IMPROVING THE METROLOGICAL CHARACTERISTICS OF METHANE GAS PRESSURE MONITORING DEVICES IN VEHICLES USING DIGITAL TECHNOLOGIES

The article examines the improvement of the metrological characteristics of the methane gas pressure control device in cars with the help of digital technologies. The use of methane gas in automobile mechanisms makes it possible to increase energy efficiency and reduce the impact on the environment. However, proper gas pressure control is essential to ensure safety and efficiency. The article firstly analyzes the problems of methane gas pressure monitoring, including the difficulties in providing accurate and reliable measurements. It then looks at ways to solve these problems using digital technologies, including sensors, microprocessors, and data processing systems. As another important aspect, the article analyzes the possibilities of increasing the accuracy, reliability and stability of the control device through the proposed innovations and innovative solutions. The results of this research will help make the process of controlling methane gas in cars more efficient and safer, and will also serve as a basis for new research in this field in the future.