Modern educational campuses, corporate headquarters, and logistics hubs are undergoing a structural shift. The transition toward a decarbonized, high-efficiency last-mile network demands robust, safety-compliant electric vehicles. Sourcing specialized campus electric vehicles requires a deep understanding of municipal regulations, battery safety, and operational longevity.
Integrating zero-emission lightweight scooters and bikes significantly offsets scope-3 emissions for institutions pursuing Net-Zero targets.
Real-time tracking, geo-fencing speed restrictions, and automated diagnostic modules ensure safe operations inside high-density pedestrian zones.
Compared to combustion vehicles, electric fleets dramatically lower fuel and maintenance overheads, offering localized ROI within 18 months.
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. is strategically situated in Linyi City, Shandong Province. Linyi is recognized as a vital transport corridor linking the Yangtze River Delta and the Bohai Economic Circle. Backed by prominent geographical advantages, we have developed from a pioneering manufacturing facility into a robust, comprehensive enterprise that integrates research & development (R&D), mass-production lines, international sales channels, and thorough after-sales service.
Over the past decade, we have been an active contributor to the high-quality development of China's electric bicycle and micro-mobility industry, specifically navigating the strict transitions of the New National Standard Era. Our factory leverages localized supply chain density to provide highly competitive, reliable, and premium quality vehicles for corporate, academic, and leisure applications.
Our enterprise trajectory centers on persistence, innovation, and compliance. Since establishment, we have proactively aligned our core operations with domestic and global policy transitions. In 2019, when China's mandatory safety standard for electric vehicles (GB17761-2018) took effect, we immediately modernized our tooling. We optimized parameters surrounding fire retardant wiring harness designs, speed limit configurations, and anti-tampering mechanical locks.
To address global demand, we expanded our physical footprint. Our standardized manufacturing base incorporates modern digital assembly workflows, robotic welding stations, automated painting lines, and rigorous dynamometer-based testing systems. This guarantees consistent assembly metrics for frame loading, electronic controls, and battery integrity, enabling us to handle massive wholesale demands without compromising on details.
Composed of design veterans boasting over a decade of hands-on expertise in the EV space. Focus areas include optimizing motor cooling systems, implementing high-density battery arrays, and securing advanced patents for intelligent Battery Management Systems (BMS).
Skilled technicians operating in strict accordance with ISO manufacturing flowcharts. From frame stress inspections to incoming cell voltage balancing, our team ensures every unit rolling off the line meets rigorous export requirements.
Customer-centric trade experts offering end-to-end consulting. We facilitate product branding customization, container logistics planning, customs clearance documentation, and prompt after-sales support globally.
We anchor our corporate expansion in the core value: "People-oriented, talent first." Continuous internal mechanical training, welding tournaments, and collaborative team exercises strengthen organizational cohesion.
Entering strict regulatory landscapes like the European Union and North America demands total compliance. Our electric bicycles and scooters hold various safety credentials, verifying their structural integrity and operational safety under load. We maintain strict laboratory verification protocols covering EN15194 (EU EPAC standard), UL2272/UL2849 electrical standards, CE directives, FCC electromagnetic compliance, and China Compulsory Certification (CCC).
Corporate culture is the guiding force behind our design choices. We combine the industrious spirit of Linyi, a historic logistics hub, with the forward-looking paradigm of green technology. Under our core values of "integrity, pragmatism, innovation and win-win", we focus on generating sustainable value.
Our mission is clear: "To make green travel easier, safer, and highly accessible for global communities." This motivates us to design vehicles that decrease personal carbon footprints while delivering comfortable rides. Safety remains our primary operational benchmark. Our in-house testing laboratories subject frames to high-frequency load stress tests, verify IP65/IP67 water ingress protection ratings, conduct battery heat dissipation tests, and verify BMS safety profiles.
By building cooperative relationships with raw material suppliers and global transport partners, we provide sustainable supply solutions. This enables institutional buyers to confidently scale up their campus micromobility programs.
Operating from Linyi, Shandong, we leverage localized supplier networks. This geographic density grants us immediate access to raw steel, premium battery cell suppliers, and advanced controller manufacturers, keeping production cycles efficient.
Our portfolio ranges from daily scooters to heavy-duty cargo e-bikes and leisure tricycles, meeting different application needs.
We adapt battery profiles, motor outputs, frames, and branding to align products with regional regulations and specific brand specifications.
CCC | CE | FCC | GLOBAL STANDARDS
Ergonomic and lightweight, perfect for daily commuting and short-distance travel. Stable power, energy-saving and durable. Highly suited for large academic environments where students need to commute between campuses quickly and safely.
Fashion streamlined design, strong power and smooth driving. Suitable for urban travel, labor-saving and practical. Designed for corporate campuses and resorts to streamline light travel.
At Aurora Electric Vehicle, our engineering teams focus on emerging technologies to improve reliability, range, and cost-efficiency. Our technological roadmap for the next generation of campus electric vehicles centers on three primary developments:
To improve thermal safety and lifecycle longevity, we are introducing specialized LiFePO4 chemistry. This offers up to 2,000 charge cycles while maintaining structural stability under thermal duress.
Developing API-friendly telematics modules that plug directly into campus management software, enabling geofencing, speed limits, and remote locking functions out of the box.
Harnessing kinetic energy during descent and braking, redirecting up to 8% of energy back into the cells. This improves stop-and-go ranges for campus commutes.
Campus electric vehicles are engineered for high-frequency, multi-user scenarios. Unlike standard consumer models, they prioritize durability. Key components include reinforced high-tensile frames, tamper-resistant battery enclosures, integrated speed caps to meet safety parameters, and plug-and-play wiring to facilitate fast maintenance.
Compliance is secured from the component selection phase. Motors, wiring, charging adapters, and cells are sourcing-verified to carry respective certifications. Furthermore, finished designs are subjected to certified test labs where mechanical structures, EMC levels, and cell thermal management systems are validated under simulating export conditions.
Yes. We specialize in OEM/ODM services. We offer custom paint, structural modifications, and fleet telematics installations (such as GPS, BLE modules, and API integrations) for educational and corporate deployments.
Standard production lead times range from 20 to 35 days, depending on custom requirements. Products are packaged using 5-layer heavy-duty kraft cartons lined with custom-molded EPS foam. We secure frames using heavy zip-ties to prevent movement during sea transport.
Linyi is a major logistics and industrial hub in northern China. This geographical proximity reduces transit times and transport costs for frame metals, plastic components, and batteries. We pass these savings directly to wholesale customers in the form of competitive unit prices.
