Management – Featuring advanced remote monitoring and analysis, the system allows users to track performance and diagnose issues
from anywhere. - Scalability – The system is designed for scalability, supporting up to 32 units in parallel to reach a massive storage capacity of up to 160 kWh. This
ensures it can be expanded as energy needs grow, whether for larger commercial applications or expanding residential setups. - High Efficiency – With a round-trip efficiency of ≥ 95%, the system ensures that most of the stored energy can be retrieved and used when needed.
This high efficiency minimizes energy losses during charging and discharging, making it an economically and environmentally advantageous solutio
Compatible Inverters :Victron Energy, SMA, Solis, Selectronic, Goodwe, Deye, SunSynk
Technical Data
Usable Energy |
Max. Charge and Discharge Current |
Peak Charge and Discharge Current |
Dimension s (H/W/D) |
Weight | Nominal Voltage |
Operating Voltage |
Charge Cut- Off Voltage |
Discharge Cut-Off Voltage |
Scalabilit y |
Installation Mode |
ommunicati on |
Round-trip Efficiency |
Applications | Operating Temperatur e |
Protection Class |
Storage Humidity |
Altitude |
5 kWh | 70 A | 200 A, 10 s | 195 x 595 x 255 mm |
42 kg | 51.2 V | 40 – 57.6 V | 57.6 V | 40 V | Max. 32 in Parallel (160 kWh) |
Floor Stand | CAN / RS485 / Bluetooth / Wi-Fi |
≥ 95% | On Grid / On Grid + Backup / Off Grid |
Charge 0~50°C & Discharge -20~50°C |
IP20 | 5 |
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