Core technology of electro-mechanical equipment
Ⅰ Electronic ArchitectureThe move from a traditional era to electrification opens up new opportunities for software-defined performance. Starting from the underlying electronic architecture of electric vehicles, the development of independent intellectual property rights of the platform architecture, from the source to ensure that the vehicle can evolve, expand, high stability, high safety characteristics, to achieve product stability at the same time, improve the development efficiency of new models, to provide users with more personalized, more cost-effective new products.
With the ability to define software performance, engineers can improve vehicle performance by upgrading control procedures while the hardware remains unchanged.
Engineers can obtain full autonomy to define each system rights, can pass the stability verification of the module copy, rapid development of new models, reduce testing and verification work, speed and cost reduction, to provide users with the same quality, while more cost-effective new products.
The new concept of integrated architecture is adopted, the internal structure is simplified, the communication of vehicle components is smooth, the probability of BUG is reduced, and the vehicle operation is smooth and reliable.
The vehicle networking system is the carrier of driverless driving, remote monitoring, data analysis, real-time positioning, vehicle diagnosis, remote control and many other functions. Users can communicate with the terminal device through the web page, small program and platform to achieve vehicle data monitoring, management and control.
It can provide functions such as vehicle operation data and condition monitoring, fault early warning vehicle positioning, remote diagnosis and remote control, and realize the application of operation data storage and accumulation, safety early warning, enterprise information management, after-sales service management and other scenarios, which plays a positive role in the safe operation of new energy vehicles.
Through data aggregation, cleaning and filtering, combined with customer business scenarios and detailed fields, the vehicle networking system can realize multidimensional analysis of data, empower customers with data and create more value by using rich analysis algorithm models.
Along with the promotion of 5G high-speed network, AR augmented reality technology, artificial intelligence and other cutting-edge technology development, combined with the development plan of The Times, to achieve a high degree of autonomous driving and car networking application of diversification and multi-scene landing.
The mining scene is expected to take the lead in unmanned driving and achieve large-scale commercial use in a relatively short period of time, the Chinese market size exceeds 100 billion yuan, and the prospect is broad, which is also the main research direction of the automatic driving team, which will liberate the manpower from dangerous and repetitive posts and benefit the society.
New energy construction machinery and heavy truck technology + service operators, with a complete new energy wire control chassis and vehicle technology system. Autonomous driving will be deeply studied in the areas of unmanned mechanic-vehicle collaborative work, multi-situation robustness of mining and mining transportation, driving strategy and energy consumption optimization, network communication and map update, edge computing and cluster scheduling, analog simulation and digital clonogeneration, etc., to create an efficient and reliable autonomous transportation capacity service solution project mainly involved in the artificial intelligence core technology category machine learning/machine vision Perception/Perceptual recognition/natural language Processing Cognitive reasoning/Model building/integrated application.
Double motor, single motor different series of multiple powertrains. Dual motor series powertrain power is strong, suitable for heavy load, poor road conditions, large slope mining and other scenarios, widely used in electric mining cards and other main heavy products; Single motor powertrain economy and energy saving, suitable for light load, good road conditions, small slope road and other scenarios, is currently mainly used in light pure electric vehicle equipment.
Strong power Dual motor powertrain, strong output, quick action response, adapt to heavy load conditions. Downhill support reverse drag power generation, energy recovery, energy saving and consumption reduction. File design, simple structure, reliable, durable, can bear large torque, to meet the requirements of heavy load conditions in mines. The powertrain design is compact, easy to lay out, and takes up less space, leaving valuable loading space to the user.