The new wireless low-power ultrasonic heat meter is not worse than the commonly used ultrasonic heat meter. What scenarios are these applicable to?

  What thoughts and trial feelings do you have when using the ultrasonic heat meter? The editor here wants to talk to you about the new infinite low-power ultrasonic heat meter that is not inferior to the commonly used ultrasonic heat meters, and which scenarios are the new ultrasonic heat meters suitable for?

  With the rise of the new energy central heating system, the household metering and billing system has been implemented, and the demand for thermal energy meter billing and metering has been widely used. Aiming at the high price of traditional heat meters, complex circuit structure, unreliable work, poor measurement accuracy, and complicated network work using wired data transmission, the system uses a high-precision time measurement chip as a heat measurement device, and designed a new wireless Low power consumption ultrasonic heat meter. The system has the characteristics of low price, simple hardware structure design, stable and reliable operation, high measurement accuracy, and easy wireless networking. It provides a certain reference value for the research on the household billing instrument of the new energy central heating system.

  With the development of new energy technology, it is more and more important to realize household heat detection and billing. Ultrasonic heat meters are an indispensable tool for flow detection and heat billing in new energy applications. The ultrasonic heat meter not only overcomes the key problems of inaccurate measurement, unstable work and short working life caused by the influence of water quality, flow rate, and water temperature of traditional turbine heat meters. Ultrasonic heat meter is the most commonly used flow and heat detection and measurement equipment in industrial detection control and living environment. It is widely used in new energy, living metering and billing and other control environments.

  In the practical application of thermal energy meters, the long-term stability and reliability of the meter, low power consumption and cost, and the convenience of multi-device networking have become the key factors in determining product performance and quality. Therefore, according to these characteristics, an easy-to-network wireless ultrasonic heat meter with low price, simple hardware structure design, stable and reliable operation, high measurement accuracy and low power consumption is designed.

  In this paper, a low-cost and high-precision wireless ultrasonic heat meter measurement circuit system based on a low-power microcontroller is designed, which realizes the remote transmission function of water flow, heat, and data. At the same time monitoring and use, the system also adds equipment component fault alarm prompts to meet the basic requirements for fault discovery and elimination. The entire wireless ultrasonic heat meter has the advantages of high measurement accuracy, remote real-time transmission, on-site display, and long use time. The actual operation results show that the wireless ultrasonic heat meter has the characteristics of extremely low power consumption, portable independent power supply, high measurement accuracy, stable and reliable operation, etc. It can be directly applied to new energy sources, and other occasions where heat and flow measurement are required. It has high promotion value and application prospect.

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