Lidar: The Path Forward for Wind Resource Assessment
The development of a successful wind-farm project depends on the developers’ knowledge of how much energy can be produced in the potential development area....
Building Wind, Building a Workforce
Achieving net zero will require us to simultaneously clean up and dramatically scale up electricity generation to two and half times today’s levels by...
Maximizing the Potential of High-Power Wind Turbines
Offshore wind, now globally recognized as a proven and reliable source of renewable energy, is likely to maintain a high growth rate in the...
Offshore wind opportunities in the Gulf of Mexico
As the United States’ burgeoning offshore wind industry has dominated headlines and begun putting steel in the water along the Eastern seaboard, it has...
How drivetrain monitoring systems can pack a hidden punch
Monitoring wind-turbine drivetrains is one of the most cost-effective tools operators have, enabling them to transform the way wind assets are run and slash...
UL 6141/UL 6142: Electrical standards for turbines in the U.S.
Wind turbines are built to last an average of 20 years or more before they are either repowered — which requires a major component...
Predicting the unpredictable
While the demand for cleaner energy and falling prices has increased the supply of wind power, the growth rate for new wind capacity is...
Wind industry powers forward despite delays, disruptions
In 2021, disruptions from COVID-19 affected wind markets around the world. Increasing commodity prices and the meteoric rise in freight costs pressured manufacturing margins...
Focusing on helideck safety
Helicopters are an integral part of offshore wind operations. Whether transporting crew members, moving equipment, conducting rescue operations, aiding with turbine maintenance, or conducting...
Ecological noise aspects of wind turbines
This article focuses on the ecological noise problem and economical aspects justifying wind turbine installations. The environmental issue such as physical limits, noise levels,...
Swarming: Adding Value to Wind Assets
The energy transition from fossil fuels to renewables is fully underway. Concerted action by industry leaders and investors is set to rapidly accelerate renewable...
Taking on Industry 4.0
The next phase in the Industrial Revolution is here: Industry 4.0. Following on the heels of the last great revolution in industry — the...
The greening of offshore wind-farm construction
The offshore wind industry needs to substantially increase the durability, strength, and environmental sustainability of its wind-turbine-generator support structures while reducing the carbon emissions...
High-volume shredding of oversize turbine blades now possible
In the wind-power industry, when turbines are eventually decommissioned or wind farms upgraded in a process called repowering, wind-turbine blades must either be disposed...
Offshore Wind: The new gold rush
The offshore wind industry is gaining momentum thanks to ambitious environmental targets, competitive costs, and huge market potential. This renewable source of energy provides...
Elevating hub heights of offshore WTGs without elevating cost
Currently, the strength of a large direct drive wind turbine generator (DD/WTG) tower is achieved using various grades of steel that can affect the...
Safe continued operation of wind turbines
For design reasons, most wind-energy converters (WEC) have a design life of 20 years. At the end of this period, owners or managers can...
Providing predictive healthcare
The Brüel & Kjær Vibro (B&K Vibro) monitoring and diagnostic group plays a very special service role in the operation and maintenance of wind...
Wind powers through pandemic
2020 was not the year most people expected as the COVID-19 pandemic swept worldwide. However, it was a banner year for U.S. wind energy,...
Training a homegrown offshore wind workforce
Alan Glore’s decision to enroll in the business management program at the Centura College of Allied Health and Trades campus around the corner from...
