48V-280Ah/460Ah - EP EP DIN Battery Series

Explore the EP DIN Battery SeriesThe EP DIN Battery Series (48V, 280Ah / 460Ah) offers an advanced lithium-ion power source designed for forklifts using 4PzS, 5PzS, and 6PzS configurations. It delivers long-lasting efficiency, rapid opportunity charging, and zero maintenance, ensuring operators enjoy greater productivity and lower total operating costs. Designed to meet DIN standards, the EP DIN Battery fits perfectly into forklifts that use 4PzS, 5PzS, or 6PzS configurations. This plug-and-play compatibility allows for a smooth transition from lead-acid to Li-ion technology without any modification to the vehicle. Full Compatibility with 4PzS, 5PzS, and 6PzS Forklifts Charge up to 7% in just 10 minutes — operators can quickly recharge during short breaks, ensuring trucks remain ready for continuous operation. This rapid charging capability eliminates battery swaps and maximizes productivity throughout the day. Fast Opportunity Charging for Maximum Uptime The integrated display and power switch allow operators to view the battery’s condition at a glance and manage power efficiently. The system tracks charge levels, operating status, and performance metrics in real time for improved reliability and control. Real-Time Monitoring and Intelligent Control With Li-ion chemistry, the EP DIN Battery requires no water refilling, ventilation, or acid maintenance. Delivering more than double the life of lead-acid batteries (>2,000 cycles), it reduces total ownership costs while enhancing workplace safety and cleanliness. Maintenance-Free and Long-Lasting ApplicationPerfectly suited for logistics centers, warehouses, factories, and retail operations, the EP DIN Battery seamlessly replaces traditional lead-acid units in electric forklifts. Fully compliant with DIN standards, it enables fast, flexible charging during short breaks, eliminating battery swaps and downtime. Its durability and adaptability make it the ideal power solution for demanding multi-shift operations and modern material handling fleets. Make an EnquiryDatasheet About the EP DIN Battery SeriesThe EP DIN Battery 48V-280Ah / 460Ah Series redefines forklift energy efficiency through cutting-edge Li-ion technology. Offering more than 2,000 complete charge cycles and maintaining over 80% usable capacity, it provides a longer service life than traditional lead-acid batteries while eliminating maintenance tasks such as water refilling or acid checks. The built-in Battery Management System (BMS) continuously monitors temperature, voltage, and state of charge, protecting the battery and ensuring consistent performance. Operators can easily track power status via the real-time display and control switch, while opportunity charging capabilities boost uptime and flexibility. Backed by EP Energy’s proven safety and efficiency, this is the power solution that keeps your forklifts — and your business — moving. FAQsCommon questions people ask about the EP DIN Battery Series. • What is the life expectancy of the EP DIN Battery? The EP DIN Battery provides over 2,000 full charge and discharge cycles, maintaining at least 80% of its capacity throughout its lifespan — often matching or exceeding the service life of the forklift itself. • Can I charge the battery multiple times a day without affecting its life? Yes. The advanced BMS automatically stops charging once full, preventing overcharge. Frequent “opportunity charging” during breaks is encouraged and does not harm battery longevity. • How does the battery perform in extreme temperatures? The battery operates reliably between –20°C and +55°C, ensuring dependable performance in cold storage facilities, outdoor environments, and hot industrial areas. • Will replacing my lead-acid battery with this Li-ion model affect truck performance? No adjustments are required. The EP DIN Battery is fully compatible with 4PzS, 5PzS, and 6PzS forklifts and will not impact handling, power output, or performance. • What is the function of the Battery Management System (BMS)? The BMS protects the battery by preventing overcharge, over-discharge, and thermal stress. It balances individual cells, records charge/discharge data, and ensures optimal safety and efficiency at all times.