Jan 18, 2026 Leave a message

Design principles of lithium-ion electric vehicles

The vehicle body is scientifically designed according to the principles of ergonomics, material mechanics, and aesthetics. Its lightweight and aesthetically pleasing appearance, along with carefully selected component materials, ensures optimal viewing and riding performance.

The controller design integrates analog, digital, and fuzzy logic technologies, and incorporates robust anti-tampering features, resulting in a safer, higher-performing, and longer-lasting vehicle .

The new high-quality motor provides a quiet, fast, convenient, and natural riding experience.

The frame is made of aluminum alloy and can be folded in four directions (handlebars, frame, seatpost, and pedals), making it small, lightweight, and easy to carry.

The speed limit design adheres to national electric bicycle standards; the motor stops providing power when the speed exceeds 25 km/h [2].

The lithium-ion battery is small and lightweight, and under normal use, it has a lifespan of one to three years.

The design employs a switchless structure; power is supplied to the motor only when the rider's speed exceeds 6 km/h by rotating the throttle. Power is automatically cut off when the wheels stop rotating.

The soft-start design ensures safety and comfort, effectively improving range and battery efficiency.

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