Freudenberg Flow Technologies’ Windlok Wind Tower Flange reduces maintenance costs and increases tower joint load carrying capacity, resulting in greater joint fatigue life. Learn more: https://bit.ly/3UfWfsc
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Spring is in full bloom, and it’s a beautiful reminder of how amazing our planet is. Pattons and ELGi value the environment. In compressed air systems, we can protect the environment through increased energy efficiency and waste reduction. Many of ELGi’s lubricated compressors have been designed to last 4,000 hours before air and oil filters are replaced. Another option is converting to oil free compressors to eliminate separator element waste and lubricant usage in the compression chamber. Most models offer VFDs (Variable Frequency Drives), which can boost in energy efficiency and reducing your carbon footprint…. Plus learning how going green can not only help you meet energy efficiency KPIs, but also save money! Or explore them now on our website > https://bit.ly/3URgX2O #ELGi #EarthFriendlyCompressors #EnergySavings #Pattons
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Turbine oil replacement based on time is inefficient. Try these condition-based strategies: https://lnkd.in/gNX9uekK Mohammad Naseer Uddin BE (Mech) MLE, MLA-II, CRL, CMRP, VPR, VIM makes a compelling case for condition-based turbine oil replacement in this insightful article.
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In offshore environments, gas turbines need advanced protection against particles, salt, and moisture. Our N-hance EPA E12 filtration means that you can capture 99.95% of the most penetrating particles and eliminate the need for frequent water washing. N-hance is designed for easy retrofitting, integrating into existing high-velocity systems without major modifications. It's equipped to deal with large amounts of moisture and salt, and increases operational efficiency, reducing CO₂ emissions. In the long run, it extends overall turbine life. Discover how N-hance can boost offshore profitability and help you meet your decarbonisation goals: https://ow.ly/UXl250U4UkT
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📣 WIND TURBINE BLADE TESTING! 📣 Wind turbine blade fatigue testing is a critical process in ensuring the long-term durability and reliability of blades under variable and extreme environmental conditions. These tests simulate the repetitive loads that blades endure over their lifespan, typically 20 to 25 years, including fluctuations in wind speed, direction, and temperature! 🕵🏻♂️ This video shows real-life examples of how these massive structures are tested! 👏 Video credits: Windmillstech #composites #composite #compósitos #compositematerials #materialsengineering #fibers #lightweight #reinforcedplastics
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Achieve zero-carbon footprint in power plant with these 4 steps: •Add Electric Driven Turbophase to your combustion turbine •Increase storage capacity with Turbophase GSX •Repurpose the above addons into Fastlight Storage Engine (FSE) •Convert the combustion system of FSE to low carbon fuel alternatives being developed. Check out the detailed case study at the link below: https://lnkd.in/gffiVnHv #zerocarbonfootprint #powerplant #sustainability
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I help wind turbine operators & OEMs to increase their output with EOLOGIX-PING sensor systems. 🌍
Great explanation of an effect that gets more and more important with longer blades: #torsional-loads! #blademonitoring #bladehealth
At Bladena, we believe that torsional loads in wind turbine blades have been overlooked in the past, despite their critical importance to the lifetime and performance of the blades. Below you can see an easy-to-understand description of the influence of torsional loads on blade structure. If you’d like to learn more about the impact of torsional loads on blade structure and how we can help, feel free to contact us at info@bladena.com or visit our website at www.bladena.com
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Fatigue load testing over a wind turbine blade!!
📣 WIND TURBINE BLADE TESTING! 📣 Wind turbine blade fatigue testing is a critical process in ensuring the long-term durability and reliability of blades under variable and extreme environmental conditions. These tests simulate the repetitive loads that blades endure over their lifespan, typically 20 to 25 years, including fluctuations in wind speed, direction, and temperature! 🕵🏻♂️ This video shows real-life examples of how these massive structures are tested! 👏 Video credits: Windmillstech #composites #composite #compósitos #compositematerials #materialsengineering #fibers #lightweight #reinforcedplastics
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fatigue testing of wind turbine blade
📢 MC CLASSICS! 📢 Once again we have shit hitting the fan in a controlled environment! Have you ever seen the fatigue testing of a wind turbine blade? 👀 During this testing period, the turbines are subjected to MILLIONS of cycles! 🤯 Here are some of the tests conducted by LM Wind Power: Edge-wise Fatigue Testing (7 million cycles) Flap-wise Fatigue Testing (3 million cycles) Edge-wise Static Testing This way, they can make sure the turbines can withstand over 25 years of work time! 💪 Awesome isn't it? Always nice to see composite projects being tested! 😍 #managingcomposites #thenativelab
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Amazing Innovation - Turning waves into electricity The floaters moves up and down due to waves activates hydraulic motor which is connected to electric generators. The unique feature about this system is its very simple mechanism rather than complex offshore setups. They use existing structures like breakwaters, piers, jetties This simplicity makes clean energy more affordable. #waves #floaters #electricity #electricgenerators
