24V 230Ah V2 Elite Series LiFePO4 Battery (5.89kWh)
IP67BluetoothHeated
$2,399
In Stock
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The traditional way to build a 24-volt power system is to wire two heavy 12V lead-acid batteries in series. That arrangement occupies two battery locations, adds a series jumper and creates more terminals that must remain clean and tight. In many marine and mobile installations, the finished bank can weigh well over 100 pounds before trays, hold-downs and cabling are included.
Epoch 24V lithium batteries place native 24-volt LiFePO4 power inside one managed battery platform. A single 24V lithium battery can simplify the installation, reduce weight and deliver more consistent deep-cycle voltage when its energy, current output, physical dimensions and charging requirements match the system. The integrated Battery Management System monitors the cells together instead of relying on two separate 12V batteries and two independent BMS units.
Current Epoch options include compact 60Ah power for trolling motors and mobile systems, a 100Ah battery for extended runtime, and high-capacity 230Ah Essential and Elite models for large RV, marine, inverter and off-grid applications. Cycle-life ratings currently range from 3,500+ to 6,000+ cycles by model, and every battery shown in the collection carries an 11-year manufacturer warranty.
When comparing two 12V batteries vs. one 24V battery, the native-voltage option offers several practical advantages:
The representative graph below shows why a 24V LiFePO4 battery can deliver steadier performance through most of a discharge. A 25.6V-nominal LiFePO4 pack remains near its working voltage for much of the cycle, while a 24V lead-acid bank made from two 12V batteries declines more progressively as stored capacity is used.
A 24V lithium trolling motor battery is commonly paired with compatible 70- to 90-pound-thrust motors on bass boats, bay boats, pontoons and other mid-sized rigs. The flatter LiFePO4 discharge curve helps the motor maintain steadier response while working structure, fighting wind and current or holding a GPS anchor position. Always confirm the motor's voltage, maximum current draw, breaker size, cable gauge and manufacturer battery guidance.
Epoch's 24V 60Ah Pro Series battery provides 1.54kWh of stored energy, 80A continuous output, Bluetooth monitoring, internal heating, IP67 protection and Victron-ready communications in a 30-pound Group 27 footprint. The 24V 100Ah battery increases stored energy to 2.56kWh and continuous output to 120A for compatible systems that need greater runtime or current capacity.
A 24V RV lithium battery can be an efficient foundation for a custom van, skoolie, expedition vehicle or larger RV electrical build. At the same wattage, doubling system voltage approximately halves DC current. A 3,000W load draws about 117A at 25.6V before conversion losses, compared with about 234A at 12.8V. Lower current can reduce voltage drop and may allow smaller conductors when cable length, insulation, temperature, fuse requirements and applicable standards are properly considered.
This architecture can suit 2,000W- to 3,000W-class inverters, but system voltage alone does not determine inverter capability. The selected battery's continuous BMS output, inverter surge, cabling, busbars, fuses and charging equipment must all support the load. Native 12V appliances also require a correctly sized 24V-to-12V converter.
A 24 volt solar battery is a practical choice for cabins, workshops, remote communications, mobile work trailers and backup systems. At the same controller output-current rating, a 24V battery platform can accept roughly twice the charging wattage of a 12V platform, subject to the controller's PV-input limits and the battery's maximum charge rate. Size the solar array, MPPT controller, battery bank, inverter and protection devices as one coordinated system.
A theoretical 24V 50Ah lithium battery stores about 1.28kWh, the same nominal energy as a 12V 100Ah battery. Epoch's current compact option is 60Ah rather than 50Ah, providing 1.536kWh of stored energy. It is well suited to many weekend fishing, compact marine, mobile and small off-grid applications when its 80A continuous rating provides enough current and the expected runtime matches your use.
A 24V 100Ah lithium battery stores approximately 2.56kWh—twice the energy of a 24V 50Ah pack and about 67% more than the current 60Ah model. It is a strong option for anglers facing longer days or heavier conditions and for RV or solar systems with larger daily energy budgets. Estimate runtime by dividing usable amp-hours by average load current, then reserve capacity for wind, current, cold weather, conversion losses and unexpected use.
Epoch's 24V 230Ah batteries store 5.89kWh in a single case. The 230Ah Essential Series battery offers 200A continuous output, Bluetooth, heating and IP54 protection for protected RV, marine and off-grid compartments. The 230Ah V2 Elite Series battery adds IP67 construction, native Victron CANBus communication and a 500A 30-second peak rating, with 110A continuous output. Select the model by continuous and surge requirements, communications, enclosure rating and installation environment—not capacity alone.
Yes, in a compatible 24V system. Match the replacement battery's watt-hours, continuous and peak output, dimensions, terminal layout and charging profile to the existing load. A native 24V battery can reduce weight, free space and eliminate the series jumper between two 12V batteries.
Use a 24V charger or programmable charging component with a LiFePO4 profile that matches the selected battery. Current Epoch models generally specify bulk or absorption charging around 28.4V to 28.8V, with equalization and lead-acid desulfation disabled. Follow the exact manual because settings and maximum charge current vary by model.
Runtime depends on average motor current, speed setting, wind, current, vegetation and boat load, so thrust rating alone cannot guarantee a full day. As a simple estimate, divide usable amp-hours by average current: 50Ah at a constant 10A is about five hours, while 50Ah at 20A is about 2.5 hours. Epoch's current compact 24V model is 60Ah, which provides proportionally more runtime under the same conditions.
At the same power, a 24V system carries about half the current of a 12V system. That can reduce voltage drop, cable heating and conductor-size requirements in high-power inverter installations when the system is engineered correctly. A 24V build may require DC converters for lights, pumps and other equipment designed only for 12V operation.
Many Epoch 24V batteries support parallel expansion, but the maximum number varies by model. Use identical batteries of the same model, age, capacity and state of charge, and follow the manual for balanced cabling, common busbars, individual overcurrent protection, charger sizing and communication setup.
