Predict, Prevent, Protect: A Better Way to Monitor Renewable Energy Assets

Why vibration monitoring matters in alternative energy

Monitoring vibrations in renewable energy systems like wind turbines and hydropower equipment is key to keeping things running smoothly. By catching unusual vibrations early, one can prevent mechanical failures, cut down on maintenance expenses, plus boost the overall reliability, performance and cost-effectiveness of renewable energy infrastructure.

* Source: Mordor Intelligence

Global vibration monitoring market statistics^*

What makes condition monitoring in renewables so challenging?

Extreme environmental conditions impacting performance

Mechanical and component failures during operation

High data volume requiring efficient signal processing

Difficulty distinguishing normal from abnormal behavior

Limitations on sensor placement due to wiring constraints

Limited accessibility of remote or distributed asset

Variable operating patterns reducing monitoring accuracy

Monitoring real-time performance in the field

Without TE Connectivity IoT Wireless Vibration Sensor

Initial State: System running normally
Over Time/In Use: No real-time indication of system wear (alignment, gear/bearing wear, friction, etc.)
Critical Failure: Sudden shutdown leading to expensive repairs & downtime

Watch simulation of degradation over time without sensor monitoring

Asset condition degradation over time

^* Source: TE Connectivity

With TE Connectivity IoT Wireless Vibration Sensor

Initial State: System running normally
Over Time/System In Use: Monitoring for possible failures such as misalignment, gear/bearing wear, excessive heat, friction, vibration levels
Predictive/Preventive Service Scheduled: downtime reduced
Critical Failure: Complete shutdown avoided