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Energy / Utilities

Energy infrastructure may be most obvious beneficiary of cutting-edge technology. Maintaining performance and reliability of infrastructure assets is mandated by Fortune 500 companies and governmental agencies worldwide. Many are already embracing this technology with instances of certain forward-thinking companies that have 100+ drones and in-house pilots already in their fleet.

The simple savings in jet fuel alone is enough to motivate even the most conservative companies. Other additional benefits include spotting issues before they become liabilities and increasing safety for workers. 

Critical assets such as turbines, substations, power lines and pipelines are the veins that distribute energy to our society. Routine inspection and maintenance is essential to the longevity of the utilities and energy sector. Failure to maintain these assets can result in costly outages or disastrous implications.

Drones and other sensors such as Lidar, Thermal and Corona cameras are key to creating datasets that provide a deeper look into potential future opportunities (i.e. preventative maintenance), increase efficiency for reporting to stakeholders, provide a historical record and help plan for expansion. 

Top Three Advantages

DIGITIZE ASSETS

Create a 3D
representation of
your assets to plan and
schedule maintenance

INSPECT FOR MAINTENANCE

Identify gas leaks,
electrode waste and
thermal dissipation

REDUCE HUMAN RISK

Increase speed and
reduce risky jobs such
as retrieving water samples
from tailings ponds

Drone Mount Lidar

APPLICATIONS

Wind turbines: Inspectors are faced with navigating hazardous environments such as extreme heights and other environmental factors when performing manual inspections on turbines. Climbing and repelling from structures is not only dangerous, but highly inefficient. Our team has successfully inspected over 1700 turbines in 2019 utilizing drone and Lidar technologies.

Power lines: Traditional inspection methods include climbing or having helicopters fly close to these high voltage towers. This method is not only extremely dangerous but also time consuming and expensive. Drone and UV Corona sensors enable inspectors to safely and efficiently inspect and document the Corona effects from power lines and generators. Furthermore, drone and Lidar sensor technologies can create accurate point-cloud data for analysis and detection of line sagging and intrusions such as vegetation.

Solar farms: Vast inspections of solar panel arrays is expensive due to the extensive manual labor required. This means sparse inspections are performed on roughly only 10% of sites, resulting in major inefficiencies that affect stakeholders and consumers. Traditional methods of inspection can also be highly inaccurate as some issues are undetectable to the human eye. Drone and thermal imaging technology enables organizations to inspect vast amounts of panels and document minute defects in order to send in crews for repair or replacement.


Pipelines: Energy regulators have found success in implementing drones for pipeline compliance inspections. This enables inspectors to eliminate hours of trekking across difficult terrain to a matter of minutes in the air. This has resulted in thousands of hours saved per year for inspectors, while providing quality, actionable data.

Drone

One of the biggest hurdles that companies face when attempting to adopt drone technology is product selection, the operational learning curve and navigating regulations.

We provide our clients with end-to-end solutions to help them get the jumpstart needed to confidently use drone technology. Our clients have relied on us to get the right equipment, training and support, which has resulted in countless successful integration of UAV and sensor technologies into energy operations. It has increased safety and efficiency, ultimately reducing costs on all sites.

Similar to Forestry, the Energy sector can benefit from Lidar sensors that are usable on aircraft, helicopter, drone, VTOL, UAV, car, backpack or handheld.

HELICOPTER MOUNT

HELICOPTER MOUNT

  • Cover a lot of terrain fast with Lidar sensors
  • Fly 100 - 900 metres
  • RIEGL sensor
  • Integrated camera (24 megapixel)

DRONE MOUNT

  • Take off car or helicopter and put on drone
  • Fly slow and low to acquire more data points
  • More thorough penetration of canopy
  • Higher resolution than a helicopter
  • Quick to deploy
  • 18 - 20 minutes of fly time
  • Built-in camera
  • Highly portable
  • Live view of data collection via laptop connection
  • Average 40 acres / flight
DRONE MOUNT
CAR MOUNT

CAR MOUNT

  • High resolution
  • Great for forestry roads
  • Easy to mount
  • Live view of data collection via laptop connection
  • Good for spotting potential future hazards that otherwise would close the road (i.e. falling trees or potential landslides)

BACKPACK

  • If you already have your team walking, collect value datasets to merge with your aerial datasets
  • Effective for under the tree canopy
  • Walk the forest and gather valuable data
  • Trunk size
  • Forest floor data
  • Colourized point cloud
  • Camera
  • GPS / GNSS
  • 4 - 6 hours run time on each battery
  • One-click operation
BACKPACK
FIXED WING VTOL

FIXED WING VTOL

  • Vertical take off and Landing
  • Cover large areas
  • Automated flights
  • Ready for Beyond Visual Line Of Sight (BVLOS)
  • Optional integrated camera systems


Sample Data

LiAir S50

Liair S50

  • Application: Powerline & Forestry
  • Data collection: LiAir S50
  • Speed: 5 m/s
  • Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360 - can be exported in other common formats through the software) Download Lidar360 here

  • Powerline corridor with dense forest data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments. Can also be used for tree segmentation and digital models generation.
Lidar S220

Lidar S220

  • Application: Powerline
  • Data collection: LiAir S220
  • Speed: 5 m/s
  • AGL: 70 m
  • Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360 - can be exported in other common formats through the software) Download Lidar360 here

  • Powerline corridor data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.
LiAir 1000

LiAir 1000

  • Application: Powerline
  • Data collection: LiAir 1000
  • Speed: 4.8 m/s
  • AGL: 300 m
  • Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360 - can be exported in other common formats through the software) Download Lidar360 here

  • Complicated power transmission lines data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.
LiAir S220

LIAir V

  • Application: Powerline
  • Data collection: LiAir V
  • Speed: 5 m/s, 100 m height above ground
  • Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360 - can be exported in other common formats through the software) Download Lidar360 here

  • Powerline corridor data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.

Powerline Lidar Data analysis

Point cloud data captured using the Green Valley LiAirV and DJI M210. Analysis using Lidar360 with LiPowerline module.

DJI M300 + LiAirV integration

A powerfully compact and versatile package for Energy infrastructure management.
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