Voltpro Energy 16S 51.2V 100Ah LiFePO4 Battery Box 24V 200Ah Battery Casing

Product Description

The Voltpro Energy 16S 100Ah LiFePO4 Battery Box is a heavy-duty metal enclosure designed for building custom 24V 200Ah LiFePO4 battery systems and other compatible battery configurations.

This premium battery casing provides installation space for both Smart BMS and JK Inverter BMS, along with a dedicated communication port for compatible inverter communication applications.

The enclosure also supports both JK 3.2-inch LCD Display and compatible JK Touchscreen Display, allowing users to select the monitoring solution according to their requirements.

Built for professional battery assembly, this heavy-weight enclosure provides a strong and organized structure for battery cells, BMS, communication components and monitoring displays.

Product Overview

The Voltpro Energy 16S 100Ah Battery Box is designed for battery builders, solar installers, technicians and energy-storage professionals who require a strong and versatile battery enclosure.

The casing is suitable for building a 24V 200Ah LiFePO4 battery, depending on the selected cell configuration.

One of its major advantages is its flexibility in BMS selection. The enclosure provides space for both:

Smart BMS

JK Inverter BMS

It also provides provision for a communication port, making it suitable for battery systems where communication between the BMS and a compatible inverter is required.

For battery monitoring, the enclosure can accommodate a JK 3.2-inch LCD as well as a compatible JK Touchscreen Display.

Key Features

Designed for 24V 200Ah LiFePO4 Battery

16S 100Ah Battery Box Design

Heavy-Duty Metal Construction

Strong and Durable Enclosure

Supports Smart BMS

Supports JK Inverter BMS

Dedicated Communication Port Provision

Supports JK 3.2-Inch LCD Display

Supports compatible JK Touchscreen Display

Suitable for inverter communication applications

Professional battery assembly design

Suitable for solar systems

Suitable for hybrid inverters

Suitable for UPS systems

Suitable for home backup

Suitable for commercial energy storage

Suitable for DIY and professional battery assembly

24V 200Ah Battery Application

This enclosure is designed for building a 24V 200Ah LiFePO4 battery using a suitable cell configuration.

A typical 24V LiFePO4 battery provides approximately:

25.6V × 200Ah = 5.12kWh nominal energy

This capacity is suitable for applications such as:

Solar Energy Storage

Home Backup

Hybrid Inverter Systems

UPS Systems

Commercial Backup

Off-Grid Energy Storage

Smart BMS Support

The enclosure provides space for installing a suitable Smart BMS.

A Smart BMS can provide important battery management functions such as:

Cell Voltage Monitoring

Battery Voltage Monitoring

Temperature Monitoring

Cell Balancing

Overcharge Protection

Over-Discharge Protection

Over-Current Protection

Short-Circuit Protection

The exact features depend on the selected BMS model.

JK Inverter BMS Support

Unlike a basic Smart BMS-only enclosure, this model also provides space for a compatible JK Inverter BMS.

This makes the battery box suitable for applications where the battery needs to communicate with a compatible inverter.

Depending on the selected JK BMS and inverter, communication can provide battery information such as:

Battery Voltage

Battery Current

SOC

Charging Status

Discharging Status

Cell Voltage

Battery Temperature

Protection Status

Alarm Information

Important: Actual inverter communication depends on the BMS model, inverter compatibility, communication protocol, cable and correct configuration.

Communication Port Support

The enclosure provides provision for installing a communication port.

This allows battery builders to configure the completed battery for communication with compatible inverter systems.

The actual communication protocol depends on the selected BMS and inverter. Compatible communication interfaces may include CAN, RS485 or other interfaces, depending on the BMS model installed.

JK 3.2-Inch LCD Support

The enclosure provides provision for installing the JK 3.2-inch LCD Display.

The display can provide convenient local access to important battery information, depending on the connected JK BMS.

Information may include:

Battery Voltage

Battery Current

SOC

Individual Cell Voltage

Cell Voltage Difference

Temperature

Charging Status

Discharging Status

Balancing Status

Protection/Alarm Information

JK Touchscreen Display Support

The casing is also designed to support a compatible JK Touchscreen Display.

This gives battery builders the flexibility to choose between a conventional JK LCD and a touchscreen monitoring solution.

A touchscreen can provide a more convenient user interface for viewing battery parameters and system status.

Display compatibility depends on the exact JK BMS and display model selected.

Heavy-Duty Construction

The enclosure is designed as a heavy-weight battery box for applications where a stronger and more durable housing is preferred.

The heavy-duty construction provides:

Strong mechanical structure

Better protection for internal components

Stable battery assembly

Professional appearance

Suitable structure for fixed installations

Better durability during handling and installation

Professional Battery Assembly

The enclosure is designed to keep the battery system organized by providing dedicated space for:

Battery Cells

Smart BMS

JK Inverter BMS

Communication Port

JK 3.2-Inch LCD

JK Touchscreen

Battery Wiring

Internal Connections

This makes it easier for battery builders to create a clean, professional and serviceable battery assembly.

Suitable Applications

☀️ Solar Energy Storage

Suitable for building 24V 200Ah LiFePO4 batteries for solar energy storage systems.

⚡ Hybrid Inverter Systems

The enclosure can accommodate a compatible JK Inverter BMS and communication port for compatible inverter systems.

🏠 Home Backup

The 24V 200Ah battery configuration provides approximately 5.12kWh nominal energy, suitable for home backup applications.

🔋 UPS Systems

Suitable for building compatible 24V LiFePO4 UPS batteries.

🏢 Commercial Backup

The heavy-duty enclosure is suitable for professional and commercial battery assembly.

🌐 Off-Grid Applications

Suitable for custom off-grid energy-storage systems.

Technical Specifications

Specification Details

Product Type Empty Heavy-Duty Metal Battery Box

Battery Application 24V 200Ah LiFePO4

Configuration 16S 100Ah Design

Battery Chemistry LiFePO4

Smart BMS Support Yes

JK Inverter BMS Support Yes

Communication Port Supported

JK 3.2-Inch LCD Supported

JK Touchscreen Supported

Construction Heavy-Duty Metal

Installation Custom / Fixed Installation

Application Solar, Inverter, UPS, Backup & Off-Grid

Battery Cells Included No

BMS Included No

Display Included No

Communication Components Included No

Why Choose This Battery Box?

The Voltpro Energy 16S 100Ah Battery Box offers much more flexibility than a standard battery enclosure.

It allows battery builders to choose between a Smart BMS and JK Inverter BMS, while also providing space for a communication port and both JK 3.2-inch LCD and compatible touchscreen displays.

Its heavy-duty construction makes it suitable for professional battery assembly and demanding solar/inverter applications.

For customers building a 24V 200Ah LiFePO4 battery, this enclosure provides a strong, organized and professional platform for assembling the complete battery system.

Package Includes

1 × Voltpro Energy 16S 100Ah Heavy-Duty Battery Box

Not Included

Battery Cells

Smart BMS

JK Inverter BMS

Communication Port

JK 3.2-Inch LCD

JK Touchscreen

Battery Terminals

Battery Cables

Other Electrical Components

Important Compatibility Note

This is an empty battery enclosure intended for custom battery assembly.

Before purchasing, confirm the physical dimensions of your selected cells, BMS, communication port and display to ensure proper compatibility.

The final battery voltage, capacity, current rating and communication functionality depend on the cells, BMS, wiring, terminals and other components installed inside the enclosure.