Product Overview

This 25.6V 300Ah LiFePO4 battery delivers 8000 charge cycles and 7680Wh of energy for 24V RV and campervan electrical systems. Designed for full-time RV living, it provides 2-3x the cycle life of standard LiFePO4 packs, dramatically reducing long-term cost per kWh.

Core Selling Point: 8000 Cycle Life

• 8000 cycles @ 80% DOD: 20+ years of daily use
• 7680Wh energy: powers full RV electrical loads for days
• High energy density cells: grade-A prismatic LFP
• 24V system: higher efficiency, lower cable losses
• Bluetooth + CAN: dual monitoring interfaces

Technical Specifications

Discharge Characteristics

Charging Parameters

8000 Cycles vs Standard 4000 Cycles

Dimension Options (Reference)

Smart BMS Protection

Packaging & Shipping

Why Choose 8000 Cycle Life for Full-Time RV

Full-time RVers cycle their house battery daily. A standard 4000-cycle battery lasts about 10 years; this 8000-cycle pack doubles that to 20+ years - effectively a lifetime battery for most owners. The premium long-life cells use enhanced electrolyte formulations and optimized electrode coatings that slow capacity fade. Over 20 years of daily use, the cost per cycle drops 40% compared to standard cells, making this the most economical choice for permanent RV living and off-grid homes.

Application Case Study

Case: Full-Time Off-Grid Homestead
A couple living full-time off-grid in a 24V system powers their cabin with this 25.6V 300Ah battery. Daily cycling through winter and summer, the battery delivers 5-7 days of autonomy. After 5 years of daily use (1800+ cycles), capacity retention is 97% - tracking the projected 8000-cycle lifespan. The 5-year warranty provides complete peace of mind.

Why 24V Systems Are Gaining Popularity in RVs

A 24V house system delivers the same power at half the current of a 12V system: a 2000W load draws about 83A at 24V versus 167A at 12V. Lower current means thinner copper cables, smaller fuses and busbars, and significantly lower voltage drop over long runs from the battery bay to the inverter. This is why European campervans, marine installations and larger motorhomes increasingly adopt 24V architectures.

This 25.6V 300Ah battery stores 7680Wh - nearly double the energy of a comparable-footprint 12V 300Ah pack in the same wiring budget. For owners building new systems or upgrading existing 24V solar setups, a single 24V battery replaces a series pair of 12V batteries, eliminating inter-battery balancing concerns and halving the number of interconnects that can loosen or corrode.

8000-Cycle Longevity Explained

Rated for 8000 cycles at 80% depth of discharge, this battery outlasts standard 4000-cycle packs by a wide margin. At one full cycle per day - the usage pattern of a full-time off-grid RVer - 8000 cycles represents more than 20 years of service before capacity falls to 80%. For weekend users cycling twice a week, the rated life extends well beyond 40 years of typical ownership.

The longevity comes from premium Grade-A cells with stable SEI formation, a conservative voltage window managed by the BMS, and active cell balancing that keeps all 8 series cells evenly charged. Longer cycle life also means lower total cost of ownership: spread over 20 years, the per-day cost of this battery is a fraction of any lead-acid alternative.

Series and Parallel Configuration Guide

The battery supports flexible system design. Up to four 25.6V packs can be paralleled for 1200Ah / 30.7kWh at 24V, or two pairs can be series-connected to create a 51.2V / 600Ah bank at 48V for larger hybrid inverter systems. Each configuration is managed by the individual pack BMS, so no external battery management computer is required.

When building a 48V system from 24V packs, always connect complete series strings before paralleling them, and charge the bank with a 48V LiFePO4 profile (58.4V absorption). For most RV owners, the simpler 24V parallel configuration is recommended; our engineers can provide a wiring diagram for your specific inverter and charger combination.

Frequently Asked Questions

Q1: Why choose 24V instead of 12V?
A: 24V systems halve current for the same power, reducing cable size, voltage drop and inverter losses - important for 7680Wh capacity.

Q2: How long does it last per charge?
A: 7680Wh powers typical RV loads (fridge, lighting, electronics, occasional AC) for 4-7 days.

Q3: Can I expand the system?
A: Yes, connect up to 4 batteries in series/parallel for larger 24V or 48V systems.

Q4: What is the warranty?
A: 5-year comprehensive warranty - the longest in our RV lineup.

Contact us today for a quotation and technical consultation for your full-time RV power system.