Enerdrive ePRO Battery Charger 24V 80A For Off Grid RV And Marine Systems With High Efficiency Multi Bank Charging

Designed for demanding 24V energy systems, the Enerdrive ePRO Battery Chargers 24V/80A (EPBC-2480) delivers reliable, high‑efficiency charging for multiple battery banks in off‑grid, marine, and RV applications. Built to thrive in harsh environments, this charger blends intelligent power electronics with flexible control to keep your batteries healthy and ready when you need them.

Key advantages that set the EPBC-2480 apart

• Efficient, advanced power conversion: an active rectifier output stage paired with active PFC delivers exceptional efficiency, reducing energy losses and running costs while maximizing charge current per AC watt.
• Three isolated outputs for multi‑bank charging: independently controlled charging channels allow simultaneous, balanced charging of up to three battery banks. And you can scale up by connecting up to six units in parallel for a total of 540 A.
• Smart, four‑stage charging with temperature compensation: intelligent IUoUoP charging profile automatically adapts to battery chemistry and temperature, protecting longevity and performance. Standard absorption, float, and equalize voltages are optimized for 24V systems (absorption 28.8 V, float 27.0 V, equalize 31.6 V).
• LiFePO4 compatible with custom configurations: supports a wide range of chemistries, including LiFePO4, and lets you tailor charging algorithms with the optional Dashboard software for your specific battery setup.
• Remote control and monitoring: the standard ePRO Link enables remote control and readout via the optional TBS Remote Controls, so you can manage charging from a distance or integrate with other energy management systems.
• Rugged design for harsh environments: built to operate from −10°C to +55°C with up to 90% humidity (non-condensing). Variable‑speed cooling and robust connectors keep performance steady in demanding locations.
• Safety and reliability: integrated protections include low AC input voltage, output short circuit, high temperature, battery overcharging, and reverse polarity protection, all within CE and EMC compliance.

The EPBC-2480 is the 24V/80A member of Enerdrive’s ePRO family, engineered to deliver dependable power to three battery banks while offering scalable, future‑proof charging for larger systems.

Technical highlights

• Model: EPBC-2480 (24V, 80A, 3 full‑current isolated outputs)
• AC input: 100–260 Vac, 47–63 Hz, PF > 0.9; max input current ≈ 12 A at 230 Vac
• Full load power consumption: 2750 VA
• DC output: 24 V nominal, up to 80 A total
• Outputs: 3 full‑current isolated DC outputs; DC output connections: 4x M8 bolts
• Charging profile: IUoUoP intelligent 4‑stage, temperature compensated
• Standard voltages (24V): absorption 28.8 V, float 27.0 V, equalize 31.6 V
• Battery compatibility: Flooded / Gel / AGM / LiFePO4 / Custom
• Recommended battery capacity: 160–800 Ah
• Cooling: Variable speed fan
• ePRO Link: Yes, for remote control and readout
• Physical: 370 × 271 × 132 mm, weight 6.2 kg
• Protection class: IP21 (upright mounting)
• Standards: CE marked; EMC EN55016‑2‑1(/A1), EN55016‑2‑3(/A1), EN 61000‑4‑2(3/4/5/6); AS/NZS 60335.2.29 with local deviations

Who benefits most from the Enerdrive ePRO 24V/80A? Off‑grid homes and cabins that demand reliable charging for multiple battery banks, RVs and marine vessels that need dependable 24V power, fleet or commercial applications requiring scalable parallel charging, and enthusiasts who value battery longevity through precise, programmable charging strategies. If you want to tailor charging to your unique battery stack, the Dashboard software combined with LiFePO4 support offers a practical, future‑proof solution.

Key use cases include multi‑bank 24V systems in caravans and yachts, solar‑integrated off‑grid installations that require robust multi‑bank charging, and professional setups where up to six ePRO units work together to deliver hundreds of amps of efficient, controlled charging. With Enerdrive’s ePRO technology, you’re choosing power management designed to minimize waste, maximize battery life, and provide clear, actionable remote monitoring for real‑world reliability.