Description

The Exide Solar Tubular Batteries are designed to efficiently store and supply power for your solar energy system. These high-performance batteries are available in various capacities, including 150 Ah, 200 Ah, and 220 Ah, to meet the energy storage needs of both residential and commercial solar setups. With a cycle life of 1500-1800 cycles and an efficiency range of 85-90%, these batteries ensure reliable, long-term power backup, making them the perfect choice for any solar power system. Key Features: Battery Type: Tubular design for enhanced durability and efficiency Capacity Options: 150 Ah, 200 Ah, 220 Ah to suit different energy needs Voltage Range: 12V – 24V Max Discharge Current: 25 A Max Charging Current: 20 A Cycle Life: 1500-1800 cycles for long-lasting power Efficiency: 85-90% efficient for optimal power storage Battery Life: 5-10 years of reliable service Warranty: 5-year warranty for peace of mind Why You Should Buy: Long Cycle Life: With 1500-1800 cycles, these batteries provide extensive life, reducing the need for frequent replacements. High Efficiency: Experience 85-90% efficiency, ensuring maximum energy utilization from your solar panels. Perfect for Residential & Commercial Use: Whether you’re powering a home or a business, these batteries are versatile enough to handle various power demands. Trusted Brand: Exide is a trusted brand known for manufacturing durable and reliable batteries for solar systems. FAQs: What is the warranty period for Exide Solar Tubular Batteries? Exide Solar Tubular Batteries come with a 5-year warranty, ensuring long-term reliability. What is the expected cycle life of these batteries? The expected cycle life is between 1500 and 1800 cycles, providing long-lasting service. Are these batteries suitable for both residential and commercial use? Yes, these batteries are designed to meet the energy needs of both residential and commercial solar setups. What is the efficiency of Exide Solar Tubular Batteries? These batteries operate with an efficiency of 85-90%, ensuring optimal performance and energy storage.