12Volt-150Ah Lead Carbon Battery (Deep Cycle)

12V 150Ah Lead Carbon Battery Reliable Power for Solar, Backup & Deep Cycle Applications The 12V 150Ah Lead Carbon Battery is a high-performance energy storage solution that combines advanced lead-carbon technology with traditional battery reliability. Designed for renewable energy systems, backup power, and deep cycle applications, this battery offers long service life, excellent charge acceptance, and strong performance in both high and low temperature environments. Its sealed construction and optimized design make it ideal for demanding and continuous-use applications. Key Features: High Capacity: 150Ah – Provides dependable and extended energy storage. Lead-Carbon Technology – Combines capacitive and battery characteristics for improved performance. Long Cycle Life – Designed for deep cycle discharge and extended service life. Excellent Charge Acceptance – Faster and more efficient charging compared to standard lead-acid. High Current Performance – Optimized for instant high-current discharge applications. Wide Temperature Range – Reliable performance in both hot and cold environments. Maintenance-Free Design – Sealed construction for easy operation. Precision Sealing Technology – Enhanced safety and durability. Specifications: Voltage: 12V Capacity: 150Ah (10hr rate) Battery Type: Lead Carbon Design Life: 10 years Weight: Approx. 47.0 kg (104 lbs) Terminal Type: M8 Container Material: ABS Internal Resistance: 5.0 mΩ (fully charged at 25°C) Short Circuit Current: 2400A Self Discharge: ~3% per month at 25°C Capacity Ratings: 10 Hour Rate: 150.0Ah (15.0A to 10.8V) 3 Hour Rate: 122.9Ah (40.9A to 10.2V) 1 Hour Rate: 93.4Ah (93.4A to 9.6V) Applications: Solar & Wind Energy Storage Off-Grid Power Systems Backup Power Systems Hybrid Vehicles Electric Bicycles Industrial & Commercial Energy Storage Additional Features: Enhanced deep cycle performance compared to traditional lead-acid batteries Improved resistance to sulfation Stable operation in partial state of charge (PSOC) conditions Suitable for renewable and high-demand energy systems