24V 300Ah LiFePO₄ RV Battery with 7.2kWh High-Capacity 5000+ Cycle Life and Active Balancing BMS for Energy Storage

• 7.2kWh Massive Capacity – Supports prolonged use of high‑power appliances like RV AC, induction cooktop, water heater
• 5000+ Cycle Life – One full cycle per day equals 13+ years of service
• Active Balancing BMS – Continuously balances cell voltages, extends overall lifespan and improves safety
• 150A Continuous Discharge – Easily powers a 3000W inverter, peak 450A (3s)
• Low‑Temperature Heating – Optional self‑heating function pre‑warms the battery below 0°C, ideal for cold climates
• Modular Parallel – Up to 6 units in parallel, total capacity up to 43.2kWh for large RVs or home storage

The 24V 300Ah LiFePO₄ battery is the energy core designed for high‑consumption RVs, converted buses and off‑grid homes. With 7.2kWh of total energy, it can power a 2000W induction cooktop for 1 hour, a 1200W RV air conditioner for 5‑6 hours, plus auxiliary devices like fridge, lights and water pump all day long. Using Grade A LiFePO₄ cells and an active balancing BMS, each cell string is kept in optimal condition, greatly extending cycle life and safety margins.

• Balance of performance and cost – 24V cuts current in half compared to 12V, reducing cable losses and thickness; inverters and chargers are widely available at lower prices than 48V systems
• Good compatibility – Many imported RVs come with a native 24V platform, so upgrading to lithium does not require replacing the entire electrical architecture
• Safety – Still falls within safety extra‑low voltage range while supporting larger loads (3000W‑5000W inverters)
• Flexible expansion – Paralleling 6 units yields 43.2kWh, enough for a fully self‑sufficient RV or even a small off‑grid home

• Unlike passive balancing (resistor bleeding), active balancing transfers energy from high‑voltage cells to low‑voltage cells with over 90% efficiency
• Significantly reduces capacity loss caused by cell inconsistency, making overall battery life close to the cell limit
• Especially suitable for large‑capacity multi‑parallel systems – voltage difference can be kept within 10mV after long‑term operation