UAS-Guided Electric and Magnetic Field Data Distribution Across Transmission Lines

Authors

Tanzim Jim HassanFollow
Jamison Jangula
Akshay Ram Ramchandra
Prashanth Rajagopalan
Prakash Ranganathan, University of North DakotaFollow
Ryan Adams, University of North DakotaFollow

Files

Description

This poster discusses an electric (E) and magnetic (H) field data gathering process across a series of High Voltage (HV) transmission lines. Data was collected from one DC and four AC Transmission (Tx) lines. Multiple DJI UAV (M2EA, M30, and M300) were used to collect E/H field measurements with an onboard set-up. These measurements included parameters such as E field in V/m, H field in mG, Battery voltage in V, Battery current A, Battery percentage in %, Battery Temperature in F, and latitude and longitude. The preliminary findings indicate that distance and sensor orientation affect E/H field distribution.

Publication Date

2-29-2024

Document Type

Poster

City

Grand Forks, ND

Keywords

battery, communication, data collection, electromagnetic field, power consumption, sensor orientation, transmission lines, Unmanned aerial systems and vehicles (UAS/UAV)

Disciplines

Electrical and Computer Engineering

Comments

Presented at the 2024 UND Graduate Research Achievement Day.

Recommended Citation

Hassan, Tanzim Jim; Jangula, Jamison; Ramchandra, Akshay Ram; Rajagopalan, Prashanth; Ranganathan, Prakash; and Adams, Ryan, "UAS-Guided Electric and Magnetic Field Data Distribution Across Transmission Lines" (2024). Graduate Research Achievement Day Posters. 7.
https://commons.und.edu/grad-posters/7