With the continuous progress of technology, the construction machinery industry is gradually moving towards a new era of intelligence and automation. Borayton is committed to driving construction machinery towards the robot era through technological innovation. Robotized construction machinery is a timely assistance, filling the much-needed gap in the industry, or an icing on the cake, or the concept of technical exploration? That question may be difficult to answer in a short time. What is certain, however, is that Brayton's smart technology has been widely used in production and continues to create value for users.
01, reduce personnel safety risks, improve the safety of the working environment
Although driverless technology cannot completely replace manual operation at present, the safety advantages it brings in specific scenarios cannot be ignored. In many high-risk, high-intensity engineering environments, traditional equipment requires operators to personally enter the work site, which is susceptible to hazardous factors, increasing the probability of accidents. Especially in the harsh working environment such as mines and steel mills, traditional working methods often require operators to face dangers such as landslides, high temperature, dust, vibration, etc., and these environments not only threaten the safety of workers, but also easily lead to industrial accidents and occupational diseases.
Although the technology is not yet fully mature, in certain scenarios, robotized equipment has been able to effectively undertake high-risk tasks to better protect the safety of workers. For example, in the operation of mining or steel plants, robotized equipment can autonomously complete high-risk tasks such as loading and transportation, avoiding the exposure of operators, thus effectively reducing the risk of safety accidents. Especially in dangerous environments, the application of robotized equipment is undoubtedly a timely assistance, which provides practical help for enterprises in ensuring the safety of employees.
02, increase efficiency, reduce cost, and improve the operation efficiency of enterprises
Borayton can customize a fully automated driving solution for a specific scenario, and the device can autonomously judges the working environment, plan the path, and even schedule the task itself, reducing the need for field operators. Especially in projects that require a long time and large-scale operation, robotized equipment can work continuously and stably, reducing the investment of enterprises in labor, and ensuring that production is not affected by the shortage of human resources, and the cost reduction advantage is obvious.
Even manual remote driving can greatly reduce costs in some scenarios. In the actual production scenario, not all equipment is running all day. Some customers require loader work 2-3 hours or so every day, and there are a number of factories in the country. Each factory needs to be equipped with loaders and drivers. With the control hub developed by Borayton, customers can hire a small number of drivers to operate loaders located across the country, improving man-efficiency and significantly reducing operating costs.
Intermittent production scenarios such as power plants and sand and stone plants can be used to improve the man-efficiency ratio in this way. Such as a thermal power plant, after the coal pushing operation lasts 20-30 minutes, the coal in the hopper can last for 1 hour, which also means that in this 1 hour free time the driver's capacity is idle. Through remote control, drivers can be shared between different coal plants, improving the resource utilization of the whole society and creating more value.
03, intelligent management and maintenance, reduce the failure rate of equipment
Another obvious advantage of robotized construction machinery is its intelligent management and intelligent maintenance capabilities. Traditional equipment usually relies on manual repair and maintenance, and the choice of maintenance cycle and means may be affected by the operator's judgment and experience. Through built-in sensors and monitoring systems, robotized devices can detect their own operating status in real time and automatically issue maintenance warnings based on data analysis.
Through intelligent technology and big data analytics, devices are able to predict possible failures and alert them in advance, thereby avoiding sudden failures and reducing downtime. This intelligent maintenance method not only improves the stability and operation efficiency of the equipment, but also extends the service life of the equipment and reduces the maintenance cost of long-term operation of the equipment.
Compared with traditional equipment, robotized equipment can determine the maintenance time more accurately and reduce unnecessary maintenance costs. Therefore, in terms of equipment management and failure prediction, robotized equipment undoubtedly provides efficient support for enterprises, making it a timely solution.
04, enhance the competitiveness of enterprises, and promote technological progress
Robotization technology is not only a tool to improve production efficiency, but also an important force to promote the technological progress of the entire industry. Robotized construction machinery can better cooperate with the mine intelligent control system to achieve a greater degree of digital operation management in the mine, so that enterprises can maintain a dominant position in the fierce market competition.
For enterprises, the use of robotized equipment is not only a way to improve operational efficiency, but also an important means to enhance brand value and promote technological innovation. Through continuous innovation and intelligent upgrading, enterprises can establish a good image of advanced technology, green environmental protection, safety and efficiency in the industry, and enhance market competitiveness.
To sum up, although the efficiency of current driverless technology in some operating scenarios may not be as good as manual operation, the advantages it brings in terms of safety improvement, cost reduction, intelligent management and environmental benefits still provide huge added value for enterprises. Especially in the high risk, high intensity, high environmental protection requirements of the working environment, robotized equipment is undoubtedly a timely assistance. It provides changes for the industry to create the technical foundation, brings tangible benefits and improvements, and can be an important force to promote the development of the industry.