Ocergy’s Post

Wind power comes in two forms: Onshore: Onshore wind power refers to wind turbines that are located on land. Offshore: wind turbines located at the sea.

If you don’t know how the components are supposed to work in the first place, how can you determine when they misfunction? 🤔 Our Online Wind Turbine Tech Essential training is universally applicable and equips you with knowledge, skills, and competencies related to modern wind turbine technologies. The training covers: ✅Key Components and Systems within a Wind Turbine ✅What is the function of each Component ✅How do the Components affect the operation of a wind turbine ✅How to identify Components on System Diagrams/Schematics ✅How to check/measure the operational status of the Components Unlock your full potential! https://lnkd.in/ed_MS9QU

Curious about the operation of wind turbines? Here's an article demonstrating the real-time control of a grid-tied DFIG for wind turbine applications using the B-Box RCP -> https://lnkd.in/ese8XCXj

Wake effects, which occur when wind turbines disrupt airflow to other turbines nearby, can impact the energy production of downwind projects. To date, there has been little discussion on these potential inter-project interactions and how to plan for them with the upcoming surge in offshore wind projects.

As the offshore wind industry deploys larger wind turbines, the industry can expect new operations and maintenance challenges to negatively impact profitability, efficiency and safety. Shoreline Wind Read more: https://ow.ly/tGxo50To57X

If you want an update on what is happening in the offshore wind sector, here is an overview https://lnkd.in/e-u_nzcV

In the first half of 2024, Chinese wind turbine manufacturers not only solidified their domestic dominance but also expanded their global footprint, marking a significant shift in the industry. Drawing from data from Wood Mackenzie’s rich Wind Services offering, our experts explored the causes and impacts of this pivotal shift in a recent webinar. Our summary of the discussion will give you critical insights into how Chinese OEMs are reshaping the global wind turbine market: https://okt.to/mUA3bH

Radia's giant cargo plane called Windrunner aims to overcome logistical challenges in the wind power industry by directly transporting 300-foot-long wind turbine blades to wind farm sites. The WindRunner is designed to be the largest aircraft in aviation history by length (at 356 feet, it surpasses the Boeing 747-400 by 127 feet, almost as long as an NFL football field) and cargo volume (272,000 cubic feet, equivalent to three Olympic swimming pools). The wingspan is an impressive 261 feet, which is 106 feet longer than Boeing’s 747-8s (think of four bowling lanes laid end to end). The aircraft, which will fly up to 41,000 feet, will operate on sustainable aviation fuel and can land on simple packed-dirt or gravel runways as short as 6,000 feet, which is unmatched by other large commercial aircraft. Follow Radia to join their journey and read more here: How the World’s Biggest Plane Would Supersize Wind Energy: https://lnkd.in/dWTNC-mB Gigantic new aircraft design aims to create the largest plane ever to fly: https://lnkd.in/gzz8vB-r #AerospaceNews #Cargo #CargoPlane

The fluctuating US offshore wind industry takes another dive https://ow.ly/vW2Y50TA1B9

In the first half of 2024, Chinese wind turbine manufacturers not only solidified their domestic dominance but also expanded their global footprint, marking a significant shift in the industry. Drawing from data from Wood Mackenzie’s rich Wind Services offering, our experts explored the causes and impacts of this pivotal shift in a recent webinar. Our summary of the discussion will give you critical insights into how Chinese OEMs are reshaping the global wind turbine market: https://okt.to/f0pVBo