Energy & Networks
Energy & Networks: issues of precision, security, and continuity
In the energy and network sectors, every intervention matters. Operators must deal with extensive infrastructures that are often difficult to access and subject to strict safety constraints. The slightest undetected flaw or missing data can have major consequences on service continuity, the safety of individuals, or energy performance.
Infrastructure managers need to have reliable, up-to-date, and accurate information to:
- Anticipate risks (defects in structures, subsidence, threatening vegetation, difficult access…)
- Optimize their maintenance plans without increasing on-site travel
- Comply with regulatory requirements and increasingly strong environmental
- Better coordinate the teams on the ground, by relying on a clear vision of the encroachments and constraints
- Accelerate decision-making by relying on concrete visual and geographical data
The stakeholders in the sector also need to save time without compromising the quality of their monitoring: whether it's to map a network, check the condition of a high-voltage line, or track the progress of a construction site in a sensitive area.
At Synerops, we understand these challenges.
Our mission: to help you see better, decide faster, by providing you with the data you really need.
Associated services
Shot
Detailed capture to examine the integrity of bridges, buildings, pylons, and other critical infrastructures. Allows for the identification of defects before they become problematic.
Structural inspection
Detailed visual analysis to assess the condition of structures or technical installations. Detects signs of fragility or degradation before they impact safety or performance.
Wind turbine inspection
Monitoring of blades, nacelles, and masts to detect cracks, impacts, misalignments, or premature wear, without prolonged downtime of the installation.
Photovoltaic inspection
Use of infrared cameras to detect temperature variations. Essential for identifying energy losses, material defects, and electrical overheating.