Battery Chargers

Battery Charger for Charging Station

High-Power Lithium Battery Chargers

Universal Input: 100-240Vac, 50/60Hz.
Product Type: Wall-Mounted, Desktop.
Output Power: 90W-1200W.
Voltage Coverage: 12V, 24V, 28V etc.
AC Plug: US, EU, UK, AU, JP, KR, AR, BR, IN and etc
Protection: SCP, OVP, OCP, OTP.
Global Certifications: CE, UL, cUL, FCC, UKCA, SAA, RCM, C-tick, GS, PSE, KC, KCC, S-mark, BIS, CCC, CB and etc.

Our specialized Lithium Battery Chargers are engineered for high-demand applications, providing continuous power output from 90W up to 1200W. AiecoPower offers this robust power range to support cutting-edge e-bikes (electric bicycles), commercial robotics, and high-capacity portable equipment. All our Li-ion chargers strictly adhere to global safety and electrical regulations and feature full-range AC input. We leverage extensive experience in high-power charging technology to provide reliable, efficient battery charging solutions optimized for your light electric vehicle and industrial robotics projects.

Versatile Charging Solutions for Diverse Industries

Our industrial-grade power technology is engineered to meet the specific demands of high-performance sectors.

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Autonomous Mobile Robots (AMR)

Designed for automatic docking station integration. Our ultra-low ripple power delivery ensures zero interference with sensitive LiDAR and sensors, guaranteeing precision navigation during charging cycles.

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Energy Storage Systems (ESS)

Featuring a modular design for seamless integration into outdoor energy cabinets. Supports smart communication protocols for remote monitoring of charge status and battery health in real-time.

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Electric Agricultural Machinery

Equipped with optional IP65-rated protection. Built to withstand the harshest farming environments, resisting heavy dust, high humidity, and extreme vibrations common in heavy-duty field equipment.

F.A.Q.

Answer: ESS chargers require precise voltage and temperature monitoring with multi-stage charging algorithms to optimize state-of-charge and prolong battery longevity.

Answer: Intelligent chargers use fast-charging protocols and communication interfaces (e.g., CAN bus) for quick, optimized charging cycles, minimizing robot idle time.

Answer: E-Bike chargers need shock resistance and appropriate IP ratings to withstand outdoor elements and handling, ensuring safety and durability during daily use.

Answer: BMS communication allows the charger to receive real-time battery data, adjusting charge parameters instantly to prevent overcharging and ensure optimal system safety.

Intelligent Charging Solutions for Next-Gen Mobility

Providing stable, fast, and safe power for autonomous robotics, electric vehicles, and energy storage systems.

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Advanced BMS Communication

Equipped with CANbus, RS485, and UART protocols. Our chargers seamlessly integrate with your Robot's BMS to monitor cell voltage and temperature in real-time.

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94% Peak Efficiency

Designed with LLC resonant topology to achieve ultra-high conversion efficiency, reducing heat generation and ensuring stable operation in 24/7 charging stations.

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Li-ion & LiFePO4 Optimized

Customized charging profiles for Lithium-ion and LiFePO4 chemistries, featuring multi-stage algorithms to maximize battery cycle life and safety.

Need a Customized Charging Profile or Prototype?

We provide OEM/ODM services including custom voltage/current settings and specific connector types for your robotics project.

Consult Our Engineers
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