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 Drone Solution for Towers & powerline inspection

  Identify potential climbing hazards, find structural damage & help tower inspectors understand tools they need.
 

Drone Solution for Towers & powerline inspection


  Identify potential climbing hazards, find structural damage & help tower inspectors understand tools they need.

Reduce Cost & improve safety

Minimise human errors and exposure to hazardous situations.

Fit for purpose

Endure the harshest conditions with TÜV tested drones.

Compatible

Transfer inspection data into any digital asset management system for in depth analysis.

Innovate with AI

Take advantage of artificial intelligence with onboard processing.



Innovate with AI

Take advantage of artificial intelligence with onboard processing.

Reduce Cost & improve safety

Minimise human errors and exposure to hazardous situations.

Fit for purpose

Endure the harshest conditions with TÜV tested drones.

Compatible

Transfer inspection data into any digital asset management system for in depth analysis.

Innovate with AI

Take advantage of artificial intelligence with onboard processing.


Regular Inspection Technical faults
with Towers, Tramsission & Telecom, needed to be taken care.

Missing parts of the tower, loose bolts, loss of the number plate, the nest, the ice, the fallen tower, etc.

Flash marks, ice coating, electric current burn, self-explosion, fouling, core rod exposure, damp heat, abnormal discharge, low value, zero value, etc.

There are stone fields, tall trees, building construction, and other risk factors in the corridors.

Broken strands, abrasion, lightning strikes, the foreign bodies, etc.

Pull wire rust, abrasion, slack line, loss of fixture, etc.

The deformed and broken wire, and the attrition between the equalizer ring bars, the burn fault created by the current problem, the overheated pressure adaptor tube, and the foreign bodies, etc.

Discharge burn, exposed ground wire, loose bolts, etc.

The tower protection cap is buried, the earth fill is removed, or the revetment is damaged, etc.

Various types of clips are missing, the pressure equalizing ring is broken, the spacer rod is deformed, the displacement of the shockproof hammer is lost, etc.

Drones Usecases for Transmission Line Inspection
on how Drones can benefit & revolutionize the conventional approaches

Major deliverables that we deliver to various solar farms & units

With countries now focusing on solar farms & units to meet it’s daily energy requirements, installing, managing & operating solar farms at their most efficient at a large scale become a challenge for the solar PV operators. Inadequate planning, delayed construction tasks leads to loss in bids & reliability.
We help you with all the stuff, in various stages of solar PV plants. Our few critical deliverables in Operations & Management are as:

How TSAW Drones Service is helpful?
Where do we come in?

Simple steps to get drone data :
STEP 1:
Download our mobile application from Play Store
STEP 2:
Create an enterprise account with us, using our website or mobile application.
STEP 3:
Navigate to Drone Service section, & place order for tower or line survey as required.
STEP 4:
During Job, if asked, we stream live data to the portal, which can be accessed from any number of devices, from anywhere & can be shared with colleagues.
STEP 5:
Real time analytics, for asset health & tracking etc can be tracked from the portal itself.
STEP 6:
Post Job, operator upload 4K recorded video to the cloud, that can be assessed immediately by the user logging into the portal.

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OUR CUSTOMERS

We have worked with Customers across industries & are known for client satisfaction. With world class quality Standards, we believe in recurring engagements with clients, providing them with with complete end to end custom solutions.

Get in touch

We are open for any kind of partnership that will further improve the industry.

RESOURCES & SUPPORT

Drones are meant for your ease & growth

Lineman Job is one of the most dangerous job in India.

Four or five lineman on an average face fatal or semifatal accidents daily working on transmission lines.

Know more >

Recommended Inspection Schedule.

It is highly recommended for visual inspection of each powerline every 1-2 years, and detailed inspection every 3-5 years.

Talk to a consultant >

Complex data collection between terminals.

Drones with help of Lidar & Aerial Photogrammatory methods help technicians for quick diagnosis & analysis with bare-minimum risk to lives.

Explore our Drone Service Now >
Drones Boosting Security Surveillance Sector

Drone surveillance technology is witnessing rapid development. More and more

Read more >
Recruiting a Drone Pilot — What you would like to understand

Drones are a unit being opted as convenient solutions to tedious tasks

Read more >
Drones helping in the resuscitation of the agriculture sector

Drone use is growing rapidly in almost every sector of the economy

Read more >

Frequently Asked Questions?

Tower inspections, largely conducted manually, is highly inefficient.
1. Logistical Issues
2. Human Resource Issues
3. Productivity Issues
We augment field inspection teams with most recent advanced drone technology to make it easier & quicker to monitor & repair towers. This enabled crews to analyze systems over a broad radius that improved the way they track & analyze remote infrastructure.

We offer geotagged powerline inspection services using themal/4K imaging techniques, with high precision level, that help successfully recognize following:
1. Wire Overheating
2. Wire breaks
3. Tower mechanical defects
4. Wire slag estimation
5. Installation
6. Birds Nest
7. Metal Rust
8. Missing components, as bolts
9. Electric Wire Joints

Since April to October are prone to malfunction problem due to lightning strokes & flooding. Hence for most of the Indian states, the best suitable time for inspection is first 3 months of the year. This month may vary for some hilly or desert areas.

Drones are revolution for the solar industry, cutting down huge costs, & automating most complex O&M. Critical benefits are as below:
  1. Reduce inspection time by around 90%.
  2. Identify 10 times as many issues.
  3. Limit hazardous manhours.
  4. Lower data acquistion costs.
  5. Standardize data collection to understand how assets are ageing.
  6. Predict future outages & prioritizes needed repairs.

We aid businesses in recognizing structural damage, equipment damage, or potential hazards to their cell towers. Our aerial inspection methodology increases efficiency due to Data accuracy, reliability, live streaming and zoom with 4K & thermal capability.
1. Tower concrete basement defects
2. Tower mechanical defects
3. Installation check
4. Birds Nest
5. Antenna
6. Weather damage
7. Equipment Check
8. Missing Components, as bolts

For Operators: Reduce outages & prioritize maintainence to stay within Service Level Agreements.

For Owners: can use data to manage assets over a lifetime, selecting operators and materials that consistently maintain the best outputs.

For insurers & claim adjusters: can get a comprehensive view of assets before paying warranty or damage claims.

Creating/Developing own Drone Program isn't always cost-effective. This method requires a greater upfront investment of your time, capital, and labor, and exposes your program to aerospace regulatory and safety risks. Not to mention, you’ll need to stay apprised of changes in technology and regulations.

Site 1 Site 2 Site 3 Site 4
Size 74MW 30MW 21MW 12.5MW
Drone Inspection Time 24Hrs 6Hrs 7Hrs 4Hrs
Manual Inspection Time 778 Hrs 293 Hrs 208 Hrs 195 Hrs
Hazardous Manhours Avoideed 754 Hrs 287 Hrs 201 Hrs 191 Hrs
increased Efficiency 97 % 98 % 97 % 98 %
Net Cost Saving $68,399 $25,485 $17,063 $19,552

Safety : If a drone crashes, the resulting loss can be repaired or in a few thousand rupees, not in life or livelihood. The less time a person is on a tower, the better.
Speed : Famous as “1 day to 1 hour, Drones making it possible”. Not only is a drone a safer option, but it can also do the job much quicker than a person.
Thoroughness : A drone can collect enough data in a few short flights to create a thorough 3D map of the tower being inspected. In addition, softwares immediately reveals places where degradation may have happened since the previous inspection.
Cost : Liability insurance is expensive, and so are the personnel costs associated with training someone to do a manual tower inspection, as well as the hours required to actually do the inspections. Since drones are faster and much less risky in terms of liability, they are more cost-effective.
Identifying Hazards : Beehives and bird nests can be found in towers, and encountering hazards like these hundreds of feet in the air can be extremely dangerous, both for the person and for the animal. In some instances, the bird in question may be endangered, and disturbing its nest could negatively impact the likelihood of its survival. With a drone, these concerns are removed.