J.P.C.2-600 2v 600ah Lead Carbon Battery

The JPC2-600 is a lead-carbon battery with a nominal voltage of 2V and a capacity of 600Ah. It is an advanced lead-acid battery that incorporates carbon materials into the negative electrode to enhance its performance and extend its cycle life.

Lead-carbon batteries have been developed as an alternative to traditional lead-acid batteries due to their improved charge acceptance, faster charging, longer cycle life, and better high-temperature performance. They are particularly suitable for use in renewable energy systems, hybrid electric vehicles, and backup power applications.

The JPC2-600 lead-carbon battery is designed for deep-cycle applications, where it is regularly discharged to a significant depth of discharge (DOD) before recharging. It has a long cycle life of up to 3500 cycles at a DOD of 80%, making it a cost-effective and reliable choice for energy storage applications.

In addition to its long cycle life, the JPC2-600 has a wide operating temperature range, with a maximum temperature of 60°C, making it suitable for use in harsh environments. It also has a low self-discharge rate, which helps to reduce the energy loss when the battery is not in use.

The JPC2-600 lead-carbon battery is easy to maintain and has a low maintenance cost, which makes it an excellent choice for off-grid and remote applications where maintenance is difficult or expensive.

In summary, the JPC2-600 is a high-capacity, deep-cycle, and long-lasting lead-carbon battery that offers superior performance and reliability for a range of applications. Its advanced technology and low maintenance cost make it an excellent choice for those who need a reliable and durable power source with high capacity requirements.

Description

Brand: cMax Type: Lead Carbon Nominal Voltage: 2V Capacity (AH @C/10): 600Ah 5000 Cycles @ 30% DOD 2800 Cycles @ 50% DOD 1400 Cycles @ 80% DOD Maximum charge current: C/2 Maximum discharge current: C/2 Weight: 38.5kg Dimensions: 301 x 175 x 330 Terminal: F20*M8

Features & Benefits

• Efficient cycle performance
• Fast recovery ability
• Low-temperature performance
• Designed with longevity and safety in mind

Application & Uses

• Solar energy systems
• Emergency lighting
• Broadcast and television system
• Telecommunications
• UPS (Uninterrupted Power Supplies)