首页|智慧风场+大数据的能源信息管控方法设计

智慧风场+大数据的能源信息管控方法设计

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为了解决智慧风场中大量能源信息的存储和处理问题,使用Hadoop大数据框架、分布式关系型数据库和大数据引擎完成数据的存储和转换.采用超声波风速传感器,利用超声波技术计算相应的风速和风向.提出基于Apriori算法的关联规则数据挖掘技术,根据用户需求对数据库进行数据挖掘过程中通过关联规则快速准确地发现类型关联,并通过压缩数据库和删除候选集对Apriori算法进行优化改进.实验结果显示,数据挖掘时间低至1218 ms,加速度比最高可达3.4.
Design of Intelligent Wind Field+Big Data Energy Information Control Method
In order to solve the problem of storage and processing of a large amount of energy information in intelligent wind field,this paper uses the Hadoop big data framework,distributed relational databases and big data engines to complete data storage and conversion.The ultrasonic wind speed sensor is used to calculate the corresponding wind speed and wind direction by ultrasonic technology.A data mining technology of association rules based on Apriori algorithm is proposed,and the associ-ation rules are used to quickly and accurately discover type associations in the process of data mining on the database according to user needs,and the Apriori algorithm is optimized and improved by compressing the database and deleting the candidate set.Experimental results show that the data mining time is as low as 1218 ms,and the acceleration ratio can reach as high as 3.4.

intelligent wind fieldbig data technologyrelational databaseultrasonic wind speed sensorassociation rule

武宇平、董超、刘海旭、王斌、赵建华

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国网冀北电力有限公司,北京 100054

国网冀北张家口风光储输新能源有限公司,河北,张家口 075000

智慧风场 大数据技术 关系型数据库 超声波风速传感器 关联规则

2024

微型电脑应用
上海市微型电脑应用学会

微型电脑应用

CSTPCD
影响因子:0.359
ISSN:1007-757X
年,卷(期):2024.40(7)