Background: With the continuous promotion of China’s Belt and Road, the first green power station on the China-Pakistan Economic Corridor – Sahiwal coal-fired power station in Pakistan has been officially put into operation for 7 years, which is the largest coal-fired power station invested by Chinese enterprises in overseas before and after 2016.
The total investment of the Sahiwal coal-fired power station project is about 1.8 billion US dollars. The project lasted 22 months and was put into production 200 days ahead of the contract period. Sahiwal Power Station is located in Punjab province of Pakistan, the construction scale of two 660,000 kw supercritical coal-fired power units, is the China-Pakistan Economic Corridor “priority implementation” project, is also Huaneng in response to the “Belt and Road” Initiative, the first large-scale efficient clean coal power project built overseas.
Question: Due to the lag of the national railway information level in Pakistan, unlike China’s railway trucks, each carriage has an electronic identity (RFID car number), in the process of coal into the factory rail scale measurement, the operator needs to manually copy the tare and car number of the vehicle, in the car number, tare one by one input into the system, before the installation of AI identification system, The whole process requires 2 operators to complete the work together, the work efficiency is low, the labor intensity is large, the operation time is long, because the human operation will often input errors.
AI empowerment: In this context, our company uses the latest and mature AI truck number recognition system to achieve fully automated and intelligent coal metering and identification of Sahiwal Power plant, and at the same time, with the coal metering management system developed by our company, the site is truly unmanned, making the original repetitive mechanical work easier, and the work efficiency is greatly improved.
This pair of “smart eyes” is composed of front-end acquisition + back-end AI server +AI algorithm, which adopts the most advanced deep learning model construction, strong generalization and high reliability, and can be quickly launched for different vertical scenarios. This system can be connected with various information systems such as measurement, transportation, loading and unloading, and quickly let users free their hands.
A highly stable industrial camera + light filler unit is used for front-end acquisition, which can adapt to day and night, low illumination, strong backlight and other harsh environments to ensure the reliability of front-end images, and its installation is fast and the integration degree is high.
The back-end AI server provides enough computing power for the entire system to make the AI model run more smoothly and the recognition accuracy is higher.
AI algorithm model + program is the core of this system, which contains the world’s most cutting-edge visual deep learning model, so that the traditional vision system has human-like wisdom, and after adjustment can also be generalized to different fields of application, can solve many difficult problems that can not be solved in the industry before
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