How one Bearing Shut Down a Wind Turbine

A single bearing failure brought a multi-million-dollar wind turbine to a complete stop

Image: Energy is national security—the West can ignore physics until physics sends the bill

Related: The Weak EV Narrative (fix is in with NYT essay)

Nuclear is the only stand-alone power generation system that does not generate CO2 during the process, that delivers power 24 x 365 – irrespective of the weather or time-of-day – with no need for batteries and no need for back up

The wind and sun cult have always pitched their case on the claim that wind turbines and solar panels are the only way of removing carbon dioxide gas from power generation (always on the assumption that plant food is poison).

The propaganda squad that runs interference for rent-seeking, crony capitalists cashing in on the grand wind and solar scam knows full well that nuclear power is the greatest, single threat faced by their paymasters. Hence the hysteria that follows the mere mention of nuclear power … Full article

Video: Critical Failure
In this episode of Critical Failures, we investigate how one failed bearing inside a wind turbine gearbox triggered a catastrophic shutdown. What began as a small mechanical defect quickly escalated into a major equipment failure, demonstrating how a single component can determine the reliability of an entire power generation system.

Through cinematic visuals and straightforward engineering explanations, we’ll explore how wind turbine gearboxes operate, why bearings fail under extreme loads, how engineers diagnosed the damage, and the steps required to safely return the turbine to service.

Whether you’re an engineer, maintenance professional, student, or simply fascinated by rotating equipment and renewable energy, this episode provides a real-world look at one of the most challenging failures in modern wind power

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