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Wind Resource Articles & Analysis
64 articles found
Core Components of an Off‑Grid System Every robust off‑grid installation hinges on four essential building blocks: Energy Generation: Solar panels, small‑scale wind turbines, or micro‑hydro units convert natural resources into DC electricity. ...
At Vortex we use WRF model to produce high-resolution wind estimations. The three atmopheric reanalysis (ERA5 from ECMWF, MERRA2 from NASA and CFSR from NCEP) provides meteorological variables as wind horizontal components, temperature, pressure, humidity, etc. which are used as initial and boundary conditions for our simulations. However, the model also requires additional datasets for ...
Understanding the Impact of Map Projections on Polygon Size: A Comparison of OpenStreetMap and Google Earth. Why if you draw a polygon in a OpenStreetMap has a different size than in Google Earth? The difference in size between a polygon drawn in OpenStreetMap and the same polygon in Google Earth can be attributed to the use of different map projections. Map projections are ...
What is a reanalysis? Reanalysis integrates model data with observations worldwide to create a globally comprehensive and consistent dataset through the application of physical laws. This process, known as data assimilation, mirrors the methodology employed by numerical weather prediction centers. At regular intervals (e.g., every 12 hours at ECMWF), a previous forecast is merged with newly ...
In wind energy projects, obtaining precise and reliable wind resource data is crucial, yet the available data often remains limited in both time and space. ...
You’ll understand how they have become a crucial resource for clean, renewable energy. Plus, we’ll look at the distinctions between offshore and onshore wind farms– and much more! ...
Lacour Energy has partnered with Goldwind Australia to deliver the Clarke Creek Wind Farm in central Queensland. The Clarke Creek Wind Farm is currently Australia’s Largest wind farm project, consisting of up to 195 wind turbines with a power output of over 800MW, to be built in two stages starting in 2021. ...
Wind Turbines: 2 Vergnet GEV MP C 275 kW, 32m rotor diameter, 55m hub height Total power: 550 kW Commissioned: August 2014 Operations and Maintenance: Vergnet S.A Vergnet GEV MP Wind Turbines Deliver Energy and Cost Savings for Aleipata The Aleipata Wind Farm is the first wind farm to be ...
In response, the local government sought to make use of abundant sun and wind resources, but ran into intermittency issues that sidelined their progress. ...
A sharp drop in offshore wind prices and global expansion plans have increased the pressure on developers to control costs and meet project deadlines in a rapidly-consolidating supply market, industry leaders told the Offshore & Floating Wind Europe 2019 conference. ...
US average wind PPA prices by region Source: DOE's 2018 Wind Technologies Market Report. ...
The WFA project consists of three 8 MW MHI Vestas offshore wind turbines, the largest ever used for a floating wind farm, attached to Principle Power's semi-submersible floating wind base. ...
422,472 MWh: Low Emission Contribution 29MW: Generation Capacity 17: Turbines installed Bull Creek Wind Project, in western Alberta, represents the first of Windlab’s projects to reach operations in North America. ...
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 Ministry of Education and Science. The Prediction Exercise consisted of a comparative ...
A pertinent task during wind power project development studies is the post-processing analysis of the wind resource simulation results. There is widespread interest in extracting more information from typical commercial software – like WindSim, OpenWind, Meteodyn, WAsP – at a minimal cost during the prospection and/or the development ...
Classical criteria such as Q and delta are hereby confronted with a new definition. A pertinent task for wind power project development studies is the post-processing analysis of the wind resource simulations in order to improve the project design. ...
The main objective of this paper is to investigate some key issues related to the atmospheric stability for the development of wind power projects, aiming to contribute to increase the reliability of this source and its safe insertion into the energy matrix. ...
“Wind and solar have historically been dismissed as too expensive and temporally variable, but one of our key findings is that there are plentiful wind and solar resources in Africa that are both low-impact and cost-effective,” said Ranjit Deshmukh, one of the lead researchers of the study. ...
“The town there benefits from its topography, which allows the very successful use of small-scale hydro and wind. But every community has an abundance of some resource.” For many villages on Alaska’s long, exposed coast, that resource is wind. ...
ByEnsia
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. ...