Power grid maintenance must include both AM and power grid inspection. Drones and robotic technologies can be utilized to improve the efficiency and productivity of power grid maintenance, which will eventually enhance cost-effectiveness and dependability.
Along three main axes: greater collaboration, increased autonomous mobility, and enhanced intelligence the field of robotics is radically changing. The future of automation, and with it, robotics and drones, will be shaped by this transition.
We will discuss how the world of robotics and drones is evolving in this webinar, demonstrating how our market projections show that while older robotics and drones will continue to dominate the market in the short term, new robotics and drones will experience phenomenal growth over the long term and eventually make up the majority of the market. RPVs, or "remotely piloted vehicles," was the name given to these radio-controlled aircraft by the military, but it was soon dropped in favor of a less technical moniker. The drone then had two definitions: a "male bee" or a "monotone, prolonged sound." Which was the term's original source of inspiration? You can also Submit A Guest Post Technology to show your knowledge on these aspects.
Autonomous Mobile Robots
There are many more types of autonomous mobility than only cars for everyday driving. AMRs in cleaning, security, retail, healthcare, and other applications will be briefly discussed. After that, we'll provide our predictions for probable business trends (such as the commoditization and modularization of hardware and software, as well as the move to SaaS).
Drones
We'll look at the investment trend in drones and demonstrate how it manifests blatant hype traits. After that, we'll talk about how price wars consolidated the market and caused a widespread shift toward professional hardware, software, and services. We'll look at the developments in drone-as-a-service and software that supports drones.
Career Options in Robotics
- Design Engineer
- Software Engineer
- Hardware Engineer
- User Experience (UX) Designer
- Data Scientist
- Machine Learning Engineer
- Algorithm Engineers
Types of Technologies used in Robotics
- Piloted drones
- Autonomously flying drones
- Robotic inspection
- Rolling Robots
- Climbing robots
- Brachiating robots
- Unmanned Ground Vehicles (UGVs)
- Robotic maintenance
- Robotic arms with different equipment
Components in Robotics
- Self-positioning
- FPV control
- Unmanned Traffic Management
- Live line equipment used by robots like hot sticks, insulated jobs, insulated boom trucks, stripping machines, electric wrenches, wire breaking pliers etc.
- Sensors for navigation as well as detecting steel corrosion and gathering visual, thermal, UV and audible information
- Drone power supply
Advantages of Robotics
Power line experts help with manual power grid checks nowadays, which frequently entails tedious work and power transmission interruptions. The power industry benefits from the use of drones and robotics in power system maintenance including:
- Boost security and lower dangers for maintenance staff
- Reduce downtime for maintenance equipment
- Boost data collection accuracy for asset condition data
- Reduce the demand for personnel and related labor costs.
- Repurpose truck rolling maintenance inspection for other purposes
Although currently controlled, drones have the ability to fly independently thanks to GPS self-positioning. Flying close to high-voltage wires while utilizing GPS could result in drone flight problems. When the GPS is unavailable, a self-position estimate via image processing may be able to address this problem. In order to perform or aid in maintenance work, drones and robots mounted for line inspection and maintenance will be supplemented with sensors, power supplies, and various maintenance equipment depending on the nature of the operation.
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