Voltpro Energy 24V 200Ah LiFePO4 Battery | 5.12kWh Energy Storage | EVE A-Grade Cells 0.28mΩ IR | JK-PB1A16S10P Inverter BMS 100A | 1A Active Balancing
Rs 200,000
Govt Tax: +Rs 8,000.00(Govt Tax 4%)
Voltpro Energy 24V 200Ah LiFePO4 Battery | 5.12kWh Energy Storage | EVE A-Grade Cells 0.28mΩ IR | JK-PB1A16S10P Inverter BMS 100A | 1A Active Balancing
The Voltpro Energy 24V 200Ah LiFePO4 Battery is a premium energy storage solution built with EVE A-Grade LiFePO4 cells featuring an IR reading of approximately 0
28mΩ
With a 25
6V nominal voltage, 200Ah capacity and 5
12kWh nominal energy, it is designed for reliable home backup, solar energy storage, inverter systems and off-grid applications
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Product Description
Short Product Description
The Voltpro Energy 24V 200Ah LiFePO4 Battery is a premium energy storage solution built with EVE A-Grade LiFePO4 cells featuring an IR reading of approximately 0.28mΩ. With a 25.6V nominal voltage, 200Ah capacity and 5.12kWh nominal energy, it is designed for reliable home backup, solar energy storage, inverter systems and off-grid applications.
This battery is equipped with the JK-PB1A16S10P Smart Inverter BMS, featuring 100A continuous current, 200A maximum discharge capability and 1A Active Cell Balancing. The PB Series BMS also provides advanced communication through CAN, RS485 and RS232, along with Bluetooth monitoring, making it suitable for compatible solar and hybrid inverter systems.
Product Highlights
✅ 24V 200Ah LiFePO4 Battery
✅ 25.6V Nominal Voltage
✅ 5.12kWh Energy Capacity
✅ EVE A-Grade LiFePO4 Cells
✅ 0.28mΩ IR Reading
✅ JK-PB1A16S10P Smart Inverter BMS
✅ 100A Continuous Current
✅ 200A Maximum Discharge Current
✅ 1A Active Cell Balancing
✅ CAN Communication
✅ RS485 Communication
✅ RS232 Communication
✅ Bluetooth APP Monitoring
✅ Inverter Communication Support
✅ Parallel Battery Expansion Support
✅ Advanced Battery Protection
✅ Suitable for Solar & Energy Storage
Product Features
Premium EVE A-Grade Cells
The battery is built using EVE A-Grade LiFePO4 prismatic cells selected for quality, consistency and reliable energy storage performance. The supplied cells feature an IR reading of approximately 0.28mΩ, supporting efficient current delivery and stable operation.
5.12kWh Energy Storage
With 25.6V and 200Ah capacity, the battery provides approximately 5.12kWh nominal energy storage, making it suitable for extended home backup and solar energy storage.
JK-PB1A16S10P Inverter BMS
The JK-PB1A16S10P is specifically designed for energy-storage and inverter applications. It provides 100A continuous discharge current, 200A maximum discharge capability and 1A Active Balancing.
1A Active Cell Balancing
The integrated 1A Active Balancer transfers energy between cells to reduce voltage differences and improve cell consistency, usable capacity and long-term battery performance.
Advanced Inverter Communication
The PB1A16S10P supports CAN, RS485 and RS232 communication. According to the JK documentation:
CAN — for communication with compatible inverters
RS485-1 — inverter communication and configuration
RS485-2 — parallel battery communication and host-computer communication
RS232 — PC/host communication
Bluetooth — mobile APP monitoring and configuration
The BMS allows selection of the appropriate inverter communication protocol through the JK APP, depending on the connected inverter.
Parallel Battery Expansion — Up to 10 Batteries
The JK PB Series supports parallel battery operation. Up to 10 batteries can be configured in parallel for a larger energy-storage system, provided the batteries, BMS configuration, inverter and installation are correctly matched.
For parallel operation, each BMS needs a unique communication address. JK documentation specifies address settings through the DIP switches, with the master assigned address 0 and additional batteries assigned different slave addresses.
For a 10-battery parallel system:
24V 200Ah × 10 = 24V 2000Ah
and the nominal combined energy would be approximately:
5.12kWh × 10 = 51.2kWh
Actual usable energy and output depend on BMS settings, inverter limitations, wiring, battery matching and installation design.
Smart Bluetooth Monitoring
The JK BMS supports Bluetooth APP monitoring, allowing users to view important battery information including cell voltage, total voltage, current, temperature, SOC, balancing status and protection alarms.
Comprehensive Battery Protection
The BMS provides protection against:
Overcharge
Over-Discharge
Overcurrent
Short Circuit
Over Temperature
Cell Voltage Abnormalities
Cell Imbalance
Technical Specifications
Specification Details
Brand Voltpro Energy
Battery Type LiFePO4
Nominal Voltage 25.6V
Capacity 200Ah
Energy Capacity 5.12kWh
Configuration 8S
Cell Brand EVE
Cell Grade A Grade
Cell IR 0.28mΩ
BMS Model JK-PB1A16S10P
BMS Type Smart Inverter BMS
Continuous Current 100A
Maximum Discharge 200A
Active Balancing 1A
Communication CAN / RS485 / RS232
Wireless Monitoring Bluetooth
Parallel Support Up to 10 Batteries*
Application Solar / Inverter / UPS / Energy Storage
*Parallel configuration requires proper communication addressing, matched batteries, suitable inverter support and correct installation.
Inverter Communication
The JK-PB1A16S10P is an Inverter BMS, not just a basic protection BMS. Its communication interfaces allow it to exchange battery information with compatible inverter systems.
Supported interfaces include:
CAN + RS485 + RS232 + Bluetooth
The BMS supports selectable inverter communication protocols through the JK APP. This allows the installer to configure the BMS according to the compatible inverter protocol rather than relying only on basic voltage-based operation.
Important: Inverter communication is dependent on the inverter's supported protocol, communication port, cable/pinout and correct BMS settings. It is therefore better to describe the battery as compatible with supported inverter brands/protocols, rather than claiming compatibility with every inverter.
Parallel Battery System
The JK PB BMS provides dedicated communication for parallel battery systems. Multiple batteries can be connected together and monitored through the RS485 parallel communication interface. Each BMS must have a unique address for proper communication.
Example: 10 Batteries in Parallel
1 Battery: 24V 200Ah = 5.12kWh
5 Batteries: 24V 1000Ah = 25.6kWh
10 Batteries: 24V 2000Ah = 51.2kWh
This makes the battery suitable for large residential, commercial and industrial energy-storage systems when the inverter and installation are designed for the required capacity.
Backup Time
Approximate practical backup at different loads:
Load Approx. Backup
500W 8–9 Hours
1000W 4–4.5 Hours
1500W 2.7–3 Hours
2000W 2–2.3 Hours
Actual backup depends on inverter efficiency, battery operating limits, temperature, wiring losses and actual appliance consumption.
Home Appliances
With a suitable 24V LiFePO4 inverter, this battery can be used for:
✔ LED Lights
✔ LED TV
✔ WiFi Router
✔ CCTV System
✔ Computer & Monitor
✔ Fans
✔ Refrigerator
✔ Other Essential Home Loads
For refrigerators, pumps and other motor-based appliances, the inverter must have sufficient starting/surge capacity.
Applications
Solar Energy Storage Systems
Hybrid Inverter Systems
Off-Grid Solar Systems
Home Energy Storage
UPS Backup Systems
Commercial Energy Storage
Telecom Backup
Office & Shop Backup
Industrial Energy Storage
Large Parallel Battery Banks
Frequently Asked Questions
The battery has a 25.6V nominal voltage, commonly marketed as a 24V LiFePO4 battery.
The battery has a 200Ah capacity with approximately 5.12kWh nominal energy storage.
The nominal energy is calculated as 25.6V × 200Ah = 5,120Wh, which equals approximately 5.12kWh.
The battery is built with EVE A-Grade LiFePO4 prismatic cells, selected for quality, consistency and reliable energy-storage performance.
The cells used in this battery have an internal resistance (IR) reading of approximately 0.28mΩ.
It uses LiFePO4 (Lithium Iron Phosphate) chemistry, which is widely used for solar energy storage and backup power systems.
The battery uses the JK-PB1A16S10P Smart Inverter BMS.
It is an Inverter BMS designed not only to protect the battery but also to communicate battery information with compatible inverter systems through supported communication protocols.
The JK-PB1A16S10P is configured for up to 100A continuous current.
The BMS supports up to 200A maximum discharge current for short-duration high-power requirements.
Yes. It features 1A Active Cell Balancing.
The 1A Active Balancer helps reduce voltage differences between cells, improve cell consistency, maximize usable capacity and support longer battery performance.
Yes. The JK-PB1A16S10P is specifically designed for inverter and energy-storage applications and supports communication with compatible inverter systems.
The JK-PB1A16S10P supports CAN, RS485 and RS232, along with Bluetooth for smart monitoring and configuration.
Yes. When the inverter supports a compatible communication protocol and the correct cable, pinout and BMS settings are used, the battery can communicate directly with the inverter.
CAN communication allows the BMS to exchange battery information such as voltage, current, SOC and protection status with compatible inverter systems.
RS485 can be used for inverter communication and parallel battery communication, depending on the specific BMS configuration and port.
Yes. RS232 is available for supported communication and configuration applications.
Yes. Bluetooth allows users to monitor important parameters through the compatible JK application, including cell voltage, battery voltage, current, temperature, SOC and alarms.
Yes. The JK PB Series supports parallel battery configurations, allowing multiple battery packs to be combined for larger energy-storage systems.
Up to 10 batteries can be configured in parallel when the batteries, BMS configuration, communication addressing, inverter and installation are properly matched.
Ten 24V 200Ah batteries connected in parallel provide approximately 24V 2000Ah total capacity.
Each battery provides approximately 5.12kWh nominal energy. Ten batteries would provide approximately 51.2kWh nominal energy storage.
Yes. Proper parallel communication and unique BMS addressing are required for correct operation and monitoring of multiple batteries.
Yes. Use a 24V/25.6V LiFePO4-compatible inverter with appropriate charging, cutoff and protection settings.
Yes. With 5.12kWh nominal energy, it is suitable for home backup applications including essential appliances.
Depending on the inverter capacity and total load, it can power LED lights, fans, LED TVs, WiFi routers, CCTV systems, computers and compatible refrigerators.
At approximately 500W load, practical backup can be around 8–9 hours, depending on inverter efficiency and operating conditions.
At approximately 1000W load, practical backup can be around 4–4.5 hours.
At approximately 1500W load, practical backup can be around 2.7–3 hours.
At approximately 2000W load, practical backup can be around 2–2.3 hours.
Yes. However, refrigerators require a higher starting/surge current when the compressor starts, so the inverter must have sufficient surge capacity.
Yes. Fans and LED lights are relatively low-power loads and can generally be operated together, provided the combined load is within the inverter's rated capacity.
Yes. These are suitable essential backup loads. The actual backup time depends on their combined wattage and the inverter's efficiency.
The BMS provides protection against conditions such as overcharge, over-discharge, overcurrent, short circuit, abnormal temperature and cell voltage problems.
LiFePO4 chemistry is known for its excellent thermal stability and safety characteristics, making it widely used in residential and commercial energy-storage systems.
No. LiFePO4 batteries are generally low-maintenance compared with traditional lead-acid batteries and do not require water topping.
Use a LiFePO4-compatible 24V charger or inverter charger with the appropriate charging parameters for a 25.6V LiFePO4 battery.
Yes, expansion through parallel connection may be possible, including configurations of up to 10 batteries, provided the batteries are properly matched and the BMS/inverter system supports the intended configuration.
The battery combines EVE A-Grade LiFePO4 cells with 0.28mΩ IR, a JK-PB1A16S10P Inverter BMS, 100A continuous current, 200A maximum discharge, 1A Active Balancing, Bluetooth monitoring, and CAN/RS485/RS232 communication. With 5.12kWh energy storage and support for parallel battery expansion, it is a powerful solution for solar, inverter, home backup and professional energy-storage applications.
Important: Backup times are approximate. Actual results depend on inverter efficiency, appliance consumption, battery temperature, wiring, BMS settings, battery condition and the amount of usable energy configured in the system. For parallel installations, proper battery matching, communication addressing, cabling and inverter compatibility are essential.
Voltpro Energy 24V 200Ah LiFePO4 Battery | 5.12kWh Energy Storage | EVE A-Grade Cells 0.28mΩ IR | JK-PB1A16S10P Inverter BMS 100A | 1A Active Balancing
