Avepower 16kWh 48V 314Ah Vertical LiFePO4 Solar Battery
If you’re sourcing a 16kwh solar battery solution for home energy storage projects, this 48V 314Ah vertical cabinet battery is a reliable option designed for safe, high-power output and flexible expansion.
Built with 314Ah LiFePO4 cells and a 16S 200A smart BMS, it supports inverter communication via RS485 / RS232 / CAN, plus Bluetooth & WiFi monitoring for easy commissioning and after-sales service.
- Battery type: LiFePO4 (LFP)
- Nominal energ: 16kWh
- Max parallel: up to 16 units
- Installation: Indoor vertical floor-standing cabinet with wheels
3.2 inch button blue screen + battery indicator light panel
Bluetooth & WiFi for smart monitoring and maintenance efficiency
200A 1P air switch for safer operation
Active balancing (Lipeng 16S 2A) for improved consistency
200A fence through-type terminals for installer-friendly wiring
- OEM/ODM branding supported
- Support Bluetooth & WIFI
- 100% Customized
- Plug-in Terminal Design
- 8000+ cycles@80% DOD
16kWh Solar Battery Built for Real Home Energy Storage
If you’re searching for a 16kWh solar battery that’s practical for daily home backup and solar self-consumption, this 48V 314Ah vertical pack delivers a balanced mix of safety, communication, and expandability. It’s designed for stable operation in hybrid and off-grid solar systems, supporting load shifting, backup power, and higher self-use of PV generation.
Vertical Design with Wheels for Easier Installation
The cabinet is designed for floor-standing indoor placement, with mobility features that simplify handling on site. The enclosure includes wheels for movement, a 200A 1P air switch, and a 200A fence through-type terminal structure for practical wiring and service access. The unit also includes a φ16mm round soft switch (without light) plus a light panel board for clear status indication.
200A Smart BMS for High Power Protection
The 16kwh solar battery features a 200A smart BMS with real-time monitoring and multi-layer protection logic. Supporting RS485, RS232, and CAN communication, it integrates easily with mainstream hybrid and off-grid inverters. Comprehensive protection includes overcharge, over-discharge, temperature, and over-current safeguards, ensuring safe and stable system-level performance.
Supports Up to 16 Parallel Connections
Need to scale capacity for larger homes, villas, or small commercial loads? This system supports up to 15 units in parallel, allowing flexible energy expansion without changing the system architecture. It’s an ideal pathway for installers building expandable solar-plus-storage solutions.
Bluetooth & WiFi Monitoring
With Bluetooth & WiFi, installers and users can monitor key battery data more conveniently and perform basic checks during commissioning and operation. This improves the ownership experience for residential energy storage, where visibility into SOC, charging/discharging status, and alarms is essential.
High Charge/Discharge Capability for Real Home Loads
This battery follows a CC-CV charging mode, with a standard charge current of 100A and maximum charge current up to 200A, supporting faster recharge when PV or grid charging is available. On discharge, it supports 200A continuous output for daily loads and 200A peak discharge for 300 seconds, which is useful for starting loads and short power surges.
Operating Temperature and Storage Conditions
For charging, the operating temperature range is 0°C to 55°C. For discharging, it supports -20°C to 60°C, suitable for most residential indoor or protected installations. For storage, recommended conditions are up to 1 month: 0°C to 45°C, 3 months: 0°C to 35°C, and 6 months: 0°C to 25°C, helping maintain battery health before deployment.
OEM/ODM Customization and Project Support
Avepower supports OEM/ODM delivery for this platform, including branding, UI/label adjustments, functional configuration matching, and system-level integration support. If you want pricing for installer/distributor volume, inverter protocol confirmation, or a recommended system configuration, contact Avepower and share your target market, inverter brand/model, and required total kWh.
Typical Applications for a 16kWh Solar Battery System
This vertical 16kwh solar battery pack is well-suited for home energy storage scenarios such as solar self-consumption optimization, time-of-use bill reduction, backup power for critical loads, and hybrid/off-grid solar systems.
Product Specifications
| Items | Value |
|---|---|
|
Nominal Voltage |
48V |
|
Nominal Capacity |
314Ah |
|
Nominal Energy |
16kWh |
|
Charge Mode |
CC-CV |
|
Communication |
CAN/ RS485/ RS232 |
|
Charge Current |
100A |
|
Charge Current |
200A |
|
Charge Temperature |
0-55 °C |
|
Discharge Temperature |
-20-55 °C |
|
Cycle Life |
＞ 8000（ @25℃， 80% DOD） |
|
Maximum Paralleling |
16 unit |
|
Designed Life |
10+Years |
Inverter Compatibility
Our batteries are designed to work seamlessly with most major inverter brands. You can install them with confidence, knowing they integrate easily with your existing solar or power system for reliable energy storage.
Only some common compatible inverter models are listed here. For the full list or to check a specific model, please visit the Avepower Inverter Compatibility List.
FAQs
Find quick answers to the most frequently asked questions below and discover how it can transform your energy use.
Yes. It includes a Lipeng 16S 2A active balancing board. Active balancing helps reduce cell-to-cell drift over time, supporting more consistent performance and longevity—especially useful when multiple units are used in parallel.
The cabinet size is 438 × 260 × 825 mm (excluding wheels) and up to 438 × 260 × 902.5 mm (including wheels). Approx. weight is ~120kg. It includes wheels for easier positioning, but installers should plan safe handling, solid flooring, adequate ventilation, and proper cable sizing for high-current operation.
Yes. This model includes Bluetooth & WiFi monitoring. It also has a 3.2-inch button blue screen and SOC indicator lights for quick on-site status checks.
Yes. The BMS supports RS485 / RS232 / CAN communication and can be configured to interface with compatible inverters for monitoring and control (depending on inverter protocol requirements).
