Wind Farm Articles

  • SIMULWIND - Case Study

    Objective: SIMULWIND came into being as a result of the training needs of new professionals in the wind energy sector to face the challenges posed by the digitalisation of wind farms in industry 4.0. The scope of the project consists of the development of a computer simulator designed for training in maintenance and risk prevention in wind farms, with the aim of reproducing the ...

  • Forecasting Exercise - Case Study

    Objective: In 2005, AEE promoted a project related to the prediction of wind farm energy production, known as the Prediction Exercise. The project was financed by AEE and by companies that own the parks, as well as by a subsidy from the PROFIT programme of the ...

  • Energy revolution: This is how intelligent technology supports upheaval

    It is no longer a secret that fossil fuels such as hard coal and lignite are harmful to the environment. Germany would like to become greener and continue to rely on renewable energies as a result of the energy revolution. Intelligent technology in particular should support people in this and make power generation more eco-friendly. The problem of climate change Phasing ...

  • Spin Doctors: How GE’s Service-Savvy Approach Squeezes the best from a fleet of 900 Wind Turbines

    Over 150 years ago, a budding English economist named William Stanley Jevons warned that a policy of energy efficiency might not be sufficient to conserve Britain’s dwindling coal reserves. His argument, now known as the Jevons paradox, was simple: Squeeze more energy from less coal, and people will just want more coal. ...


    By GE Renewable Energy

  • Government urged to change policy or risk future of onshore wind

    The UK’s onshore wind industry faces a steep decline in new investment without a change to government policy, despite enjoying a record year of additional capacity. ...

  • 7th Largest wind farm replaces mechanical for Ventus ultrasonic sensors - Case Study

    296 turbines of the AES Corporation are located by Buffalo Gap, Texas, US. With a capacity of 524 MW it's the world's seventh largest wind farm to-date. The article link below provides a summary of how Performance Engineer at AES, Tristan Lee, was able to optimize the performance of its aging fleet using latest in technology, that includes the Lufft Ventus Ultrasonic Wind Speed and Wind ...

  • VanTran and Texas

    This week’s feature unit, a 150 kVA Padmount Transformer, is headed to Corpus Christi, TX. Manufactured entirely of 316L Stainless Steel, this unit is perfectly suited for the coastal climate where it will be installed. VanTran, which is headquartered in the “Heart of Texas”, Waco, always enjoys partnering with other businesses in Texas. From wind farms in West Texas, offshore ...


    By VanTran Industries, Inc

  • Firebricks offer low-cost storage for carbon-free energy

    Original story at MIT News Ancient technology could be used to level electricity prices for renewables. Firebricks, designed to withstand high heat, have been part of our technological arsenal for at least three millennia, since the era of the Hittites. ...

  • Solar park Moos 2 - Case Study

    Operator: Infra Class Energie 7 GmbH & Co. KG Energy company: EnBW AG Location: Geroldshausen-Moos, Germany Commissioning date: June 2010 Completion time: 12 weeks Rated system power: 15.82 MWp No more worries about energy Right from the start regional politicians and residents living in the Municipality of Geroldshausen close to Wuerzburg were united in wanting a ...


    By Phoenix Solar AG

  • Offshore Wind Versus Solar in the Eastern US: An Unexpected Rivalry

    Less than a decade ago, offshore wind energy and solar PV were similarly priced energy sources. Unsubsidized installed costs for both exceeded $5 per watt, or more than double that for land-based wind. Despite their cost, both technologies were seen as the best hopes for supplying urban centers with green power, especially in the BOSNYWASH (Boston-New York-Washington, DC) corridor of the eastern ...


    By AWS Truepower, LLC

  • South Fork Wind Farm (SFWF) - Case Study

    The South Fork Wind Farm is a planned offshore wind farm located 30 miles east of Montauk that will consist of approximately 15 wind turbines and a subsea transmission system that will deliver energy to East Hampton, NY. Marine survey activities are scheduled to begin in Summer 2017. Marine construction is planned to start 2021. Overview The South Fork Wind Farm is a planned ...


    By Deepwater Wind LLC

  • Optimizing Wind and Solar Power in Africa

    Editor's Note: The following is a news release authored by Julie Chao and issued by Lawrence Berkeley National Laboratory on April 5, 2017 To meet skyrocketing demand for electricity, African countries may have to triple their energy output by 2030. While hydropower and fossil fuel power plants are favored approaches in some quarters, a new assessment by the Department of Energy’s Lawrence ...


    By Smart Grid Observer

  • What rural Alaska can teach the world about renewable energy

    I flew into Unalakleet, Alaska, on a late fall day. With about 700 people, Unalakleet is large by rural Alaska standards and serves as a regional hub. The village is located on a sandy spit of land where a clear river meets the turbid water of the Bering Sea. Out the plane window the sun shone bright, glittering off the wind-tossed whitecaps of the sea. To the east, the rolling Nulato Hills, clad ...


    By Ensia

  • Case study - Use of the Nor848A acoustic camera on wind turbines

    The acoustic camera system Nor848 is a powerful tool to investigate noise sources. In realtime you listen to a beamformed audio signal so that you can hear individual sources one by one. Immediately you can identify the strongest over all noise source in a multisource environment, and you can do the same analysis for single frequencies, 1/3 or 1/1 octave bands or any given frequency range. This ...


    By Norsonic AS

  • Offshore wind costs and development risk

    How procurement strategies, manufacturing costs and new technology stack up against development risk in Offshore Wind Projects. Offshore wind is changing, and it is changing for the better. In 2006, offshore wind deployment costs started rising significantly, from £1.5m/ MW, in 2016 prices, to over £4m/MW in 2012, without a clear indication as to what the price ceiling would ...


    By SgurrEnergy Ltd.

  • Study: 100% Renewable Electricity System is the Cheapest Option for South America

    Transitioning to a fully renewable electricity system is possible for South America by 2030. A study by Lappeenranta University of Technology (LUT) and VTT Technical Research Centre of Finland Ltd. also shows that a 100 percent renewable system (100% RE) is the cheapest electricity production option and can be achieved with very little energy storage. "South America has a unique renewable energy ...


    By Smart Grid Observer

  • Wind Energy Production Estimates: Moving Beyond Time Averages

    No need to be a statistician to see that averages are often useful to compare different things. And yet, they often fall short as a true measure of performance. For instance, we use averages to compare the current weather against the climate normals or to get a sense of how our favorite sport team or player is doing. Team (player) statistics are a concise way of combining the scores from many ...


    By AWS Truepower, LLC

  • Want to improve wind and solar power? Bring them together

    By combining intermittent renewable energy sources through hybrid projects, developers are taking advantage of the strengths of each. What’s keeping solar and wind power from fully taking over the electric grid? For starters, the sun only shines during the day. Wind blows intermittently, is ...


    By Ensia

  • Africa’s green energy challenge: Mega projects, off-grid or somewhere in between?

    South of the Sahara, getting electricity to 620 million people may require an all-of-the-above strategy. A 310-megawatt wind farm sprouting up in a remote, barren landscape near Lake Turkana in northern Kenya has the clean energy world buzzing — and for good reason. Africa’s largest wind farm, with 365 towering turbines, is creating more than 500 stable jobs in an ...


    By Ensia

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