25.6V 314Ah Solar Deep Cycle Lifepo4 Lithium Battery

Energy requirements often evolve over time.

Some users may initially require a compact standalone battery system, while future applications may demand:

• Higher voltage systems
• Larger storage capacity
• Longer backup duration
• Expanded solar integration
• Higher inverter compatibility

The Recreen battery platform supports both:

• Parallel connection for larger capacity
• Series connection for higher voltage systems

This flexible architecture allows users to scale their energy infrastructure more efficiently according to changing operational needs.

The 314Ah high-capacity platform is optimized for applications requiring extended operating duration between charging cycles.

The battery is especially suitable for:

• Long-distance RV travel
• Marine power systems
• Off-grid cabins
• Solar energy storage
• Portable energy infrastructure
• Outdoor work equipment
• Backup power applications

The larger energy reserve helps reduce charging frequency and improve overall energy availability.

Consistent power output becomes increasingly important in larger off-grid and mobile systems.

The lithium platform maintains stable voltage delivery during charging and discharging cycles, helping support smoother operation for:

• Inverters
• Marine electronics
• RV appliances
• Refrigeration systems
• Communication equipment
• Outdoor power systems

The stable discharge profile improves operational reliability during extended energy usage.

Weight and installation flexibility remain important factors in RV, marine, and portable applications.

The lithium battery structure significantly reduces overall system weight while delivering higher usable energy capacity.

This provides advantages including:

• Easier transportation
• Improved space efficiency
• Better mobility
• Simplified installation
• Reduced structural load

The compact energy architecture is optimized for space-conscious energy systems.

The battery is designed for stable deep-cycle operation across demanding daily energy applications.

The advanced LiFePO4 chemistry supports:

• Stable daily cycling
• Improved energy consistency
• Reduced self-discharge
• Longer operational lifespan
• Lower long-term replacement frequency

The system is optimized for users seeking reliable long-term energy infrastructure.

• RV Energy Systems
• Marine Applications
• Off-Grid Solar Storage
• Portable Energy Infrastructure
• Outdoor Power Systems
• Backup Energy Applications
• Camping Energy Systems
• Mobile Work Vehicles
• Small Commercial Backup