ABSTRACT
With the increasingly serious environmental problems on the earth, every country
begins to pay attention to the development of renewable energy. Wind energy, due to its
own advantages, is the main force of renewable energy. With pollution-free, widely
distributed and renewable characteristics, wind energy has become a universally welcomed
clean energy in the world. In 2019, the in-depth application of "Beidou+wind power"
makes the domestic wind power industry develop rapidly, but at the same time, it brings
great challenges to the wind power SCADA system. As a core component of "Beidou+
Wind power" power generation, domestic wind power SCADA system has many problems
in operation efficiency, safety and compatibility, etc, so it is urgent to introduce new
solutions.
Based on the above background, the paper researches on the "Beidou + Wind Power"
SCADA system based on HTML5 cross-platform and its key technologies. Firstly,
complete the overall design of the system according to the actual demand analysis of wind
farm. Then, on this basis, the six key technologies of the system (cross-platform
technology, wind power log data acquisition technology, wind power data
high-performance access technology, wind power data compression technology, wind
power data encryption technology, Spring Boot micro-service framework technology, etc.)
are studied in depth. Finally, the system deployment implementation and system test are
carried out. The core part of this paper is the research and implementation of six key
technologies, especially the two technologies of high performance access of wind farm
data and wind power log data acquisition, which are further studied, and the author's new
insights are put forward.
The paper comes from the Beidou Micro-project 2019 of Hunan Education
Department, "Cross-platform" Beidou + Wind Power SCADA System Engineering Project
". The research significance of this paper is to improve the convenient monitoring
management and cross-platform capability of wind power SCADA system. At the same
time, through the research of six key technologies, the problems of lack of system log file
management, low access performance, low wind power data compression rate, low wind
power data security, low development efficiency and high load in the wind power SCADA
system were solved, thus greatly improving the operation efficiency, stability and security
of the system. The application shows that, after the system is deployed to the actual wind
field, it effectively guarantees the efficient, safe and stable operation of wind power,
greatly improves the level of clean energy, and thus effectively promotes the application of
"Beidou + wind power".
