600AH 2V Carbon Lead Battery

Giant Power 600AH 2V Carbon Lead Battery

Giant Power Lead Carbon - Deep Cycle Batteries - Easy to Carry - Light-Weight - Reliable Power 

Lead carbon batteries are the latest, most advanced technology for off-grid solar systems. They include highly conductive carbon material with high capacitance into the negative electrode, combining the advantages of lead acid batteries and super capacitors.By adding active carbon nano-technology, a new active centre is created in the negative electrode that reduces lead sulphate build up, This ultra-capacitor / ultra-battery lead carbon technology suppresses sulphation up to ten times better than its counterparts.

This advanced battery type is ideal for partial state of charge cycle applications. 

• 600AH 2V Lead Carbon
• 171mm L x 285mm W x 340mm H
• 39.5kg(approx)
• 7 Year Warranty

**This battery is not designed for under-bonnet use or trolling motors where heat, fluids and other contaminants can damage the battery lifespan.

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Main Technical Advantages of Lead Carbon Batteries

• Design life 20 years
• Combine the advantage of lead acid battery and supercapacitor
• Ideal for PSOC cycle application
• High power, rapid charge/discharge
• Reduced sulfation of negative plate, excellent recharge acceptance performance
• Waterproof, anti-salt treatment, shockproof module installation design
• Complies with IEC60896, IEC61427 standards

Giant Power 600AH 2V Carbon Lead Battery, The Narada REXC-600, is a 2V 600Ah deep cycle sealed lead-carbon battery to provide 28.8 kWh maximum capacity at 48V at the 10-hour discharge rate, or 34.5 kWh at 48V qt the 120-hour discharge rate. This can be supplied in these sets: a 24V bank of 12 batteries, e.g. for small houses a 48V bank of 24 batteries, e.g. for full-sized off-grid houses. Call Our Experts for A Customised Quote Lead carbon solar batteries aim to tackle one of the major issues present in regular lead acid batteries, the long charging period.

Typically, lead acid solar batteries have the disadvantage of taking a long amount of time to charge, despite the short amount of time in which they can discharge if needed. The reason for this comes down to the chemical reactions occurring within the battery, more specifically on the negative plate. Lead acid solar batteries suffer from lead sulfate sticking to the surface during discharge. Through the combination or replacement of the negative electrode with carbon, this issue is circumvented, allowing faster charging of the battery as well as increased performance and lifespan.

Carbon Lead Battery Applications

• Solar power generation grid/off-grid energy storage system
• Renewable energy storage
• Smart power grids and micro-grids system
• Distributed energy storage system
• Hybrid energy storage systems
• Home energy storage systems
• Emergency lighting system
• Generator and battery hybrid energy system
• Other standby, cycling system
•  Deep discharge recovery capability

Lead carbon offers better partial state-of-charge performance, more cycles, and higher efficiency:  Replacing the active material of the negative plate by a lead carbon composite potentially reduces sulfation and improves charge acceptance of the negative plate.

The advantages of lead carbon therefore are:

• Less sulfation in case of partial state-of-charge operation.
• Lower charge voltage and therefore higher efficiency and less corrosion of the positive plate.
• And the overall result is improved cycle life.

Tests have shown that lead carbon batteries withstand at least five hundred 100% DoD cycles.  The tests consist of a daily discharge to 10,8V with I = 0.2C₂₀, followed by approximately two hours rest in discharged condition, and then a recharge with I = 0.2C₂₀.