Description
The VANYO Energy 48V 15kWh 314Ah LiFePO₄ Battery is a high-capacity lithium iron phosphate energy-storage solution designed for residential, commercial, telecommunications, solar and backup-power applications.
With a 48V nominal voltage and 314Ah capacity, the battery provides approximately 15kWh of energy storage, making it suitable for systems that require substantial stored energy for extended backup and renewable-energy applications.
Its enclosed cabinet design incorporates Grade A battery cells, an integrated Battery Management System (BMS), LCD monitoring display, heavy-duty terminals, communication interfaces and sliding wheels for convenient installation and handling.
Key Specifications
| Specification | Details |
|---|---|
| Brand | VANYO Energy |
| Battery Type | LiFePO₄ / Lithium Iron Phosphate |
| Nominal Voltage | 48V |
| Energy Capacity | 15kWh |
| Battery Capacity | 314Ah |
| Battery Cells | Grade A cells |
| BMS | Integrated Battery Management System |
| Net Weight | 104kg |
| Gross Weight | 117kg |
| Dimensions | 820 × 450 × 250mm |
| Display | Built-in LCD screen |
| Installation | Floor-standing |
| Mobility | Integrated sliding wheels |
Main Features
🔋 15kWh High-Capacity Energy Storage
Provides substantial energy storage for solar systems, backup power and other energy-storage applications.
⚡ 48V Battery System
Designed for integration with compatible 48V inverter and energy-storage systems.
🧪 Grade A LiFePO₄ Battery Cells
The internal construction shown in the images uses Grade A lithium iron phosphate battery cells.
🛡️ Integrated BMS
The built-in Battery Management System helps monitor and manage battery operation, including key battery parameters and protection functions.
📟 Intelligent LCD Display
The front-mounted display provides convenient access to battery information and operating status.
🔌 Multiple Communication Interfaces
The battery is shown with communication interfaces including RS485 and RS232, along with additional communication connections for system integration. Compatibility should be confirmed with the specific inverter/BMS configuration.
🛞 Sliding Wheels
The cabinet incorporates wheels to make positioning and installation more convenient.
🏠 Enclosed Cabinet Design
The battery is housed in a clean, compact cabinet suitable for organized indoor energy-storage installations.
Recommended Applications
☀️ Solar Energy Storage
Store excess energy generated by solar panels and use the stored power when solar generation is unavailable.
🏠 Residential Backup Power
Suitable for residential energy-storage systems requiring substantial backup capacity for household loads.
🏢 Commercial & Industrial Energy Storage
Can be integrated into commercial and industrial backup-power and renewable-energy systems.
📡 Telecommunications
Suitable for energy-storage and backup applications supporting telecommunications infrastructure.
🔋 Backup Power Systems
Provides stored energy for systems requiring reliable backup power during grid interruptions.
🔌 UPS & Inverter Systems
Can be paired with compatible inverter/UPS equipment to create a larger energy-storage solution.
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