PREDICTIVE MAINTENANCE AND THE ENERGY INDUSTRY

Identifying minute and potential malfunctions in complex systems is a crucial component of efficient predictive maintenance within the energy industry.

Predictive Maintenance Energy Industry Predictive Maintenance Energy Industry

KEEPING THE ENERGY INDUSTRY AT ITS HIGHEST VOLTAGE

The energy industry has been a major contributor to human development, supplying basic needs such as light and heat, and allowing fields such as agriculture, transportation and computers to grow exponentially. Due to non-renewable energy’s detrimental effects on global warming and pollution, a concerted effort is now being made to shift toward renewable energy technology.

Industrial Energy Monitoring Industrial Energy Monitoring

OPERATING EQUIPMENT
IN THE ENERGY INDUSTRY

The energy industry has been a major contributor to human development, supplying basic needs such as light and heat, and allowing fields such as agriculture, transportation and computers to grow exponentially. Due to non-renewable energy’s detrimental effects on global warming and pollution, a concerted effort is now being made to shift toward renewable energy technology.

Industrial Energy Monitoring System

PREDICTIVE MAINTENANCE AND THE ENERGY INDUSTRY

Harnessing the power of renewable energy sources requires an efficient, streamlined process, with machinery that is able to endure years of exposure to the elements with the least amount of malfunctions. Wind turbines, for instance, are at their most efficient when they are able to run smoothly and constantly, without pausing for repairs that could have been avoided.

Condition-Based Monitoring energy industry Energy Industry

CONDITION-BASED MONITORING
IN THE ENERGY INDUSTRY

With so many moving components making up today’s energy systems, even a minor deviation from normal performance can cause an entire turbine mechanism to jam, stalling production and necessitating a major overhaul.

Avoiding such malfunctions is crucial to maximize productivity and highlight the efficiency of the sustainable energy industry. To do so, companies are relying on condition-based maintenance technology, such as ScoutCam’s visualization equipment. Sensitive enough to pick up on the most minor of deviations, small enough to fit through tiny gaps, and durable enough to withstand the most extreme conditions, ScoutCam’s visualization options manage to offer the energy industry a number of crucial benefits

Future of Energy Industry Future of Energy Industry

MEETING THE PRESENT AND FUTURE NEEDS OF THE ENERGY INDUSTRY

To ensure an efficient operations system that is able to work smoothly and with a minimal amount of downtime, the energy sector needs reliable maintenance technology. Providing the necessary tools for effective predictive maintenance, ScoutCam’s visualization solutions are built to withstand the many environmental challenges, while managing to detect the tiniest deviations from normal functioning. Due to these features, ScoutCam technology is able to offer real-time solutions that both lower maintenance costs and prolong the longevity of the system’s components.


EXAMPLES OF CURRENTLY DEPLOYED
SCENARIOS AND USE CASES:


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Industrial Applications Brochure

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One Pager ScoutCam

One Pager

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Starter-Kit Brochure 1.8mm and 2.1mm

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ScoutCam Starter Kit Probe 1.8mm

Starter-Kit Probe 1.8mm

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