MP-E-motorcycle Batteries-7598

Efficient Power & Performance

Designed for Light Electric Vehicles

• High‑Density LiFePO₄ Cells: Advanced lithium iron phosphate battery chemistry for safety and long cycle life, suitable for frequent deep‑discharge applications.
• Strong Power Output: Optimized for delivering consistent voltage and power suitable for motorcycle drive trains and auxiliary electronics.
• Fast Recharge Capability: Designed for efficient charging within typical EV charging patterns.

Benefits:

• Smooth acceleration and stable energy delivery during ride cycles.
• Reduced weight compared with lead‑acid alternatives.
• Longer ride range and reliability for urban commuting.

Intelligent Battery Management

Smart Protection & Longevity

• Integrated BMS: Real‑time monitoring and control for cell balancing, over‑charge, over‑discharge, over‑current, and temperature protection.
• Thermal Management: Enhanced thermal safety to support consistent performance under varied usage conditions.
• Automatic Safety Cut‑off: Protects against unsafe operating conditions and prolongs battery service life.

Advantages:

• Safer operation than conventional battery types.
• Protection against common causes of battery failure.
• Improved long‑term reliability.

Durable & Compact Design

Built for Mobility

• Lightweight Construction: Compact and durable module ideal for integration into electric bikes and motorcycles.
• Robust Casing: Designed to withstand everyday road vibration and environmental exposure.
• Modular Format: Scalable pack design for different voltage and capacity needs.

Benefits:

• Easy installation and maintenance.
• Enhanced portability for small vehicles.
• Space‑saving design suitable for constrained battery compartments.

Why Choose China Moneypro Motorcycle Energy Storage Battery

• Reliable Battery Chemistry: Stable LiFePO₄ cells for safety and long life.
• Efficient Power Output: Optimized for EV mobility use.
• Advanced Safety: Integrated BMS with multi‑layer protections.
• Durable & Lightweight: Built for real‑world motorcycle and urban travel conditions.
• Flexible Integration: Suitable for electric motorcycles, e‑scooters, and light electric vehicles.

Key Specifications (Typical Range)

• Battery Type: LiFePO₄ (Lithium Iron Phosphate)
• Nominal Voltage: Vehicle‑dependent (e.g., 48 V / 60 V / 72 V nominal configurations)
• Typical Capacity: Configurable (e.g., 20 Ah — 60 Ah modules)
• Cycle Life: ~3,000 — 6,000+ cycles (industry typical for LiFePO₄)
• BMS: Integrated cell balancing, short‑circuit, over‑current, over‑temp protection
• Operating Temperature: –20 °C to +60 °C
• Dimensions / Weight: Vehicle‑specific modular size

Note: Specific voltage, capacity, and dimensions vary by model and application. Verify exact specifications based on the configuration you choose.

Typical Applications

• Electric Motorcycles & Scooters: Core traction energy for commuter e‑vehicles.
• E‑Bikes & Light EVs: Reliable power for lightweight electric transport.
• Urban Delivery Vehicles: Extended performance for commercial micro‑mobility use.
• Replacement Battery Packs: Upgrade or retrofit for existing Li‑ION commuter vehicles.

FAQ – Common Questions

Q1: What chemistry does this motorcycle battery use?
It uses LiFePO₄ (Lithium Iron Phosphate) chemistry for enhanced safety, long cycle life, and stable performance even under frequent cycling.

Q2: Is this battery safe for daily use?
Yes — built‑in Battery Management System (BMS) provides multi‑layer protections, including thermal, voltage, and current monitoring.

Q3: Can it be charged with standard EV chargers?
Charging is typically supported via compatible EV or vehicle‑specific chargers designed for the nominal battery voltage and capacity chosen.

Q4: What kind of vehicles is this suitable for?
It is ideal for electric motorcycles, scooters, e‑bikes, and small light‑EV platforms focused on urban or short‑range travel.

Q5: How long will the battery last?
Expected cycle life is thousands of cycles under normal operating conditions, significantly extending service life versus traditional lead‑acid alternatives.