Supcelion 24V 100Ah PRO Smart Bluetooth LiFePO4 Battery — Reliable Power!

Efficient and Safe Energy with the 100Ah 24V PRO LiFePO4 Battery

The Supcelion 24V100Ah PRO battery is a modern energy storage solution designed for maximum efficiency and ease of use[cite: 2]. Based on top-quality Class A prismatic LiFePO4 cells, it guarantees trouble-free operation, deep discharge cycles, and no memory effect[cite: 2]. The battery ensures high stability even under extreme loads and allows for a maximum continuous discharge current of up to 100 A[cite: 2]. The Supcelion 24V100Ah PRO battery offers a rated voltage of 25.6 V and a high capacity of 100 Ah, providing exactly 2,560 Wh of energy[cite: 2]. Thanks to the use of the safest LiFePO4 technology (with no risk of fire or explosion), it is designed for applications requiring a stable power supply[cite: 2]. This model was specifically designed for photovoltaic systems, off-grid applications in homes, on boats (marine), and in large RVs, where 24-volt systems are used. Battery safety is ensured by a built-in, integrated BMS system that continuously monitors cell parameters[cite: 2]. It protects the battery pack against overcharging and dangerous overvoltages[cite: 2]. Additionally, this model features an integrated Bluetooth 4.0 module, which, when paired with a dedicated smartphone or tablet app, allows for wireless, real-time monitoring of the battery’s status[cite: 2].

Detailed technical specifications for the Supcelion 24V100Ah PRO battery:

• Model and Technology: 24V100Ah PRO / Lithium Iron Phosphate (LiFePO4) – Class A prismatic cells[cite: 2]
• Rated voltage: 25.6 V (operating voltage range 20–29.2 V)[cite: 2]
• Rated capacity: 100 Ah[cite: 2]
• Rated power: 2,560 Wh[cite: 2]
• Service life: > 4,000 cycles[cite: 2]
• Maximum continuous discharge current: 100 A (trip current 300 A ±60 A for 50–500 ms)[cite: 2]
• Wireless communication: Integrated Bluetooth 4.0 module (real-time mobile app)[cite: 2]
• System expansion: Support for parallel connections (up to 4 units) and serial connections (up to 2 units)[cite: 2]
• BMS System: Built-in integrated battery management system[cite: 2]
• Housing: ABS plastic, M8 terminals, IP65 protection rating[cite: 2]
• Dimensions (L x W x H): 502 mm x 186 mm x 246 mm (243 mm excluding the height of the terminal)[cite: 2]
• Weight: 20.85 kg[cite: 2]
• Manufacturer's Warranty: 5 years[cite: 2]

25.6V 100Ah LiFePO4 Battery for a Wide Range of Applications

The Supcelion 24V100Ah PRO is an innovative LiFePO4 battery designed for systems requiring a high-capacity energy storage solution[cite: 2]. With a capacity of 100 Ah and a voltage of 25.6 V, it provides 2,560 Wh of stored energy[cite: 2]. Thanks to its high-quality construction (IP65 protection) and the ability to connect batteries in series and in parallel, this battery is ideal for residential solar installations, off-grid storage systems, motor yachts, and advanced power systems in large recreational vehicles[cite: 2].

24V100Ah PRO – Stable Power Supply and Extreme Durability

The use of highly safe LiFePO4 technology and high-quality prismatic cells ensures maximum operational stability even under extreme loads[cite: 2]. The manufacturer guarantees a service life of over 4,000 cycles, high discharge and charge efficiency, and a 5-year warranty[cite: 2]. The built-in intelligent BMS supports the battery during daily use, and a continuous discharge current of 100 A ensures reliable operation of demanding 24V loads[cite: 2].

Safe Energy Storage with the Smart Bluetooth BMS System

The Supcelion PRO battery is equipped with an integrated Battery Management System (BMS) that monitors the condition of the device and, among other things, protects the cells against overloads, excessive discharge, and overvoltage, completely eliminating the risk of fire or explosion[cite: 2]. The device offers complete convenience of use thanks to its Bluetooth 4.0 module—a dedicated smartphone app displays all key operating data in real time[cite: 2]. This is a comprehensive and professional solution designed for modern power supply systems.