Research on Path Planning of Intelligent Substation Power Inspection Robot Combining Dijkstra Algorithm and HABC Algorithm
|更新时间:2026-04-08
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Research on Path Planning of Intelligent Substation Power Inspection Robot Combining Dijkstra Algorithm and HABC Algorithm
Issue 2, (2026)
作者机构:
国网电科院(南瑞集团)
作者简介:
基金信息:
DOI:
CLC:
Published:2026
稿件说明:
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zhang peng. Research on Path Planning of Intelligent Substation Power Inspection Robot Combining Dijkstra Algorithm and HABC Algorithm[J]. 2026, (2).
DOI:
zhang peng. Research on Path Planning of Intelligent Substation Power Inspection Robot Combining Dijkstra Algorithm and HABC Algorithm[J]. 2026, (2).DOI:
Research on Path Planning of Intelligent Substation Power Inspection Robot Combining Dijkstra Algorithm and HABC Algorithm
the inspection robot can find the optimal path from the starting point to the target point
ensuring that the robot can efficiently cover all the substation equipment that needs to be inspected
thereby improving inspection efficiency. To achieve the above goals
a path planning method for intelligent substation power inspection robots combining Dijkstra algorithm and HABC algorithm is proposed. Analyze the principles of Dijkstra's algorithm and HABC algorithm
and solve the corresponding numerical solutions to define the environmental map model of the substation. Construct an objective constraint function and implement undifferentiated planning for the robot inspection path based on the calculation results of collision detection conditions. The experimental results show that the above method can avoid repeated inspections of path points and efficiently inspect substation equipment within the optimal route range.