Explore our leading collection of BYD high-performance electric cars and commercial zero-emission passenger vehicles designed for global markets.
Pioneering the next era of smart, highly integrated, and extremely safe electric mobility architectures.
Utilizing Lithium Iron Phosphate (LFP) chemistry in a singular array structural configuration. Offers exceptional thermal stability, successfully passes the stringent nail penetration test, and increases volume utilization by over 50% compared to traditional block batteries.
Integrating an 8-in-1 electric powertrain that achieves an overall system efficiency exceeding 89%. Powered by Silicon Carbide (SiC) electronic control modules, it enables ultra-fast charging capabilities and unlocks vehicle driving ranges exceeding 1,000 kilometers.
By integrating the Blade Battery directly into the vehicle structure, CTB dramatically increases torsional stiffness to levels comparable to luxury sports cars, creating a robust protective cabin for passengers while optimizing interior space.
The transition to clean energy is not merely a replacement of fuel tanks with battery packs; it is a holistic reconfiguration of the automotive architecture. BYD’s roadmap centers on vertical integration and intelligent synergy. By designing key components—including the IGBT chips, motors, electronic controls, and battery chemistry—internally, BYD ensures seamless hardware-software integration that maximizes energy recovery, safety, and longevity.
Looking ahead, the development focuses heavily on Level 3 and Level 4 autonomous driving systems, high-voltage charging infrastructures (800V and above), and intelligent energy management algorithms. These systems continuously optimize power consumption based on real-time driving patterns and ambient temperatures, establishing BYD as a true pioneer in smart urban transportation solutions.
SHANDONG LI MAO TONG GROUP is a global supplier of high-quality products, with a complete industrial chain, specialized in research, manufacture and international sales of motor tricycles, cargo tricycle, and electric mini cars. Since its establishment, our vehicles have served over 120 countries and regions worldwide, with our brand reaching more than 20 million households globally.
Supported by 8 overseas production bases, we provide comprehensive vehicle solutions to markets around the world. We attach great importance to after-sales service, and set up overseas warehouses in Djibouti, equipped with a professional after-sales team and complete after-sales facilities. If you encounter any problems during the use of the product, our after-sales team will respond immediately and provide you with timely and effective solutions.
Unbridled Velocity · Global Horizon
In the booming wave of China's new energy vehicle industry, Limaotong emerged at the historic moment. Rooted in China and embracing the world, We strive to deliver an electric mobility experience that exceeds expectations for every user. We operate a modern intelligent manufacturing base equipped with highly automated production lines and a stringent digital quality control system, ensuring every vehicle rolling off the line meets international standards of exquisite craftsmanship.
Our manufacturing footprint and distribution network support sustainable growth across all continents.
Aligning vehicle performance, charging infrastructure, and regulatory requirements for enterprise procurement.
Enterprise procurement of new energy vehicles requires a sophisticated evaluation that goes beyond vehicle purchase cost. Global organizations must evaluate the Total Cost of Ownership (TCO), which includes energy efficiency (km/kWh), battery degradation cycles, charging infrastructure compatibility, and local regulatory incentives. As a leading manufacturer and supplier, we provide end-to-end fleet solutions to streamline this transition.
We work directly with municipality representatives, commercial logistics providers, and corporate fleet managers to structure procurement models that minimize risk. Our vehicles are compatible with major charging standards globally, including CCS Type 1, CCS Type 2, and GB/T, ensuring integration with existing infrastructure networks. By providing direct telemetry access, fleet managers can monitor battery health, real-time energy consumption, and vehicle safety parameters remotely.
Custom solutions for public transit networks and corporate commuter fleets, minimizing operational expenses while meeting national carbon-reduction mandates.
Deploying energy-efficient cargo tricycles and compact electric vehicles designed to navigate congested urban areas, maximizing package throughput per charge.
Assisting enterprise partners in assessing power grid requirements, installing intelligent fast-charging hubs, and implementing localized micro-generation systems.
Integrating intelligent automation, rigorous stress testing, and vertical supply structures to secure manufacturing quality.
Our core competitiveness stems from cutting-edge technology R&D and unremitting innovation. From one-piece stamped steel frames to millimeter-precision cutting; from fully automated robotic painting creating flawless finishes to precision-engineered assembly processes; every stage is safeguarded by dedicated technical teams.
Our modern intelligent manufacturing facilities rely on artificial intelligence and predictive diagnostics to maintain continuous production flow. In an era marked by component shortages and shipping delays, our vertical integration strategy—producing key mechanical parts and assemblies in-house—safeguards our partners from production delays. We subject our vehicles to laboratory-level seven rainstorm tests and extreme environmental challenges to verify chassis seal integrity, battery thermal limits, and paint resistance against corrosive elements.
Overcoming geographical barriers with cross-border e-commerce centers, duty-free zones, and dedicated overseas storage.
Established in 2023, our Djibouti (Overseas Warehouse) Cross-border E-commerce Exhibition and Sales Center is strategically positioned within the Djibouti International Free Trade Zone in East Africa. Backed by the Djibouti Economic and Trade Co., Ltd., this center operates as a one-stop comprehensive logistics and service platform.
By combining online commerce with physical front-end warehousing, we provide B2B clients across the African continent with localized sales, quick-turnaround customs clearance, duty mitigation consulting, and hands-on maintenance services. This hub represents our model for localized expansion, reducing shipping lead times for finished vehicles and spare parts from weeks to days.
A transparent look at our operations, welcoming international delegations and showcasing innovations at global mobility expos.
In-depth responses to core procurement questions, addressing certification, shipping logistics, and structural safety parameters.
Reviewing our broader product line, including collaborative manufacturing projects, smart hatchbacks, and industrial-duty electric vehicles.
Our strategic flexibility allows us to act as a bridge between multiple high-tech automotive platforms. Whether distributing premium passenger models or assembling specialized light electric vehicles, our engineering standards remain constant. By offering comprehensive design options, we enable businesses to transition seamlessly to electric fleets with customized vehicle classes tailored to their target demographic.
Additional global transport options, including multi-purpose utility trikes, eco-mobility cars, and SUV vehicle designs.
Our technical design parameters prioritize active and passive safety system integration. Every passenger car built on the e-Platform 3.0 is engineered to meet 5-star crash test standards in key global test protocols. By routing structural impact paths around the battery pack, the chassis structure forms a protective ring that minimizes cabin intrusion during high-impact side-pole collisions.
In the high-voltage electrical subsystem, our battery management software (BMS) continuously monitors safety metrics at the cell level. The system records voltage fluctuations, charging patterns, and thermal variance data in real time, automatically deploying active cooling protocols if temperatures deviate from standard operational envelopes. This design philosophy prevents thermal runaway and extends battery lifecycle performance across varied climates, from sub-zero conditions to desert heat.
Limaotong
