ECELL ELIS24100 | 24V 100Ah Lithium Battery 2560Wh High-Capacity LiFePO4 for Solar, Marine & RV

Key Features:

・ Grade A LiFePO4 Cells: Built with premium cells to ensure a lifespan of over 4,000 cycles at 80% DOD.

・ Intelligent BMS: The integrated Battery Management System protects against overcharge, over-discharge, over-current, short circuits, and extreme temperatures.

・ Wide-Temperature Reliability: Features excellent performance across a wide temperature range, adapting to diverse environments.

・ Ultra-Lightweight: Weighs significantly less than comparable AGM or Lead-Acid batteries, making it easy to install and transport.

・ Rapid Charging: Supports high-current charging, allowing for full capacity in a fraction of the time.

・ Eco-Friendly: Contains no toxic heavy metals and is 100% safe for the environment.

Specification

Why ECELL BATTERIES?

Choosing ECELL BATTERIES means investing in peace of mind. We are committed to powering the future with precision-engineered energy solutions.

• Safety First:
  Our batteries undergo rigorous safety testing (UN38.3, CE, MSDS) to ensure they operate safely in the most demanding environments.
• Advanced Technology:
  We utilize the latest BMS and cell balancing technology to maximize energy density and efficiency.
• Proven Reliability:
  Trusted by thousands of users worldwide for off-grid living, industrial automation, and backup power.
• Exceptional Support:
  At ECELL, we don’t just sell batteries; we provide long-term energy partnerships with dedicated technical support and a comprehensive warranty.

FAQ 1: What are the main advantages of using ECELL BATTERIES 24V system over a 12V series connection?

While two 12V batteries can be connected in series, a dedicated 24V ECELL BATTERIES unit offers several technical benefits:

1. Simplified Wiring: A single 24V battery reduces the number of cables and connectors by half, minimizing potential points of failure and resistance.
2. Integrated BMS Management: A native 24V ECELL BATTERIES system uses a single BMS to manage all cells simultaneously, ensuring better synchronization than two independent 12V BMS units.
3. Reduced Energy Loss: Higher voltage systems operate with lower current for the same power output, which significantly reduces heat generation and energy loss in the wiring.
4. Improved Charging Efficiency: Charging one 24V pack is more straightforward and efficient for solar controllers and industrial chargers compared to balanced charging across multiple batteries.
5. Space Optimization: ECELL BATTERIES 24V models are often designed with a more compact footprint, saving valuable space in heavy-duty trucks, AGVs, or solar cabinets.
6. Enhanced Reliability: By eliminating the “voltage drift” that often occurs between series-connected batteries, the 24V system provides a more stable and reliable power source.

FAQ 2: Can ECELL BATTERIES 24V LiFePO4 be used to replace 24V Lead-Acid sets in heavy-duty equipment?

Yes, ECELL BATTERIES 24V solutions are designed as high-performance replacements for traditional lead-acid systems:

1. Seamless Compatibility: Our 24V batteries are designed to match the standard voltage ranges of most 24V electric forklifts, floor sweepers, and backup power systems.
2. Zero Maintenance: Unlike lead-acid batteries, ECELL BATTERIES require no water topping, equalization charges, or cleaning of acid corrosion.
3. Fast & Opportunity Charging: You can “opportunity charge” our batteries during short breaks without damaging the cells, significantly increasing equipment uptime.
4. Sustained High Torque: ECELL BATTERIES maintain high voltage even under heavy loads, ensuring your machinery doesn’t lose power or speed as the battery drains.
5. Shock and Vibration Resistance: Our 24V packs are built with reinforced internal structures, making them far more durable than lead-acid in rugged industrial environments.
6. Accurate Fuel Gauging: The intelligent communication protocols in our 24V system provide precise state-of-charge (SOC) data, preventing unexpected machine downtime.

FAQ 3: What should I consider when charging an ECELL BATTERIES 24V LiFePO4 system?

To ensure safety and efficiency, keep these technical considerations in mind for your ECELL BATTERIES 24V setup:

1. Voltage Parameters: Ensure your charger is set to a 24V LiFePO4 profile (typically 28.4V – 29.2V bulk charge) to achieve a full 100% state of charge.
2. BMS Cut-off Protection: ECELL BATTERIES feature a BMS that will automatically stop charging if any single cell exceeds the safe voltage limit.
3. Charging Current (C-Rate): For maximum longevity, we recommend a charging current of 0.2C to 0.5C, though our 24V cells can support higher rates if necessary.
4. Solar Controller Settings: If using solar, ensure your MPPT controller is programmed for 24V Lithium; standard “Auto-detect” for Lead-acid may undercharge the battery.
5. Ambient Temperature Monitoring: Our 24V systems include sensors to prevent charging when internal temperatures fall below 0°C, protecting the battery from plating damage.
6. Safety First: Always use a charger that features a “Lithium Wake-up” or “0V Charge” function in case the ECELL BATTERIES BMS has entered protection mode due to over-discharge.