Ecolite 24V 100A High Frequency Forklift Battery Charger 3-Phase Input CAN Communication Compact Design

Product Overview
The Ecolite 24V 100A high-frequency battery charger is engineered specifically for industrial forklift and material handling applications. Utilizing advanced high-frequency switching technology, it delivers exceptional conversion efficiency, precise voltage and current regulation, and low output ripple—ensuring safe, fast, and reliable charging for 24V lithium battery packs. Its compact, lightweight design saves valuable space, while three-phase input and CAN communication enable seamless integration into fleet management systems.

High Efficiency & Precision Charging
With power factor >0.99 and total harmonic distortion (THD) of only 3.5%, this charger maximizes energy utilization and minimizes grid pollution. Steady voltage accuracy of ±0.5% and output current adjustment from 1A to 100A (±1% error) allow precise matching to battery requirements, prolonging battery life and optimizing charge times. The low output ripple (±1%) protects sensitive battery electronics.

Robust Industrial Design
Built for demanding warehouse and factory environments, the charger features a rugged enclosure measuring 600×400×650mm and weighing 40kg. Wide input voltage range (AC 304V–456V) accommodates unstable grid conditions, while input inrush current limiting (10A max) prevents nuisance tripping. The three-phase three-wire +PE input ensures reliable power delivery.

Intelligent Communication & Control
Standard CAN communication enables real‑time monitoring and control via forklift telemetry systems or central battery management software. Output voltage is adjustable from 18V to 29.2V, making it compatible with various 24V lithium chemistries (LiFePO4, LTO, etc.). The charger can be easily integrated into automated charging stations and opportunity charging setups.

Compact, Lightweight & Energy-Saving
Thanks to high-frequency topology, this charger is significantly smaller and lighter than traditional transformer‑based chargers, simplifying installation and mobility. Its high conversion efficiency reduces wasted heat and lowers operating costs over the charger’s lifetime.