Drones solutions provide critical visual and thermal data on the condition of power stations, so personnel can identify risks and address them quickly without shutting down operations.
Send drones instead of inspection personnel into the boiler for an automated, complete internal inspection without shutting down opeartions, while keeping inspectors safe.
Conduct automated flights up and around wind turbines to document their conditions and zoom in to defects for timely repairs.
Gain real-time temperature readings of solar panels using drones equipped with visual and radiometric thermal sensors to immediately identify abnormalities.
An inspection platform or scaffolding is required to access and inspect boilers, which poses safety risks to personnel while costing time and money.
Inspection reports done by different team members are not consolidated or even digitized, making recordkeeping challenging.
Drones are compact and flexible, able to fly into boilers for a full scan without shutdowns or endangering inspection workers.
The live footage helps identify risks for informed decision-making.
DJI drones are equipped with advanced obstacle sensing systems with the option to add a spotlight attachment, so they can be reliably deployed for internal inspections.
Oversee missions as they develop, identify threats to firefighters and bystanders, and arm ground teams with rea-time aerial intel.
Take off quickly and gain immediate aerial awareness of the fire, enabling safer and effective commands to be made.
With thermal and visual sensors, the M2EA supports 32x digital zoom and is capable of centimeter-level positioning accuracy with the RTK module.
Operations need to be paused for inspections, where cranes lift personnel high up to get close to the blades and record observational data, which is risky and time-consuming.
Inspection data are qualitative records that might not be digitized, which can cause issues in recordkeeping and takes longer from inspection to repairs.
Automated flight routes can be set up to conduct thorough, repeatable inspections of the wind turbine without safety risks to personnel.
Drones can get close-up images of defects on the blade such as cracks, water ingress, corrosion or rust with a zoom camera without shutting down operations.
Drone inspection results are quantitative and digitized, facilitating data analysis and recordkeeping.
Oversee missions as they develop, identify threats to firefighters and bystanders, and arm ground teams with rea-time aerial intel.
Take off quickly and gain immediate aerial awareness of the fire, enabling safer and effective commands to be made.
With thermal and visual sensors, the M2EA supports 32x digital zoom and is capable of centimeter-level positioning accuracy with the RTK module.
Inspecting solar panels from the ground can be slow and incomprehensive due to limitations in perspective and handheld devices.
Inspection data are qualitative records that might not be digitized, which can cause issues in recordkeeping and takes longer from inspection to repairs.
Automated flight routes can be set up to conduct thorough, repeatable inspections of solar farms without safety risks to personnel.
Drones enable teams to view temperature readings and visible-light footage in real-time so any hotspots on the PV components can be identified immediately.
Drone inspection data is digitized and ready for further analysis or recordkeeping, significantly improving efficiency.
Oversee missions as they develop, identify threats to firefighters and bystanders, and arm ground teams with rea-time aerial intel.
Take off quickly and gain immediate aerial awareness of the fire, enabling safer and effective commands to be made.
With thermal and visual sensors, the M2EA supports 32x digital zoom and is capable of centimeter-level positioning accuracy with the RTK module.
