China An Electric Bike Supplier & Suppliers

Empowering Global Micro-Mobility Through High-Efficiency Electric Vehicles, Integrated Manufacturing Excellence, and Industry-Leading E-E-A-T Standards.

Electric Bicycle Manufacturing Facility - Fulong EV

The Global E-Bike Revolution & Industrial Sourcing Strategy

As international cities adopt low-carbon mandates, micro-mobility has evolved from a niche consumer trend into a core component of modern public transport infrastructure. Selecting the right China electric bike supplier is a critical strategic decision for global distributors, logistics operators, and retail networks aiming to capture market share.

To succeed, businesses require more than standard trading relationships. They need partners with vertically integrated supply chains, robust R&D engineering setups, and strict quality control processes. Our manufacturing footprint addresses these challenges by delivering reliable, high-performance electric vehicles designed for complex urban environments.

Strategic Vision: Engineering Sustainable Micro-Mobility

Linyi Fulong New Energy Co., Ltd. operates on a customer-centric and quality-first model. This commitment guides every stage of our production, from selecting suppliers to applying automated manufacturing techniques. Our dedicated market research teams analyze global consumer demands to ensure that every electric bike, motorcycle, and tricycle meets regional requirements.

We work closely with global partners to design customized products for specific local demographics. Whether supplying long-range battery commuter bikes for Northern Europe, durable multi-passenger electric trikes for South America, or high-efficiency urban scooters for Asia-Pacific, our designs are optimized for real-world usability and regulatory compliance.

Advanced Electric Vehicle Assembly Line
2017
Established Year
10+
Years Experience
15+
R&D Engineers
20K m²
Factory Footprint
Global Export Footprint
Our products are distributed across 90+ countries and regions, with an annual manufacturing capacity exceeding 500,000 electric vehicles.

Supply Chain Resilience & Technology Roadmap

An in-depth analysis of China's component ecosystem, advanced motor designs, and safety-oriented battery integration.

Integrated Shandong Supply Chain

Located in Linyi, Shandong, our facility benefits from access to regional raw material and component hubs. This proximity to local steel mills, battery producers, and injection-molding suppliers reduces lead times, insulates production from global supply bottlenecks, and optimizes manufacturing costs.

Powertrain Engineering

We deploy high-performance brushless DC (BLDC) motors (ranging from 500W to 1000W) equipped with intelligent sine-wave controllers. These motors optimize energy conversion, maintain low operational temperatures, and feature regenerative braking systems that recapture energy during deceleration to extend range.

Battery Safety Protocols

We use lithium-ion and premium gel chemistries equipped with Smart Battery Management Systems (BMS). Our systems monitor voltage, thermal fluctuations, and individual cell balancing to prevent overcharging and ensure consistent power output across various operating temperatures.

Precision Customization & Engineering Solutions

Our manufacturing process features "Precision Matching" capabilities. Rather than offering one-size-fits-all designs, we customize motor torque curves, battery capacities, and chassis dimensions to meet the needs of specific markets. For example, high-slope areas receive higher torque motors, while dense urban centers are supplied with space-saving designs featuring folding frames and quick-charging batteries.

Active Safety & Durability Systems

  • Dual hydraulic suspension for reliable absorption on unpaved roads.
  • Ventilated disc brakes for consistent stopping power in wet weather.
  • Tires reinforced with steel belts to reduce puncture risk.
  • LED optics designed to improve rider visibility in low-light conditions.

Productive Lifetime Value (TCO)

  • IP65-rated wiring harnesses protect electronics from water and dust ingress.
  • Corrosion-resistant chassis coatings extend vehicle life.
  • Modular electrical components simplify replacement and maintenance.
  • Common component interfaces ensure reliable spare parts availability.

Real-World Scenarios & User Personas

Matching specific electric vehicle classes to localized geographic, structural, and cultural micro-mobility use cases.

Urban Commuters & Professionals

Target Vehicle: Lightweight E-Bikes & Compact Scooters

Designed for daily travel in congested metropolitan centers. These units feature lightweight frames, quick charge times, and compact dimensions, allowing users to bypass traffic and park easily in dense urban areas.

Students & Campus Mobility

Target Vehicle: 2-Seater Electric Commuter Bikes

Engineered for campus commutes and short-distance travel. These models prioritize cost efficiency, ease of operation, and dual seating, providing students with a practical alternative to cars or public transit.

Commercial Delivery & Logistics

Target Vehicle: Enclosed E-Trikers & Canopy Tricycles

Built for last-mile delivery and localized goods transport. Featuring weather protection and high-capacity cargo storage, these models are optimized for commercial fleets operating in variable weather conditions.

Production Facility & Team Capabilities

Production Team
Assembly Facility
Testing Operations

Global Regulatory Compliance & OEM/ODM Sourcing

Importing electric vehicles requires adherence to regional safety standards and regulatory frameworks. Our factory ensures all export models are aligned with key global certifications, enabling smooth customs clearance and compliant operation.

  • Europe (EN 15194 & EEC): Our EPAC models comply with EN 15194 standards (250W, 25km/h speed limits), while higher-speed scooters carry European EEC/CoC certifications for road registration.
  • North America (UL 2849 & FCC): We offer configurations that comply with UL 2849 standards for electrical system safety and FCC requirements for electromagnetic compatibility.
  • Global Standards: Our production line operates under ISO 9001:2015 quality management, and all materials undergo RoHS testing to limit hazardous substances.

We support various export structures, including CKD (Completely Knocked Down) and SKD (Semi-Knocked Down) packaging, to help importers reduce tariffs and optimize logistics efficiency.

Engineering Core Capacities

Welding Method Automated Robotic MIG/TIG Systems
Quality Testing Dyno Load Testing & Salt Spray Resistance
BMS Integration Real-Time Cell Balancing & Thermal Cutoffs
Chassis Protection Cathodic Electrophoretic Priming

Factory Case Portfolio & Model Lineup

A comprehensive overview of our custom production models, including urban commuter bikes, cargo units, and sport electric motorcycles.

Robot & Chitu Series

Features high-torque 48V electric motorcycle frameworks designed for export and cross-border distribution. These models are built for durability and long-distance capability in heavy commuting scenarios.

Diniu & Jinpai Series

Features reinforced frames and advanced electronic control packages. Designed for heavy-duty commercial cargo transport and delivery routes, these units prioritize durability and load capacity.

Xindonggui & G-Series

Designed for modern urban environments, the G-series features intelligent displays, ergonomic geometry, and modern aesthetics, appealing to students and style-conscious commuters.

Product Case Visual Reference

Robot Model

Robot Model 48V

Little Chitu Model

Little Chitu Model

Diniu II

Diniu II Export

Diniu Model

Diniu Standard

Jinpai Niu

Jinpai Niu Model

Robot 2nd Gen

2nd Gen Robot

Xindonggui III

Xindonggui III

Xindonggui II

Xindonggui II

Technical FAQ & Sourcing Intelligence

Answers to common questions about importing, customization, quality assurance, and supply chain logistics.

What are the standard lead times for custom OEM/ODM orders?
For standard production runs, our typical lead time is 25 to 30 days following deposit verification and specification sign-off. Custom ODM modifications—including custom frame geometries, tailored battery layouts, or specific electronics configurations—may require an additional 15 to 20 days for prototyping, engineering validation, and regulatory review.
How does the factory ensure lithium-ion battery safety and reliability?
We use Grade-A battery cells sourced from verified tier-one manufacturers. Every battery pack is integrated with a Smart BMS (Battery Management System) that monitors temperature, cell balance, over-charge, and over-discharge parameters. Completed packs undergo thermal testing, vibration tests, and multi-cycle charge/discharge analysis before installation.
What shipping formats are available for bulk orders?
We support SKD (Semi-Knocked Down) and CKD (Completely Knocked Down) packaging, as well as fully assembled options. For destinations with high import tariffs on completed vehicles, CKD shipping allows components to be imported under lower tariff rates, while SKD packaging offers a balance of simple assembly and optimized container space.
Do your models comply with European anti-dumping regulations?
Yes, we work with importers to navigate anti-dumping duties. We assist with proper classification, provide country-of-origin documentation, and configure models (such as low-speed electric scooters and specialized tricycles) that may fall outside specific anti-dumping tariff categories, helping to manage duties effectively.