<h3>Pedro Terrón: “Soleolico’s patented blade guidance is physical, not electronic, and is inspired by sail navigation”</h3>
<figure><img alt="Pedro Terron, engineer, Soleolico" src="https://cdn-images-1.medium.com/max/1024/1*prfOSk5wxEhu6x-WGV72Cg.jpeg"></figure>The incorporation of industrial engineer Pedro Terron to the Soleolico team was essential in conceiving one of the key performance success factors of this first wind turbine with solar panels in the world: the magnetic guidance of the blades.
This allows the aerodynamic blades to rotate to take advantage of the direction of the wind, avoiding friction between pieces and thus ensuring minimal energy loss. Each arm of Soleolico has its own blade guidance, an independent manager that adjust the blades at each turn to achieve maximum efficiency.
An industrial engineer with over 20 years of experience in the renewable energy sector, Pedro Terron has advised leading manufacturers in the wind and photovoltaic industry throughout the entire kinematic chain, in connection and in power control. He has also worked as an account manager or developer for companies such as Siemens Gamesa, MTorres, Acciona Energía, Ingeteam or ZIV.
How did your career in renewables begin?
I am an industrial engineer in the electronics and I started by working on the configuration of large wind turbines and solar panels, to optimize them for better performance. I have also worked in automotive electronics. Often, there is an overreliance on electronics in renewables, in areas where it is unnecessary or not cost-effective because it can lead to more failures than benefits. A sensor that barely benefits you can halt the entire installation, for example. Perfection is never reached, but sometimes simplifying systems leads to more progress.
Was simplifying systems your main goal?
Yes, simplifying to the maximum to achieve optimal results without penalizing production. As a commercial technician for various companies in the sector, I have consistently achieved a minimum sales increase of 30% through my experience and advice.
What have been the milestones in your career?
Multiplying a company’s revenue by five in a year. Launching the development of a product related to wind turbines at Gamesa, with collaborators in China and the United States. I also have two very different patents: a valve that signals when food is perfectly cooked in the microwave, and the blade guidance system for Soleolico.
You were born in the Basque Country but have worked nationally from Cantabria, where Soleolico was presented in early October. Working by the sea has allowed you to pursue your hobby, sailing, which inspired the ‘blade guidance’ idea of Soleolico. Can you describe the process?
Yes, I have always worked from home for different national companies. I have been sailing since I was 16; it has always been a passion. Soleolico’s blade guidance is physical, not electronic, and is inspired by the way sails are handled in drag-push mode when sailing. When I saw the Soleolico mill, I tested it to function like a sailboat, capturing different types of winds. From there, I designed a magnetic brake system that dampens movements, allowing it to operate in two directions and protect the sails when there is strong wind. Currently, a Soleolico stops when the wind speed exceeds 55 km/h, but it could withstand up to 80 km/h..
Thanks to this ‘blade guidance,’ Soleolico’s wind capacity is differential, with a performance up to 25% higher than current wind turbines, making it more profitable with a similar investment. How is this achieved?
The blade guidance system eliminates wind resistance against the sail. Although we are still in the process of constructing and certifying the first Soleolico units, and continue experimenting with new prototypes, the performance is certified by the Renewable Energy Center. Additionally, when installed alongside other Soleolico units, the feedback effect between them can increase performance by around 15%.
As for the superior performance of vertical mills, significant studies have also emerged, such as the one published in 2021 by Oxford Brookes University (see link). Turbines in vertical-axis wind parks can be designed to be much closer together, increasing efficiency and thus reducing electricity prices.
Soleolico is born as the world’s first wind turbine integrating photovoltaic panels into its blades. Why do you believe Soleolico is the best option in renewable energy?
Because it is an optimal and versatile hybrid generation solution, designed for use in both self-consumption and distributed generation, or in grid-connected generation parks. Even though the wind panels may be less oriented than traditional solar panels, and the performance may not be as high, the photovoltaic aspect is a very useful supplement. Moreover, Soleolico occupies minimal space, so the land where it is installed can be used for agriculture, livestock, or other purposes. An important advantage is that it operates at a slow speed and is noiseless, causing no harm to wildlife, pollination, or the environment. Large wind turbines, for example, are powerful but aggressive to animals, pollination, and the environment. For urban areas, Soleolico is a perfect solution.
What other advantages does Soleolic offer?
Its sails operate at a maximum speed of 7 revolutions per minute (a wind turbine operates at 200). It starts operating and generating energy with winds of 12 km/h and also works with low winds, which are more abundant. At the same time, it can withstand winds with speeds of over 80 km/h. Additionally, it is easy to maintain, and maintenance can even be remote. Only 12 meters of separation are needed between each unit.
How much energy can a Soleolic generate?
It’s challenging to compare with other mills because there is nothing similar. That’s why there’s so much anticipation, and we have a high demand. Under optimal conditions, a Soleolico can generate energy for 4 homes in a neighborhood, for example. It can produce up to 7.5 kW peak wind energy with winds below 50 km/h, and 4.6 kWp of photovoltaic energy, with a maximum battery storage of 20 kWh. Additionally, we have observed an unexpected advantage with our prototypes: when the mill rotates, the solar panels are more efficient because, in motion, they cool down faster.
What are the optimal locations to maximize the profitability of Soleolico?
I believe the best application for Soleolico, among the three models in the range, is the one that can be placed on adapted low and medium voltage towers because it does not add extra impact to the environment. Soleolico units that serve to power energy communities of 15,000 to 20,000 inhabitants, with small hills where extra wind blows and can be compatible with a walking area or other activities such as farms, also perform optimally. Soleolico also has optimal performance in places where it is challenging for electricity to reach, such as homes far from cities, isolated developments, islands… Even in places with little wind, the blade guidance makes Soleolico effective.
In what phase is Soleolico now?
We are developing the entire process of industrialization and subsequent certification so that we achieve maximum performance hybrid wind turbines with reduced costs. We need parts that do not exist, and we have to start from scratch because we built everything tailor-made for the prototypes. We hope to install the first Soleolico units in 2024.
<figure><img alt="Soleolico, prototype, Santander, Palacio de la Magdalena, Spain" src="https://cdn-images-1.medium.com/max/1024/1*4frZf6lqQP7EKtukCJjLMw.jpeg"></figure><img src="https://medium.com/_/stat?event=post.clientViewed&amp;referrerSource=full_rss&amp;postId=2051aaf10b44" width="1" height="1" alt="">

Pedro Terrón: “Soleolico’s patented blade guidance is physical, not electronic, and is inspired by…

<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*7WvrB0eiewllVRsetjPjpQ.jpeg"></figure><a href="http://www.soleolico.com/">Soleolico</a> was presented on October 6th at the Palacio de la Magdalena in Santander (Spain) as a unique renewable energy generation technology in the world. It’s a pioneering and revolutionary solution in the field of renewable energy, combining wind and solar energy production, and it is destined to play a fundamental role in the global energy transition.
As Carlos Serrada, President, and Founder of Soleolico explained, “Soleolico is the result of the effort of many people, the ingenuity of many brilliant minds, many hours of work and effort, more than ten years of research, with over 5 million euros invested and more than 30 prototypes that have evolved over time”.
Soleolico is the world’s first wind turbine that integrates photovoltaic panels into its blades, or what they call “sails”: aerodynamic sails that are oriented to the wind through “blade guidance”, a patented magnetic system that calibrates the wind orientation of each sail to extract the maximum energy.
Soleolico presents a disruptive technology with international patents that combines wind, solar, and storage generation in a single system, providing “green” energy 24 hours a day. Additionally, Soleolico incorporates a unique coating with patented technology, composed of natural agents, that absorbs and transforms CO2, “cleaning” the air we breathe.
Serrada detailed that, as a vertical-axis wind turbine, it “offers many advantages: higher efficiency, harnesses different types of winds, has a lower visual and environmental impact, easier installation and maintenance, greater durability, land utilization… And moreover, Soleolico generates no noise or wildlife risk because it operates slowly, at about seven revolutions per minute”.
<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*Cd3eEQxpbZqYZTlaXK6LMg.jpeg"></figure>Soleolico is the world’s “First Technological Tree”, coexisting harmoniously with its surroundings, generating clean energy with minimal impact, and eliminating greenhouse gases.
Its wind capacity is distinctive, with performance up to 25% higher than current wind turbines, resulting in higher profitability with a similar investment. Additionally, when installed alongside other Soleolico units, the feedback effect between them can increase performance by around 15%.
Soleolico is presented as an optimal and versatile hybrid generation solution, suitable for use in both self-consumption and distributed generation or grid-connected generation parks. Serrada explained that “Soleolico integrates with any energy storage solution available in the market and also features a state-of-the-art battery recharge management system that provides higher performance and durability”.
Furthermore, as Serrada pointed out, “a custom coating can be designed for its tower, 3D-printed, to blend in more with the environment, or to have a specific appearance, as we are showing here today”.
The coating is 3D-printed by <a href="https://lamaquina.io/">LaMáquina</a> using <a href="https://pure.tech/">Pure.Tech</a> technology that absorbs CO2. As Aldo Sollazzo, Director of Pure.Tech, explains, “the installation of 1,000 units of Soleolico absorbs the same amount of CO2 as 287 trees in a year, according to our calculations, based on data from the European Environmental Agency and our certified laboratories”.
Soleolico combines science and nature, is environmentally friendly, and wildlife-friendly: it generates no noise, operates slowly, and its attractive aesthetics can be customized to blend with the environment and customer needs. Furthermore, as an important innovation with patented technology, Soleolico allows solar panels to be adapted to display desired images or corporate colors, or even advertisements.
<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*nRBLIT1kBRr_wSiT0MxMBQ.jpeg"></figure>ACCESSIBLE, SUSTAINABLE, AND STABLE ENERGY
Pablo Fernández de la Torre, CEO and partner of Soleolico, explained that “compared to the challenges that other renewable energy generation options may pose, Soleolico presents itself as an optimal and versatile hybrid generation solution”. He added, “Soleolico is the only technology that comprehensively meets the three requirements of future energy because it covers the basic energy needs of the population: accessibility, sustainability, and stability”.
Soleolico is accessible, he noted, because “thanks to its blade system devised by engineer Pedro Terrón and photovoltaic support, the performance of Soleolico is superior to that of other technologies, providing a highly competitive energy price. Also, because of its size and power (10 kW), Soleolico can be used in both generation parks and self-consumption solutions. Additionally, it can be located in areas with wind and solar resources, with fewer limitations related to environmental protection, safety, or aesthetics”.
Furthermore, it provides sustainable energy, “generated from natural resources, the sun, and wind, with a low environmental impact due to low speed and no noise, and Pure.Tech technology purifies the air”.
Finally, it offers stable energy because “it generates 24 hours a day, combining sun and wind, achieving an increase in energy generation quality due to continuous flow and peak demand, and it provides inertia to the grid, thanks to the synchronous movement of its motor”.
<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*h0mIMGDVMU_43Lxfdw8CzQ.jpeg"></figure>DEVELOPMENT PLANS
Regarding the company’s development plans, Fernández de la Torre stated, “We are convinced that we can achieve the ambitious challenge of covering 1% of the renewable energy market worldwide within ten to fifteen years. It would involve selling between 3 and 4 million Soleolico units during this period and generating between 75 and 100 billion euros in revenue. This represents achieving a robust and well-established global production capacity of more than 25,000 Soleolico per month”.
To achieve this growth, the company’s CEO explained, “we have a commercial and industrial development plan, in addition to constant investment in R&amp;D+i in the product. Initially, our intention is to install a first factory in Spain, but we are looking for commercial, business, and/or industrial partners in each country or area”.
Regarding potential customers, he said, “we have an initial project in Sicily, with a park of 100 Soleolico units, and various institutions and companies have already shown interest, such as IKEA, and from places like the Greek islands, the Dominican Republic, Guatemala, and the Middle East”.
To develop its project, Soleolico is collaborating with local companies such as <a href="https://talleresjmlopez.es/catalogo.pdf">Talleres J. M. López</a> (Maliaño, Cantabria), and national companies such as <a href="https://www.imedexsa.es/">Imedexa</a> (Cáceres) or <a href="https://alener.es/">Alener</a> (Seville).
USE CASES
Roberto de Arquer, Marketing Manager and partner of Soleolico, explained that the operation of this solar wind turbine, due to better utilization of wind and solar energy, “would be optimal in places with constant wind, high solar irradiation, non-extreme temperatures, and little shade. Therefore, ideal geographic areas for installing Soleolico are those with low energy access (islands, remote areas, and developing areas), areas with optimal resources (coastal, mountainous, or desert areas), areas with limited space (urban, industrial, communities…), or areas with high visual sensitivity (tourist areas, parks, residential areas…)”.
Furthermore, the design of Soleolico can be adapted to the aesthetic requirements of the customer or the environment where it will be placed: dimensions, finishes, exterior appearance… The Bespoke model of Soleolico has been designed by Firàs Safieddine, a visionary and innovative architect with numerous international awards.
Even the photovoltaic sails of Soleolico can be personalized in colors and corporate or advertising images thanks to collaboration with the renewable project engineering firm SGP Energy, based in Santander, and the company Izpitek Solar, with its factory for photovoltaic modules adaptable to any structure, located in Bizkaia.
Rafael González Alonso, CEO of Izpitek Solar, the company responsible for manufacturing the composite photovoltaic panels of Soleolico, explained that “the encapsulation of photovoltaic cells in the same fiberglass as the sail, with our own patents, and innovative options for applying vinyl to solar panels, will allow many possibilities for blending in or customizing Soleolico”.
Finally, artificial intelligence will be used in the progressive optimization of Soleolico and will continue to improve its efficiency.
EVENT AGENDA AND PARTICIPANTS
In the media presentation, held in the Gala Dining Room of the Palacio de la Magdalena, one of the afternoon speakers, Alicia Carrasco, Director of the European energy strategy consultancy olivoENERGY, and an expert in renewables who has previously worked at companies like Tesla, also participated. Carrasco, who spoke in the afternoon on “New business models and innovation for the energy transition, “congratulated the company on this innovative project and commented. “With Soleolico, you are providing solutions to the problems currently facing the European Union”.
On the occasion of this presentation, a Soleolico prototype was installed in the outdoor area of the Palacio de la Magdalena (until October 9th). As Gema Igual Ortiz, Mayor of Santander, who presided over the presentation, explained, “Santander, a city committed to the environment, is aware that the world needs sustainable technologies and renewable energies like those proposed by Soleolico. I thank the company for choosing Santander to present itself to the world, in an event that aligns with our strategic commitment to sustainability, strengthens our active contribution to the energy transition, and projects us internationally as a city of events”.
PRESENTATIONS DURING THE EVENT
The afternoon presentation day, organized by Soleolico, was aimed at national and international institutional representatives, technology companies, energy sector consultants, and leaders in the energy transition who traveled to Santander from countries such as Sweden, India, China, the United States, Jordan, the Dominican Republic, Greece, or Saudi Arabia to learn about this new technology.
This series of presentations was hosted by <a href="https://dustinplantholt.com/">Dustin Plantholt</a>, a prestigious American journalist and editor, renowned in the world of technology and disruptive media for his significant contributions.
In addition to the presentation of Soleolico, the event featured other interesting presentations by experts in the sector. Betania Allo, a lawyer specializing in Emerging Technologies and Cybersecurity, spoke remotely from Saudi Arabia on “The challenges of cybersecurity in the future of energy”. Allo has worked for over a decade on public policies, held executive positions globally, and has extensive experience in technology projects at the United Nations.
To discuss “Steps towards a sustainable future”, the organizers had four internationally renowned experts. Adam Roosevelt, CEO of AR International Group of Companies, an expert in renewable energy and security, presented the perspective from the United Arab Emirates (UAE). On the same panel, the perspective from Africa was discussed by Mark Lindsay, an advisor on energy, environment, and health issues at the Livingston Group (including Africa GreenTec), and a former assistant to President Clinton in the Office of Management and Administration (M&amp;A). Steve Watkins, CEO of Access America Association, offered his view of the United States as a former congressman and business consultant in the energy sector (remotely). Max Zammit, Mayor of Ta’Xbiex and Vice President of the Eastern Region of Malta, a country where renewable energies play a fundamental role, discussed the perspective from Europe.
<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*W8fUzuVi0_ssrm53raqmhw.jpeg"></figure>Photos: Xavier d’Arquer (Doblestudio)
For more information: <a href="mailto:prensa@soleolico.com">prensa@soleolico.com</a>
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Soleolico: the world’s first wind turbine that integrates photovoltaic panels into its blades

<h3>Presentation of Soleolico, the world’s first technology that combines wind and solar power generation while also absorbing CO2</h3>
<figure><img alt="Soleolico" src="https://cdn-images-1.medium.com/max/1024/1*BmVxde7UiLEPDuQXaH7vqg.jpeg"></figure>Soleolico will be presented on October 6th at the Palacio de la Magdalena in Santander (Spain) as an unparalleled renewable generation technology to date. It’s a pioneering and revolutionary solution in the field of renewable energy, uniting wind and solar energy production, destined to play a fundamental role in the global energy transition.
After more than ten years of research, an investment of over 5 million euros, and the evolution of over 30 prototypes, Soleolico emerges as the world’s first wind turbine that integrates photovoltaic panels into its blades, or what is referred to as “sails” in Soleolico terminology. These sails are wind-oriented through “blade guiding”, a patented magnetic system that calibrates the wind orientation of each sail to extract maximum energy.
<a href="https://www.soleolico.com/">Soleolico</a> presents a disruptive technology with international patents that combine wind and solar generation as well as storage in a single unit, providing “green” energy 24 hours a day. Additionally, Soleolico incorporates a unique coating with patented technology that absorbs and transforms CO2, “cleaning” the air we breathe.
In celebration of this presentation, a Soleolico unit will be installed in the outdoor area of the Palacio de la Magdalena until October 9th. With this event, Santander reinforces its active contribution to the energy transition, strengthening its strategic commitment to sustainability.
Soleolico is the world’s “first technological tree” that coexists harmoniously with its environment, generating clean energy with minimal impact and eliminating greenhouse gases. The coating is 3D printed by <a href="https://lamaquina.io/">LaMáquina</a> using <a href="https://pure.tech/">Pure.Tech</a> technology, which absorbs CO2.
Its wind capacity is distinctive, with performance up to 25% higher than current wind turbines, making it more profitable with a similar investment. Additionally, when installed alongside other Soleolico units, the feedback effect between them can increase efficiency by approximately 15%.
Soleolico presents itself as an optimal and versatile hybrid generation solution, suitable for both self-consumption and distributed generation, or in generation parks with grid injection.
Soleolico combines science and nature, is environmentally friendly, and bird-friendly: it generates no noise, operates at a low speed, and its attractive aesthetics are customizable to adapt to the environment and customer needs. Moreover, as a significant innovation with patented technology, Soleolico allows the adaptation of solar panels to display the desired image or corporate colors, or even the insertion of advertising.
EVENT AGENDA AND SPEAKERS
The media presentation, which will take place in the Gala Dining Room of the Palacio de la Magdalena at 11:00 a.m., will be chaired by Gema Igual Ortiz, Mayor of Santander, and will feature speeches by Carlos Serrada Bertrand, President and Founder of Soleolico; Pablo Fernández de la Torre, CEO and Partner of Soleolico; Roberto de Arquer, Marketing Director and Partner of Soleolico; and Rafael González Alonso, CEO of Izpitek Solar, the company responsible for manufacturing the composite photovoltaic panels.
One of the speakers from the afternoon session, Alicia Carrasco, CEO of the European energy strategy consulting firm olivoENERGY, who has previously worked at companies such as Tesla, Siemens Digital Grid, and Standard &amp; Poor’s, will also be presenting. She is also the co-founder and CEO of Entra Agregación y Flexibilidad, the Spanish Association of Electricity Agents and Companies and Energy Services to promote demand flexibility. Carrasco will speak about “New business models and innovation for the energy transition” during her presentation.
Some of the speakers will also be available for interviews during the press conference. Later, a group photo will be taken outside the building with a Soleolico unit installed for the occasion.
In the afternoon, in the same venue, a special session has been organized, also chaired by the Mayor, aimed at national and international institutional representatives, technology companies, energy sector consultants, and leaders in the energy transition.
This series of presentations will be hosted by <a href="https://dustinplantholt.com/">Dustin Plantholt</a>, a prestigious American journalist and editor renowned in the world of technology and disruptive media for his significant contributions.
In addition to the Soleolico presentation, the event will feature other interesting presentations by experts in the field. Betania Allo, a specialist lawyer in Emerging Technologies and Cybersecurity, will speak remotely from Saudi Arabia on “The challenges of cybersecurity in the future of energy”. Allo has worked in public policy for over a decade, held executive positions globally, and has extensive experience in technology projects, as well as programs against terrorism and cybercrime at the United Nations.
To discuss “Steps towards a sustainable horizon”, the organizers will have four internationally renowned experts. Adam Roosevelt, CEO of <a href="https://arintlconsulting.com/">AR International Group of Companies</a>, an expert in renewable energy and security, will present the perspective from the United Arab Emirates (UAE). In the same panel, Mark Lindsay will address the perspective from Africa. He serves as an advisor on energy, environment, and health issues at the <a href="https://www.livingstongroupdc.com/">Livingston Group</a> (including <a href="https://www.africagreentec.com/">Africa GreenTec</a>) and previously worked as an assistant to President Clinton in the Office of Management and Administration (M&amp;A). Steve Watkins, CEO of Access America Association, will offer his perspective on the United States as a former congressman and business consultant in the energy sector (remotely). Max Zammit, Mayor of Ta’Xbiex and Vice President of the Eastern Region of Malta, a country where renewable energy plays a fundamental role, will speak about the European perspective.
Attendance is expected, both at the session and the subsequent gala dinner, from industry leaders, investors, and international representatives from countries such as China, Greece, Monaco, the Dominican Republic, Guatemala, Georgia, Lithuania, Jordan…; representatives from national companies like Alener or Imedexa, or international companies like Kongsberg; and spokespersons from sector entities such as Alberto Ramos, Director of the Gómez Pardo Foundation, among others.
PROGRAM AND PRESENTATIONS IN THE BRINGAS-RIANCHO HALL / MAGDALENA PALACE
11:00 AM Press conference — Gala Dining Room
Press conference, ribbon-cutting next to the Soleolico, group photo, interviews, and coffee with the media.
3:30 PM-4:30 PM Welcome cocktail for guests &amp; networking — Royal Hall
4:30 PM-5:00 PM Welcome by Mayor. Soleolico x Santander
· Carlos Serrada, President, Founder, and Partner, Soleolico
· Gema Igual Ortiz, Mayor of Santander
5:00 PM-6:00 PM Soleolico: Green energy from nature
· Pablo Fernández de la Torre, CEO and Partner, Soleolico
· Pedro Terrón, Engineer, Soleolico
6:00 PM-6:30 PM The challenges of cybersecurity in the future of energy
· Betania Allo, Lawyer specializing in Emerging Technologies and Cybersecurity (Remotely)
6:30 PM-6:45 PM Soleolico: Use cases
· Roberto de Arquer, Marketing Director and Partner, Soleolico
6:45 PM-7:00 PM Coffee Break
7:00 PM-7:30 PM New business models and innovation for the energy transition
· Alicia Carrasco, CEO, olivoENERGY
7:30 PM-8:00 PM Soleolico: Exploring new frontiers · Firàs Safieddine, Design Manager, Soleolico
· Aldo Sollazzo, 3D Print and Pure.Tech Manager, Soleolico
· Paula Rodó, Artificial Intelligence Manager, Soleolico
8:00 PM-8:30 PM Steps towards a sustainable horizon · Perspective from the United Arab Emirates (UAE). Adam Roosevelt.
CEO, AR International Group of Companies
· Perspective from the United States. Steve Watkins.
CEO, Access America Association (USA)
· Perspective from Africa. Mark Lindsay.
Advisor, Livingston Group, and former Assistant to President Clinton for the Office of Management and Administration (M&amp;A)
· Perspective from Europe. Max Zammit.
Mayor of Ta’Xbiex and Vice Presidente of the Eastern Region of Malta
8:30 PM-8:45 PM Farewell and closing
· Carlos Serrada, presidente, fundador y socio, Soleolico
9:30 PM Gala Dinner — Deluz Restaurant
Ramón y Cajal Street, 18, Santander (Spain)
For more information or to schedule interviews with spokespersons and/or speakers, please contact: <a href="mailto:/prensa@soleolico.com">prensa@soleolico.com</a>
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Presentation of Soleolico, the world’s first technology that combines wind and solar power…

<h3>Vertical turbines could be the future of wind farms</h3>
<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*h8bTafFczjUKcI_niurwAQ.png"></figure>Recent research from Oxford Brookes University reveals the tremendous potential of vertical axis wind turbines (VAWTs) in large-scale wind farms.
The Rise of Vertical Axis Wind Turbines
Traditional horizontal axis wind turbines (HAWTs) may soon be replaced by more compact and efficient vertical axis wind turbines in the future. The research conducted by Oxford Brookes University demonstrates that VAWTs can outperform (over a 15%) their traditional counterparts in large-scale wind farms, especially when arranged in pairs.
Unveiling the Efficiency Advantage
The comprehensive study, led by Professor Iakovos Tzanakis and his team at the School of Engineering, Computing, and Mathematics, showcases the superior efficiency of vertical axis wind turbines. Through over 11,500 hours of computer simulation, the researchers confirmed that VAWTs have the potential to outshine HAWTs in terms of performance and power generation.
Leveraging the Synergy of Vertical Axis Wind Turbines
Unlike the familiar propeller-style design of HAWTs, VAWTs rotate around a vertical axis, demonstrating an opposite behavior. The study discovered that when arranged in a network, VAWTs can enhance the performance of neighboring turbines, increasing overall efficiency.
Optimizing Wind Turbine Placement
The positioning of wind turbines plays a crucial role in maximizing their performance. The research emphasizes the significance of strategically designing wind farms with vertical axis turbines. By placing VAWTs closer together, their efficiency can be significantly increased, ultimately reducing electricity costs. This optimization not only improves the financial viability of wind power but also accelerates the transition to a greener and more sustainable energy system.
A Leap Towards a Sustainable Energy Transition
The study highlights the promising future of vertical axis wind turbines in wind farms. With their ability to generate more power in a smaller footprint, VAWTs offer immense potential for enhancing renewable energy generation and contributing to the ecological transition of our energy systems. As we strive for a greater share of clean and sustainable energy from renewable sources, vertical axis wind turbines can play a pivotal role in achieving this goal.
In conclusion, the feedback effect of vertical axis wind turbines brings us closer to a more efficient and sustainable future in wind energy. The research conducted by Oxford Brookes University sheds light on the superior performance and potential of VAWTs in large-scale wind farms.
Join us as we explore the limitless possibilities of vertical axis wind turbines and their contribution to a cleaner, more sustainable future.
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Feedback Effect: Enhancing Efficiency and Performance in Vertical Axis Mills

<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*FEhtgWpFYJZotQaqJ5r2dw.png"></figure>As the world seeks to transition to cleaner and more efficient energy sources, vertical axis mills have emerged as a promising solution. Let’s delve into the advantages that sustentation brings to these innovative wind turbines.
Efficiency in Design
Vertical axis mills offer a distinct advantage over traditional horizontal axis turbines. Their unique design allows for improved efficiency in capturing wind energy. With sustentation, these mills can harness the power of wind from any direction, eliminating the need for frequent realignment. This design feature optimizes energy production, making vertical axis mills a highly efficient and reliable source of renewable energy.
Enhanced Durability
Sustentation plays a vital role in the durability and longevity of vertical axis mills. By reducing the stresses on the structure, these turbines are better equipped to withstand harsh weather conditions, including high winds and storms. The ability to withstand adverse conditions ensures consistent energy production and reduces maintenance costs, making sustentation a practical choice for sustainable energy solutions.
Noise Reduction
One significant advantage of vertical axis mills with sustentation is their reduced noise levels. Unlike traditional wind turbines, which can generate considerable noise due to the rotation of the blades, sustentation technology minimizes noise production. This makes vertical axis mills an attractive option for locations near residential areas or sensitive environments, promoting harmonious coexistence between clean energy generation and communities.
Space Efficiency
Vertical axis mills with sustentation offer an efficient use of space. The compact design of these turbines allows for installation in areas with limited available land, such as urban environments or regions with geographical constraints. By utilizing vertical space, sustentation technology maximizes energy production without compromising the surrounding landscape, making it an ideal solution for decentralized energy generation.
Flexible Installation Options
Sustentation enables flexibility in the installation of vertical axis mills. These turbines can be mounted on various structures such as rooftops, buildings, or even integrated into existing infrastructure. This adaptability expands the potential applications of vertical axis mills, enabling their integration into urban environments, industrial complexes, and remote locations. The versatility of sustentation technology opens up new possibilities for clean energy generation.
In conclusion, vertical axis mills with sustentation represent a significant advancement in renewable energy technology. Their efficient design, enhanced durability, reduced noise levels, space efficiency, and flexible installation options make them a compelling choice for sustainable energy solutions.
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Vertical Axis Mills in Motion: Exploring the Benefits of Sustentation

<figure><img alt="" src="https://cdn-images-1.medium.com/max/1024/1*-1F8pmo2rrPd2BpC0DqI_Q.png"></figure>In this article, we explore the concept of autoconsumption and why it holds the key to a sustainable future.
Energy Independence
Autoconsumption empowers individuals and businesses to become self-reliant when it comes to their energy needs. By generating their own electricity, they reduce their dependence on external energy sources, such as fossil fuels, and gain greater control over their energy consumption.
Cost Savings
One of the most compelling advantages of autoconsumption is its potential for significant cost savings. By producing and consuming their own energy, individuals and businesses can reduce or eliminate their electricity bills, leading to long-term financial benefits.
Environmental Sustainability
Autoconsumption plays a vital role in promoting environmental sustainability. By generating clean energy on-site, individuals and businesses can significantly reduce their carbon footprint and contribute to the global effort to combat climate change. Renewable energy sources, such as solar and wind, are harnessed to power daily activities, minimizing reliance on non-renewable energy sources.
Grid Resilience and Stability
Autoconsumption strengthens the resilience and stability of the electrical grid. By generating power locally, during peak production hours, the strain on the grid is reduced. This decentralized approach helps mitigate the risk of blackouts, enhances grid flexibility, and ensures a more reliable energy supply for all.
Technological Advancements
Autoconsumption is made possible by advancements in renewable energy technologies and energy storage systems. Solar panels, wind turbines, and battery storage solutions have become more efficient and affordable, enabling seamless integration of renewable energy into everyday life. These technological advancements make autoconsumption an increasingly viable and attractive option for individuals and businesses alike.
Empowerment and Energy Consciousness
Autoconsumption fosters a sense of empowerment and energy consciousness. It encourages individuals and businesses to actively engage in sustainable practices, monitor and optimize their energy usage, and make informed decisions about energy consumption. This heightened awareness leads to a more responsible and efficient use of energy resources.
With its advantages of energy independence, cost savings, environmental sustainability, grid resilience, technological advancements, and empowerment, autoconsumption holds immense potential for creating a sustainable and resilient energy landscape. By embracing autoconsumption, we can power our way towards a greener and more sustainable future.
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