Abstract
The new generation of smart meters need to realize the requirements of flexible expansion of advanced applications and transplantation of application software across hardware platforms. The software platform composed of operating system and middle layer service components is conducive to reducing the cost of software and hardware development and management. This paper first introduces the research and development background of the new generation smart meter, then introduces its overall software and hardware architecture and management unit hardware development platform, then introduces the construction of development environment and development tools and the basic functions based on the software platform, and finally introduces the development practice of application software. The large-scale promotion of the new generation of smart meters has become a development trend. This paper has a good reference for the application software development based on the new generation of smart meter software platform and is conducive to promoting the large-scale application of the new generation of smart meters.
Highlights
With the development of social economy, the demand for electric power in various fields is increasing rapidly
To give full play to the potential of power equipment, to provide low-cost, highquality, safe, reliable electricity and high-quality comprehensive services, is an effective means to improve the competitiveness of enterprises and promote economic benefits
As the terminal of smart grid extending to users, smart electricity meter is the key link between users and power enterprises
Summary
With the development of social economy, the demand for electric power in various fields is increasing rapidly. Scientific Programming and achieve long-term utilization of resources, it is urgent to launch a universal smart electricity meter that can realize power management mode transformation without replacing hardware but only updating software. To meet the needs of users and power supply enterprises, in addition to the original metering and data display functions, the new generation of smart meters needs to have two-way communication, remote intelligent indoor tripping protection, and good human-computer interaction functions. It supports a number of LCD module interfaces that have these peripheral hardware resources to meet the design requirements of the terminal [12, 14]
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