Drones for the energy industry and utilities
- 24/7 autonomous monitoring of extensive power grids
- Instant detection of faults in hard-to-reach areas
- Enhanced safety for utility workers
- AI-powered predictive maintenance
Drones for the energy industry and utilities
- 24/7 autonomous monitoring of extensive power grids
- Instant detection of faults in hard-to-reach areas
- Enhanced safety for utility workers
- AI-powered predictive maintenance
Drones for the energy industry and utilities
- 24/7 autonomous monitoring of vast areas
- Rapid response to emergencies and incidents
- Enhanced situational awareness for law enforcement
- Cost-effective alternative to traditional surveillance methods
Enhance the efficiency of power line and utility infrastructure maintenance with drones
Aerial inspection of power transmission lines and tower
UAVs can inspect thousands of power line towers in a week, quickly covering vast distances. Drones help identify the structure and condition of insulators, conductors, vibration dampers, the presence of anti-corrosion coating on towers, and any foreign objects.
Using AI, they can measure the width of right-of-ways and forest areas, identifying trees that may fall onto power line elements.
Using AI, they can measure the width of right-of-ways and forest areas, identifying trees that may fall onto power line elements.
Remote inspections of electrical substations
Microavia drones are equipped with cameras featuring 30x optical zoom and thermal imaging cameras with long-focus lenses. This enables the tracking of thermal signatures and detection of potential threats or equipment malfunctions: overheating transformers, loose connections, or wildlife intrusions.
Remote inspections of electrical substations
Microavia drones are equipped with cameras featuring 30x optical zoom and thermal imaging cameras with long-focus lenses. This enables the tracking of thermal signatures and detection of potential threats or equipment malfunctions: overheating transformers, loose connections, or wildlife intrusions.
Comprehensive asset management with UAVs
AI and machine learning integration allows for automated analysis of collected data. Receive real-time information for inventory purposes and identify equipment requiring maintenance or replacement.
Additionally, drones assist in monitoring construction projects or power grid modernization efforts.
Additionally, drones assist in monitoring construction projects or power grid modernization efforts.
Ensuring the safe work of electrical technicians and other specialists
Worker safety is a priority in the utility sector, but according to the ILO, 395 million workers suffer occupational injuries annually. Drones reduce risks by conducting hazardous inspections in hard-to-reach areas instead of humans, assessing infrastructure conditions and transmitting data in real-time.
Ensuring the safe work of electrical technicians and other specialists
Worker safety is a priority in the utility sector, but according to the ILO, 395 million workers suffer occupational injuries annually. Drones reduce risks by conducting hazardous inspections in hard-to-reach areas instead of humans, assessing infrastructure conditions and transmitting data in real-time.
Emergency response and natural disaster recovery with UAVs
Drones help assess damage after natural disasters by collecting data in hazardous areas. They can be rapidly deployed and used to assist emergency services. The use of drones minimizes downtime and accelerates power restoration.
Learn more about how drones help in dealing with natural disasters and other emergencies →
Learn more about how drones help in dealing with natural disasters and other emergencies →
Learn more about how Microavia drones
operate in the power industry
operate in the power industry
Microavia drone-in-a-box: advanced technologies
for the utilities and electrical power industry
-
Minimum pause in operation
It takes 90 seconds to swap the battery and the drone is back in operation -
Scalability
Scalable for long borders, works perfectly in difficult terrains. 1 drone in a box per 10 km -
Day/Night operations
IR camera for targets highlighting and night operations -
Automatic/Manual operations
Switch from automatic to manual control for following a suspicious object
Technical specifications
65 km/h
max air speed
90 sec
automatic battery replacement
45 min
flight time without recharging
-20°C to +50°C
operation at temperatures
>90%
object detection accuracy with a probability
10 x 4 km
recommended coverage area for 1 DIB
Technical
specifications
specifications
65 km/h
max air speed
90 sec
automatic battery replacement
45 min
flight time without recharging
-20°C to +50°C
operation at temperatures
>90%
object detection accuracy with a probability
10 x 4 km
recommended coverage area for 1 DIB
AI technologies enhance the efficiency of energy infrastructure management
- Avoid human factor error in the operation. Hundreds of km survey controlled by AI that provide precise and accurate information to the operator.
- Advanced AI landing system with a proprietary algorithm.
- AI assisted battery replacement algorithm to ensure best care for the battery.
- Autonomous hazard detection with position, timestamp and classification database.
Let's see how Microavia’s drones can help in your case
Microavia UTM provides intuitive controls and near-instant learning curve
Entrust the inspection of power lines
and utility infrastructure to Microavia's drones
FAQ about implementing drones for Energy & Utilities
Drones in the energy and utility sector benefit various stakeholders:
- Utility companies improved efficiency, reduced costs, enhanced safety.
- Consumers — more reliable service, potentially lower utility costs.
- Regulators — better compliance with safety and reliability standards.
- Investors improved asset management and potentially higher returns.
- Environment reduced need for invasive inspection methods, better monitoring of sensitive areas.
The introduction of drones to power substations and distribution networks offers several key benefits:
- More frequent inspections. Drones allow for more regular inspections without increased costs or safety risks.
- Detailed asset monitoring. High-resolution and thermal imaging provide comprehensive views of equipment conditions.
- Rapid emergency response. Quick deployment for damage assessment after natural disasters or equipment failures.
- Vegetation management. Efficient monitoring of vegetation encroachment near power lines.
- Improved worker safety. Reduced need for workers to access dangerous areas.
- Data-driven maintenance. AI-assisted analysis of drone data enables predictive maintenance strategies.
Here are 7 key differences that make Microavia the superior choice:
- Microavia drones ensure 98% uptime with only a 90-second interruption thanks to an automated battery replacement system. Competitors require over 32 minutes to charge from 20% to 90%, reducing effective operating time to less than 45%.
- Unlike competitors, Microavia's drone-in-a-box integrates real-time tracking with AI-based object detection and alert systems, providing enhanced situational awareness for security and monitoring purposes.
- Microavia's UAVs are ready for use in Gulf countries, field-tested, and can operate in high desert temperatures (+50°C).
- Customization and flexibility: Microavia's module can be adapted to specific customer needs, including third-party payloads and hardware integration.
- Extended battery life and reduced maintenance costs: Microavia drones use four batteries maintained at optimal temperature, providing over 500 operational cycles per battery. This ensures up to six months of uninterrupted operation without maintenance, compared to a single-battery system requiring maintenance after 1.5 months.
- Proven track record with government entities: Microavia has established itself as a reliable supplier for government clients, including the Ministry of Defense, demonstrating its dependability in challenging conditions.
- One-year warranty, training, and deployment included: Microavia provides a comprehensive service package that includes a one-year full coverage warranty, on-site operator training, and deployment assistance, ensuring seamless and efficient setup.
Staff. Drone management and maintenance require a team, including drone operators, technicians, and data analysis. Training and training of employees is also required to create a headquarters responsible for coordinating the work of unmanned aerial vehicles.
Equipment. In addition to drones, you will need stations, flight control software, data analysis software, batteries, sensors, and cameras.
Communication infrastructure. It is necessary to ensure stable and fast data connections between drones and the central control system using mobile networks or other data transmission technologies.
Equipment. In addition to drones, you will need stations, flight control software, data analysis software, batteries, sensors, and cameras.
Communication infrastructure. It is necessary to ensure stable and fast data connections between drones and the central control system using mobile networks or other data transmission technologies.
Most existing drone systems require at least 35-60 min to recharge batteries after each flight. This can be a critical drawback in situations where continuous surveillance or emergency response is required.
Unlike these systems, Microavia’s drone-in-a-box system provides for automatic battery swapping, allowing the drone to return to operation almost instantly after a quick battery change for 90 seconds. The battery swapping functionality significantly reduces the drone’s downtime to a minimum increasing the overall monitoring efficiency.
Unlike these systems, Microavia’s drone-in-a-box system provides for automatic battery swapping, allowing the drone to return to operation almost instantly after a quick battery change for 90 seconds. The battery swapping functionality significantly reduces the drone’s downtime to a minimum increasing the overall monitoring efficiency.
The capabilities of drones vary in this regard. Microavia drones have been tested in real-world conditions ranging from -20°C to +50°C.
The project implementation includes the following stages:
1. Needs analysis and planning.
2. Demo flight and familiarization with the software at the site in Dubai.
3. Proof of Concept — testing at the client's facility.
4. Selection of equipment and technologies for the client's tasks.
5. Conclusion of the contract.
6. Production.
7. Staff training.
8. Deployment and integration.
9. Regular maintenance and updates.
1. Needs analysis and planning.
2. Demo flight and familiarization with the software at the site in Dubai.
3. Proof of Concept — testing at the client's facility.
4. Selection of equipment and technologies for the client's tasks.
5. Conclusion of the contract.
6. Production.
7. Staff training.
8. Deployment and integration.
9. Regular maintenance and updates.
If you have any questions, please submit a request, and our team will get back to you shortly
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