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Battery Charger

China Lithium Battery Charger factory, products are exported to USA, Germany, Japan, France, Middle East, and Southeast Asia countries.
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Waterproof IP67

Dust prevention

Flame retardant

Overload protection

high-temperature protection

ES POWER High-Performance

Lithium-Ion Battery Chargers

for Electric 2-Wheelers & 3-Wheelers

lithium battery charger
lithium battery charger
lithium battery charger

Production workshop

Testing workshop

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Powering the Future: Versatile Lithium Chargers for Every Electric Application

This battery charger clearly showcases the diverse range of electric equipment and vehicles compatible with our advanced lithium battery chargers. It highlights our chargers’ unique ability to serve multiple sectors with reliable, high-performance power solutions.

The scope is impressive. For industrial and warehouse efficiency, our chargers power essential tools like Forklifts, Pallet Cars, and Automated Guided Vehicles (AGVs), ensuring seamless material handling operations. Municipal and facility maintenance is covered with support for Floor Scrubbers and Lawn Mowers, keeping environments clean and green.

Transportation needs, both personal and specialized, are well-represented. From the compact Electric Motorcycle and Golf Cart to unique solutions like the Aerocar, Airport Car, Mining Car, and versatile Convenience Cars, our chargers deliver the necessary energy. We also cater to demanding outdoor power applications, including robust Outdoor Energy Storage systems and critical Fire Fighting Robots, emphasizing safety and resilience.

This visual confirms that our lithium battery chargers are not niche products but universal power hubs. Whether it’s for boosting productivity in logistics, enabling cleaner landscaping, supporting specialized transport, or powering essential safety and energy backup systems, our technology provides the dependable charging foundation. We empower innovation across these varied fields, ensuring every piece of equipment operates at peak performance with optimized lithium battery charging.

Product Parameter

Perfect quality depends on the ability of designers and high-quality supply chain

1400W Battery Charger
2200W Battery Charger
3000W Battery Charger
1400w Lithium Battery Charger
2200w Lithium Battery Charger
3000w Lithium Battery Charger

Product Specifications/Product User Manual/Product Application Scenarios

Product Overview:
ES POWER’s robust charging solutions are engineered for demanding electric mobility applications. These chargers feature advanced topology, industrial-grade protection, and intelligent control systems to ensure safe, efficient, and reliable charging of lithium-ion batteries in motorcycles, scooters, and trikes.

Core Features (Common to All Models):

  1. Ruggedized Design:

    • IP-Rated Waterproof & Shockproof construction.

    • Engineered for vibration-prone and wet environments (e.g., vehicle operation, workshops).

  2. Advanced Electrical Compliance:

    • EMC Standard compliant, minimizing electromagnetic interference.

    • Active PFC (Power Factor Correction) technology.

    • Wide AC Input Voltage Range (compatible with global mains supplies).

  3. Intelligent Charging Technology:

    • Multi-Stage Charging Algorithm (Bulk, Absorption, Float/Trickle).

    • Automatic Shut-Off upon detecting full charge.

    • Constant Current (CC) + Constant Voltage (CV) charging profile for optimal battery health and capacity.

  4. Precision Control & Safety:

    • SCM (Single-Chip Microcontroller) Intelligent Control.

    • High-Precision Programmable Logic.

    • Synchronous Rectification Technology for enhanced efficiency and reduced heat.

  5. Comprehensive Protection Suite:

    • Over-Current Protection (OCP)

    • Over-Voltage Protection (OVP)

    • Short-Circuit Protection (SCP)
      (Implied: Likely includes Over-Temperature Protection – OTP)

Model Specifications:

FeatureEP-1400LiEP-2200LiEP-3000Li
Rated Power1400W2200W3000W (3KW)
Target ApplicationsMid-size Scooters/MotorcyclesLarger Scooters/MotorcyclesHeavy-Duty 3-Wheelers / High-Capacity Packs
Rated Output Voltages (DC)12V, 24V, 36V, 48V, 60V, 72V, 100V (U.L.)12V, 24V, 36V, 48V, 60V, 72V, 100V (U.L.)12V, 24V, 36V, 48V, 60V, 72V, 87.6V, 100V (U.L.)
Output Voltage Range (DC – Measured/Set Points)12.0V, 14.0V, 16.0V, 23.2V, 23.4V, 42.0V, 54.6V, 58.4V, 58.8V, 71.4V, 73.0V, 84.0V, 87.4V, 88.2V, 100.8V, 134.4V, 65.4V, 176.0V10.2V, 48.0V, 52.0V, 29.4V, 42.0V, 54.6V, 58.4V, 74.0V, 73.0V, 84.0V, 87.4V, 88.2V, 93.0V, 83.0V8.9V, 23.2V, 29.4V, 42.0V, 54.6V, 58.4V, 58.9V, 71.4V, 73.0V, 84.0V, 87.4V, 88.2V, 102.9V, 134.4V, 169V
Max Output Current (A)Up to 25A (See Note 1)Up to 50A (See Note 1)Up to 60A (See Note 1)
Typical Current per Voltage (A – Referenced to Voltage List)25A, 25A, 25A, 25A, 20A, 5A, 15A, 15A, 15A, 15A, 15A, 15A, 15A, 15A, 15A, 15A, 15A, 15A50A, 50A, 50A, 50A, 40A, 35A, 35A, 30A, 30A, 25A, 25A, 20A, 15A, 12A10A, 10A, 10A, 10A, 10A, 60A, 50A, 50A, 40A, 40A, 35A, 35A, 35A, 30A, 25A, 19A
Key StrengthsWide voltage coverage, core safety & features for mainstream packs.High power density, robust current delivery for larger batteries.Industry-leading power, designed for heaviest use & largest capacities.

Notes & Interpretation of Provided Data:

  1. Output Current (A) vs. Voltage (V) vs. Power (W): The listed current values correspond directly to the listed voltage values in the row above them within each image. However, the product of V x A often does not equal the rated power (1400W, 2200W, 3000W) for individual lines. This indicates:

    • The lists represent specific voltage/current combinations the charger is programmed for, not necessarily its maximum at every voltage point.

    • The charger dynamically adjusts its output current based on the connected battery’s voltage and state of charge within its overall power limit (1400W/2200W/3000W).

    • The Rated Power (W) is the maximum sustained power the charger can deliver. Actual output power (V x A) during charging varies through the stages but will not exceed this max rating.

  2. Voltage List Interpretation: The lists under “Voltage” represent specific DC output voltage points the charger can be set to or is designed to charge. These correspond to the nominal voltages of common lithium battery configurations (e.g., 54.6V for 48V nominal packs, 58.8V for 52V nominal, 87.4V/88.2V for 72V nominal). “U.L.” likely signifies compliance with Underwriters Laboratories standards for that specific voltage model.

  3. Current List Interpretation: The lists under “Electric current” represent the maximum or typical constant current the charger will deliver when charging a battery pack at the corresponding voltage listed directly above it. Lower currents at higher voltages reflect the charger operating within its maximum power limit (e.g., EP-2200Li: 50A @ 48V = ~2400W (within spec), 12A @ ~83V = ~1000W).

  4. Data Discrepancies (OCR/Image Errors): Minor inconsistencies exist in the image text (e.g., “02V” likely 102V, “23AV” likely 23.4V, “71AV” likely 71.4V, “controllingh-precision” = “intelligent control/high-precision”, “58.9V” vs “58.8V”, “09V” likely 90V, “8.9V” is likely an error). The specs above use the most logical interpretation based on common battery voltages and charger behavior. The 100V UL rating is a key differentiator.

Application Guidance:

  • EP-1400Li: Ideal for standard electric scooters and motorcycles with battery packs up to ~72V nominal (e.g., 60V, 72V). Balances power and versatility.

  • EP-2200Li: Suited for larger/faster electric motorcycles or scooters requiring faster charging times, or smaller 3-wheelers. Handles higher current demands for common voltages (48V-72V).

  • EP-3000Li: Engineered for heavy-duty applications: large electric motorcycles, cargo/passenger electric tricycles (3-wheelers), and commercial fleets with very high-capacity batteries (72V+). Delivers the highest power for the fastest possible charging.

Summary:
ES POWER’s 1400W, 2200W, and 3000W lithium chargers offer a scalable, robust, and intelligent charging solution for the electric 2-wheeler and 3-wheeler market. Built to withstand harsh environments and featuring advanced charging algorithms with comprehensive protection, they ensure safe, efficient, and reliable charging for a wide range of lithium battery configurations, from standard scooters to heavy-duty trikes. The inclusion of 100V UL-rated models caters to higher-voltage systems increasingly common in performance and commercial applications.

Disclaimer: Specifications are derived from provided images. For absolute precision, especially regarding specific voltage/current combinations and UL certification details, consult official ES POWER technical documentation or contact the manufacturer directly.

ES POWER Battery Charger FAQs

Q1: HOW does ES POWER optimize battery lifespan in its chargers?
A: Through patented multi-stage charging algorithms that strictly control CC/CV (Constant Current/Constant Voltage) phases and automatically terminate charging upon reaching peak voltage. This prevents overcharge, minimizes heat stress, and reduces lithium plating – extending cycle life by up to 30% versus conventional chargers.


Q2: WHY is ES POWER considered “mission-critical reliable” for industrial use?
A: With 10,000+ units deployed in harsh environments (AGVs, forklifts, outdoor storage), our chargers undergo 72-hour burn-in testing and feature industrial-grade components. Waterproof/shockproof housing (IP67), synchronous rectification for <50°C operation, and triple-redundant protection circuits (OVP+OCP+OTP) ensure 99.6% field reliability.


Q3: HOW do your chargers support emerging battery chemistries like LiFePO₄ or NMC?
A: Our SCM-controlled platforms have programmable voltage/current profiles (54.6V for 48V LiFePO₄, 58.8V for 52V NMC, etc.) and adaptive algorithms. The EP-3000Li model alone stores 18+ chemistry-specific protocols, validated through 2,000+ charge cycles with third-party battery OEMs.


Q4: WHY emphasize global compliance for EV chargers?
A: Electric mobility demands universal safety. Our UL-certified 100V systems (e.g., EP-1400Li/2200Li) meet IEC/EN 60335 standards, while PFC wide voltage (90-264V AC) and EMC filtering ensure stable operation amid grid fluctuations in 30+ countries – critical for exports to EU/NA/ASEAN markets.

FAQ

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Answer: Always use the manufacturer-approved charger for each device, ensure the battery is at room temperature before charging, and avoid overcharging by unplugging once full. For consistent performance in these mobility aids, charge after each use and store in a dry environment to prevent damage.

Answer: Follow a regular charging schedule (e.g., after daily operations) using a compatible charger designed for high-duty cycles. Monitor for overheating during charging, and for devices like floor scrubbers or aerial platforms, prioritize ventilation to extend battery life and maintain efficiency.

Answer: These applications often involve critical power needs or emergency scenarios; improper charging can lead to failures or safety hazards. Specialized chargers ensure voltage compatibility, prevent over-discharge, and support reliable operation—e.g., for backup batteries or traffic lights during outages.

Answer: Charge in a controlled, stable environment using chargers with smart features (e.g., auto-shutoff) to avoid overcharging. For drones or robots, calibrate charging cycles to match usage patterns, and store portable units like energy storage or traffic lights with partial charge if unused for extended periods.

Answer: These high-performance devices have unique battery chemistries (e.g., lithium-ion for yachts or drones) and demand precise voltage control to prevent damage. Tailored protocols, including temperature monitoring and balanced charging, enhance safety, longevity, and efficiency in diverse environments like waterways or automated systems.

Our devices support localization customization

Power on anytime, anywhere

Region-Specific Design & Compliance

Our chargers are engineered and customized to meet the specific voltage, plug standards, and regulatory requirements (like safety certifications) of your target country or region, ensuring immediate usability and legal market access.

Localized Development & Rapid Production

We leverage localized development resources and manufacturing capabilities to swiftly adapt charger specifications and features based on local market feedback and needs, significantly reducing time-to-market.

Seamless Integration & User Experience

Beyond physical compatibility, our localization includes language support, culturally appropriate packaging/instructions, and optimization for local usage patterns, guaranteeing a smooth and intuitive experience for end-users.

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