Wind innovations Part 2 – Three (more) wind technologies you should know about
The transition to carbon-free energy takes many forms. Ground-breaking technologies are emerging to meet the growing demand for renewable energy.
The wind workforce gap – Reasons for the gap and how to combat it
Obtaining a qualified workforce has become a growing and pressing challenge for the wind industry. Narrowing the labor gap will play a huge role in helping the industry meet its ambitious wind energy goals. In this article, we explore the causes of this gap and what can be done to close it.
Let’s talk safety – What kind of maintenance do wind turbines need?
Wind turbines run continuously for 120,000 hours transforming kinetic energy generated by wind into electricity. To achieve the expected life span of 20 years, they need proper maintenance to operate safely. Read what operators need to look out for.
Wind innovations – Part 1 – Three wind technologies you should know about
As wind energy continues to be one of the fastest growing renewable energy sources worldwide, the possibilities in that area are endless. Many creative thinkers are coming up with various alternative innovations that could turn the tide.
Firmly anchored – How are wind turbines anchored to the seabed?
Offshore turbines have to deal with a lot of stress – the strong sea winds, waves crashing against the turbine shaft, and the fact that it has to reach the ground of the ocean to be constructed. It is vital for a wind turbine to have a strong foundation so that it can withstand all these stressors. The question is, how?
Ceramic outperforms steel – Clever material combinations for robust bearing solutions
Bearings often operate under challenging applicational conditions. Contamination and electrical erosion can cause bearings to fail quickly — if they aren’t engineered accordingly.