Abstract
Reliability Evaluation of Direct Current Distribution System for Intelligent Buildings Based on Big Data Analysis
Highlights
Recent years have witnessed the proliferation of the Internet of things (IoT) and the rapid development of the IoT technologies
Association rules were mined from the original data on the evaluation indices with MapReduce, and a reliability evaluation model was established based on Bayesian network
The stochastic and intermittent power produced by distributed generation, and the instability of key supply and distribution devices in the system pose many problems to the system operation
Summary
Recent years have witnessed the proliferation of the Internet of things (IoT) and the rapid development of the IoT technologies. This stimulates a growing demand for internal-external information exchange, safety, comfort, convenience, and energy conservation of buildings [1,2,3,4]. As long as the power supply is configured reasonably, intelligent buildings will achieve the energy-saving goal of green building design [5,6,7]. The energy efficiency of intelligent buildings can be magnified by direct current (DC) distribution. The DC distribution system has great advantages in energy conservation and supply efficiency [8,9,10]
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