Explore our tier-1 export grade electric vehicle set combinations, tailored for commercial fleets, retail markets, and global distributor networks.
As the international logistics and municipal transport sectors undergo rapid decarbonization, the demand for highly reliable, scalable Electric Vehicle (EV) Set Combinations has surged. Broadly encompassing integrated e-bikes, cargo e-scooters, commuter vehicles, and specialized micro-mobility powertrains, these sets present a holistic approach to complex logistical challenges.
Global procurement teams no longer seek simple standalone hardware. Instead, modern buyers prioritize cohesive electric vehicle sets featuring compatible battery management systems (BMS), standardized motor hubs, localized mechanical interfaces, and synchronized telematics. Aurora Electric Vehicle Shandong Co., Ltd. stands at the forefront of this industrial shift, offering high-capacity manufacturing, compliance guarantees, and optimized structural engineering.
By leveraging China's key industrial hubs and utilizing robust materials, we ensure our global partners remain ahead of local emission standards, vehicle homologation procedures, and strict consumer safety laws.
A Decade of Engineering Leadership in China's Premier Logistics & Transport Hub
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. is located in Linyi City, Shandong Province. Situated at the core transport node bridging the Yangtze River Delta and the Bohai Economic Circle, our geographic position ensures seamless multimodal logistics, significantly reducing lead times for overland transport and bulk port shipping.
Over the past 10 years, we have transitioned from an agile development facility into a large-scale, vertically integrated enterprise encompassing research and development (R&D), advanced manufacturing, complex custom configuration, and international after-sales service. Our operation has evolved in lockstep with the regulatory landscape, notably modernizing our manufacturing systems to align with the stringent requirements of China’s New National Standard era (implemented in 2019). We took proactive measures to redesign all chassis architectures, refine fire-retardant performance, optimize speed limits, and deploy anti-tampering measures, solidifying our reputation for safety and reliability.
Our operational continuity and technical dominance are sustained by specialized, high-cohesion teams.
Our engineering division consists of industry veterans boasting over a decade of hands-on experience in electric vehicle development. Focused on energy density maximization, frame fatigue dynamics, and robust power electronics, our R&D team holds multiple core technology patents for electric motors and smart Battery Management Systems (BMS).
Leveraging automated assembly systems and digitalized manufacturing checkpoints, our factory floor operates under strict quality protocols. From primary metallurgy inspection to high-voltage battery insulation verification, our technicians ensure that every vehicle complies with global safety limits.
Our sales and consulting divisions operate with a high level of technical competency. We assist overseas buyers in drafting engineering requests, matching local regulations, designing bespoke chassis, and offering containerized logistics that maximize volume efficiency and lower landed costs.
China is home to the world's most dense and sophisticated electric two-wheeler supply chain ecosystem. At our base in Linyi, Shandong, we operate in close proximity to major domestic suppliers of cold-drawn carbon steel, performance lithium-ion cells, high-torque brushless DC (BLDC) motors, and advanced micro-controllers. This local access provides significant cost and engineering advantages:
Navigating international road-safety standards and homologation demands with verified engineering certifications.
For European buyers, our e-bikes strictly conform to EN15194 regulations. This includes EPAC (Electrically Power Assisted Cycles) limitations with a maximum power output of 250W and speed restriction cutoff systems at 25km/h. All batteries feature UN38.3 transport certifications, preventing custom-clearance delays.
We supply electric scooters and bikes configured to US Class 1, 2, and 3 classifications. Drive systems feature FCC compliance certifications to prevent radio-frequency interference. Additionally, we offer optional UL 2849 certified battery packs and chargers to meet municipal requirements in metropolitan areas.
We configure products for CKD (Completely Knocked Down) and SKD (Semi-Knocked Down) shipping. This allows importers to leverage lower local customs duties, navigate complex trade tariffs, and utilize local assembly networks efficiently.
Providing industrial buyers with transparent lead times, strict quality control, and robust packaging systems.
Global logistics, food-delivery platforms, and retail distribution channels require durable hardware that can withstand long operational hours. We meet these demands through engineered chassis, premium battery cells, and reinforced suspension systems. Understanding that international transit presents significant risks to structural integrity, we have designed highly protective packaging systems:
We package our vehicles in 5-layer imported kraft paper cartons. Critical areas are reinforced with internal steel frames to absorb high-impact shocks during oceanic transit and container handling.
Before shipment, samples from each production run undergo rigorous testing. This includes structural stress tests, battery thermal cycle tests, water submersion tests, and frame vibration testing.
We collaborate with major shipping lines to offer competitive ocean freight quotes. We accommodate FOB, CIF, DDP, and EXW shipping terms, tailoring our documentation to match your local compliance laws.
Key technical advancements defining the next generation of electric two and three-wheelers.
Commercial operators require real-time tracking, remote diagnostics, and geofencing. Our latest electric vehicle sets offer plug-and-play IoT compatibility, enabling managers to track asset locations, monitor battery state-of-charge, and schedule preventative maintenance through API integrations.
While Lithium Iron Phosphate (LFP) remains the standard for durability, we are actively preparing for the integration of Sodium-ion battery packs. This technology promises better cold-weather performance and lower raw-material dependencies, offering a more sustainable cost structure for high-volume fleets.
By transitioning key frame components from heavy carbon steels to high-strength aviation-grade aluminum alloys and high-carbon composites, we reduce chassis weight without compromising load capacities. This results in longer ranges and lower strain on drive motors.
From dense urban commuting to heavy cargo delivery and leisurely touring, our vehicles are engineered for diverse environments.
Ergonomic and lightweight, these bikes are designed for daily city transits. Featuring stable power delivery, responsive braking systems, and low-maintenance hubs, they provide a clean and cost-efficient alternative to automobiles.
A streamlined aesthetic paired with a high-torque motor makes these scooters ideal for dense traffic zones. Equipped with front/rear shock absorbers and anti-slip tires, they ensure rider safety and comfort on varied road surfaces.
Clear answers to technical, commercial, and logistical questions for global buyers.
A diverse selection of electric vehicles built to meet different commuter preferences and operational demands.
We design and manufacture various frame configurations, catering to delivery drivers, leisure riders, and off-road enthusiasts.
