Published on : Oct 15, 2019
Albany, New York, October 15, 2019: Robotics has assisted maintenance and refurbishment of infrastructure worldwide. Power system faces the challenge to suffice the growing sustainable energy need across the globe. Robotic systems have been employed to perform power system operations as they reduce labor costs, improve efficiency, and mitigate operational risks.
Mobile sensing provided by robotics plays significant roles in monitoring power systems such as replacing humans in live maintenance of dangerous high-voltage transmission lines and working in radioactive locations in nuclear plants. Developments in MEMS, communication technologies and microelectronics has positively influenced successful application of microbots in power industry.
An intelligence report titled, “Robotics in Power – Thematic Research” is the source of all the stated insights. This report is the latest addition to Market Research Hub’s ever growing repository
Power supply inspection important
Mobile monitoring of power systems involves issues related to various factors that include sensor fusion, motion pattern, power supply, control strategy, communication and positioning system. Sensor fusion includes monitoring of cable condition using sophisticated sensors that support robotic movement. Inspection robots are deployed to study motion patterns over electrical component’s outer surface and internal surface that contains ducts and pipes. Inspecting robot inspects power supply with help of a power cord that it draws along with it. Control strategy includes object tracking, avoiding collision and electrical short circuit prevention. Communication module is formed between mobile robot and master computer for data transmission. Global positioning system locates the robot.
Main sensing principles involved in power cables monitoring includes acoustics, thermal imaging, visual inspection, dielectrometry and eddy currents. Robotics enable mobile monitoring system capable of maintaining topological representation of the ever-expanding power grid. Acoustic vibrations are primary indicators of energization status of a cable. Piezoelectric accelerometers are deployed to respond to these surface acoustic waves.
Mobile monitoring platforms go miniature
Multi-Robot Cyber Physical System (MRCPS) forms a wireless sensor network to achieve low-cost, fault-tolerant, efficient and remote monitoring of power grids. MRCPS assesses and reports transmission lines conditions that include environmental condition, galloping and breakage, snow cover and vegetation occlusion. A robot team is created using simulated annealing algorithm. Mobile monitoring platforms are undergoing miniaturization to estimate variables about cables including operating conditions, remaining life of cable and failure modes.
Robotics in power: Report Synopsis
Quantitative and qualitative assessment exhort intelligence and overarching report on the Robotics in power. Further, the report thoroughly delineates various aspects of the market that will potentially have considerable influence on the development of the Robotics in power. As such, those aspects incorporate drivers, trends, restraints, and opportunities. Furthermore, the report elucidates segregation of the market that provides an exhaustive analysis on robotics in power.
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Robotics in power: Research Methodology
Primary sources and secondary sources propel intelligence report on Robotics in power that provide deep dive analysis on the market. As such, the report provides reliable and unbiased projections, and assessments which have palpable impact on the market size and historical data. Besides, the report also counts on primary sources which hinges upon in-depth and intelligent analysis from well-grounded and reliable experts, telephonic interview, and a thorough assessment from surveys and seasoned analyst.
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