Author: Francesco Miceli
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El Cabrito repowering
In this video you can see the repowering of a wind farm in one of the most beautiful (and windy) areas in the world.It is El Cabrito, in the south of Andalucia (in Spain), halfway between Tarifa and Algeciras. I would love to go and live there one day.It is a park I have visited…
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Concrete laminar wind turbine foundations: doing more with less
Concrete laminar foundation (or CLF) is a new type of wind turbine foundation developed by my friend José Carril and the team of MS-RDITECH. The CLF foundation is a new wind turbine foundation concept based on laminar elements. It is composed by 3 main elements: a lower slab, a central cylinder and a top shell….
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Road Design & Earthwork Optimization Software for Wind Farm Networks
I have been contacted by Erin Wasney, Business Development Manager at Softree Technical Systems. She proposed to write a guest post on RoadEng, a software developed to design long roads and large networks of low volume roads faster and easier than other civil design software. I am more than happy to share his post with…
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From blades to cement – the experience of Veolia
A few days ago YouTube’s algorithm correctly has correctly suggested to me to have a link at this video. Made by Business Insiders is an interesting addition to the theme of wind blade disposal – have a look at my previous post on the topic on how to use blades to make cement. You will…
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WindPro and WAsP
WindPro and WAsP are two software tools used in the wind energy sector. They help developers, investors and wind turbines manufacturers in wind resource assessment. Wind resource assessment is the detailed study of the wind characteristics of the area. It is needed to define which is the most appropriate turbine model to use and what…
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Self-erecting turbines: the Elisa / Elican project
The Elisa / Elican Project is a multimillion, full-scale prototype of a self-erecting offshore concrete tower. The tower is coupled with a buoyant foundation – it floats and can be transported to the installation site where it is ballasted and sunken to the final position. Once in place the tower self-erection can start, saving money…
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Do we really need towers and foundations? Airborne wind farms
Airborne wind energy is a generic name that describe various technologies that have different levels of development. They have in common the idea of using unmanned vehicles such as planes, kites, balloons or similar solutions to produce energy from the wind. These vehicles are generally “tethered” (that is, connected to the ground). Their main promise…
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Modifications to wind farm access roads: a step-by-step guide
One of the problems that occurs frequently to engineers working on wind farms is how to modify existing access roads to allow the transit of special vehicles. I was contacted by several readers of the blog who had this issue – the last one was Egil from Norway who led me to write this article….
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Blade mover – a flexible dual transport system
One of the many problems posed by the huge wind turbine blades currently in the market is how to move them quickly and safely. In some situations (like in the factories, or when blades are temporarily stored before installation) space can be extremely limited and there is the risk of damages. Additionally manipulating and moving…
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BoP vs. BoS – similarities and differences
As the world continues its transition towards renewable energy sources, wind farms and photovoltaic (PV) solar plants have become essential players in the quest for sustainability. These two technologies harness the power of nature to generate clean electricity, and while they may seem quite distinct, they share common elements in their infrastructure. Lately I have…