Industry-grade products built for global certification & commercial distribution
As governments worldwide intensify efforts to lower transportation emissions, Electrically Power Assisted Cycles (EPACs) have transitioned from alternative leisure tools to critical elements of urban transportation infrastructure. At the center of this transition lies the European standard EN15194. This standard guarantees that electric-assisted vehicles meet strict parameters for electrical safety, electromagnetic compatibility (EMC), and mechanical resilience. Meeting this standard is essential for legally importing, marketing, and deploying light electric vehicles (LEVs) across key global markets.
The EN15194 standard specifies that electric assistance is provided only when the rider pedals. The motor output must progressively scale down as vehicle speed increases, cutting off completely when the vehicle hits 25 km/h, or when the rider stops pedaling. The maximum continuous rated motor power is limited to 250 Watts. For global ODM partnerships, aligning with these design criteria is crucial to ensure that vehicles are legally classified as bicycles rather than mopeds, allowing riders to bypass registration, insurance, and licensing requirements in most jurisdictions.
Additionally, EN15194 mandates rigorous battery vibration, thermal exposure, impact, and short-circuit testing to prevent thermal runaway. As a leading manufacturer, Aurora Electric Vehicle Shandong Co., Ltd. builds compliance directly into the product architecture, ensuring our global commercial clients receive vehicles ready for immediate custom import clearance.
In the highly competitive micro-mobility sector, sourcing managers, fleet operators, and distributors must look beyond basic catalogs. They need verifiable engineering and manufacturing data. Our ten-year development history reflects a constant focus on quality control, structural integrity, and regulatory compliance. We continuously invest in advanced diagnostic equipment, cell cycling testers, and structural stress rigs to produce vehicles that consistently perform under the demands of high-mileage urban use.
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. is located in Linyi City, Shandong Province. Linyi is a major logistics and transportation hub connecting the Yangtze River Delta and the Bohai Economic Circle. Over the past decade, we have expanded from a regional production workshop into a fully integrated enterprise managing R&D, mass production, global sales, and after-sales service. We have actively contributed to the development of the Chinese electric bicycle sector, navigating structural transitions to align our production with modern regulatory frameworks.
Our history is defined by a commitment to technical precision and process modernization. When the new national standard for electric bicycles was introduced in 2019, we rapidly upgraded our production lines. We adjusted key design parameters, optimized fire-retardant electrical housing, implemented strict speed-limiting systems, and designed anti-tampering electronics to comply with the new rules.
Today, our facility uses digitalized production workflows, automatic assembly lines, and specialized testing equipment. We manage core fabrication steps in-house—including motor performance analysis, battery management system (BMS) integration, and structural chassis welding. This allows us to scale production efficiently to meet the volume demands of our international partners.
The performance of Aurora EV is driven by three core teams: the R&D Team, the Production Team, and the Sales & Service Team.
Our research and development team consists of senior engineers with more than 10 years of experience in EV design. They focus on battery safety, motor torque optimization, and custom BMS development. Their work has earned multiple patents in motor housing thermal dissipation and structural design.
Our production team consists of trained technicians operating under ISO9001 and 5S management systems. They manage everything from incoming battery cell testing to final torque verification on the assembly line, ensuring every vehicle is built to last.
Our global services team provides OEM/ODM consulting, customization support, and responsive after-sales service. We help our international clients navigate imports, customs clearance, and spare parts supply chains.
We build our team culture on a commitment to continuous learning and technical skill. Regular safety drills, manufacturing competitions, and technical training seminars keep our production lines running smoothly and safely.
The micro-mobility market is moving fast, requiring smarter, more durable, and highly integrated vehicles. Aurora EV's development roadmap focuses on integrating advanced connectivity, premium materials, and improved battery chemistry to meet the future demands of commercial fleet operators.
Our next-generation Battery Management Systems feature real-time thermal monitoring, active balancing, and over-current protection. This helps extend battery lifespans by up to 30% under heavy commercial use.
We are incorporating 4G LTE/GPS tracking modules directly into our vehicle control units. This enables remote diagnostics, geofencing, and keyless access, making the bikes ready for shared micro-mobility platforms.
By using hydroformed high-carbon steel and aircraft-grade aluminum, we are reducing vehicle weight while improving overall load capacity, ensuring our frames easily handle rough urban terrain.
We are developing high-efficiency hub motors that feed energy back into the battery during braking. This increases real-world range, especially during stop-and-go city delivery routes.
In addition, we are designing modular chassis platforms that allow our clients to easily swap components, like switching a passenger bike into a cargo delivery unit, reducing maintenance costs for large fleets.
At Aurora EV, we connect our corporate identity with sustainable manufacturing practices and ethical operations. Our mission is clear: to make green transit safer and more accessible for everyone. We test all our vehicles for load capacity, structural fatigue, water resistance, and battery safety to ensure they deliver reliable long-term performance.
Our vehicles are built to meet CE, CCC, FCC, and global EPAC standards, ensuring easy market entry and regulatory compliance.
We test our bikes under extreme conditions to ensure reliability. This includes placing loaded vehicles on vibration tables to simulate thousands of kilometers of rough road wear, testing frames under heavy stresses, and checking electrical systems for IPX5 and IPX6 water resistance. This ensures our vehicles can operate reliably in heavy rain and challenging environments.
A key advantage for Aurora EV is our location in Linyi City, Shandong Province. Linyi is known as one of northern China's largest trade and logistics hubs, offering major benefits for raw material sourcing, domestic transport, and international shipping.
Because we operate near major steel, aluminum, and battery component clusters in East China, we can source raw materials quickly and cost-effectively. This local ecosystem reduces lead times and protects our clients from sudden global supply chain disruptions.
Our logistics network connects our factory directly to major international shipping ports like Qingdao and Tianjin. This proximity allows us to secure lower freight rates, schedule frequent departures, and ensure on-time delivery for bulk orders worldwide.
To prevent transit damage, we package our vehicles in heavy-duty 5-layer corrugated kraft paper boxes, reinforced with custom internal cardboard and foam bracing. We can also provide custom packaging layouts to fit our clients' branding and warehouse handling requirements.
Different markets present different challenges. Understanding localized use cases allows us to build vehicles tailored to specific urban environments, whether for last-mile delivery fleets or everyday city commutes.
Designed for daily city travel, this model features an ergonomic, lightweight frame, smooth pedal assistance, and low energy consumption. It is built to help commuters navigate congested city streets quickly and easily.
A stylish, modern scooter designed for short-distance personal transit. It combines reliable power delivery with responsive handling, making it an excellent choice for urban travelers and students.
For last-mile delivery and logistics companies, we build reinforced cargo frames, heavy-duty kickstands, and high-capacity dual battery systems. This ensures delivery riders can operate all day with minimal downtime for recharging.
This comprehensive FAQ provides direct, technical answers to help purchasing agents, brand distributors, and logistics fleet managers make informed decisions.
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