Abstract
For effectively detect and estimate the performance of various electric energy measuring devices, this paper proposes an integrated intelligent detection platform for the electric energy measuring device, which includes detection hardware, software and a good communication between hardware and software. With the study on the power system, communication circuit, voltage and current loop, data processing executive board and carrier communication, the hardware of integrated intelligent detection platform is designed. It also gives the software framework of detection platform and the design of information interaction for software and hardware. The integrated intelligent electric energy measuring device can greatly save time and improve detection efficiency.
Highlights
With the development of the power industry, various electric energy measuring devices are widely applied in power management systems [1,2,3]
This study aims to develop an integrated intelligent detection platform for different kinds of electric energy measuring devices or acquisition terminals
The concentrator communicates with the detected terminal through the communication interface 1 after receiving the instruction. 3.1.3 Voltage and current loop The integrated intelligent detection platform is compatible with the detection functions of single-phase electric energy meters and three-phase electric energy meters
Summary
With the development of the power industry, various electric energy measuring devices are widely applied in power management systems [1,2,3]. It is hard to detect different kinds of acquisition terminals for electric energy measuring devices. The detections of various electric energy measuring devices need different kinds of platforms and only can do some basic performances [7,8]. It is very difficult to compressively estimate the performance and communication of electric energy measuring devices. How to solve this issue has become a focal point in academia. We should develop the integrated intelligent detection platform for measuring device including energy meter, data collator, concentrator, management terminal of distribution transformer and load control. The objective is to synthetic evaluate performance of the above measuring devices, which improves the efficiency of work
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