Large-scale integrated wind turbines in the Bahrain World Trade Center of tall twin commercial office towers. The towers are the epicenter of a master plan to renovate a 5* hotel and shopping center, which exists in a very famous area of ​​Manama, overlooking the Arabian Gulf, in the city center commercial hub. Say no to plagiarism. Get a tailor-made essay on "Why violent video games should not be banned"?Get the original essayThe long-established Arabic "wind towers" influenced the form of the buildings of Bahrain's World Trade Center in the sense that the buildings take advantage of the serene, undistracted Gulf breeze, providing a renewable energy source for the new master plan. The towers are famous for their formidable architecture that mimics the design of an ancient Arabic "wind tower." However, the most important element that makes BWTC so special and sets it apart from others is its status as the first commercial building combining three large-scale wind turbines in its design. Additionally, the turbines are capable of producing a significant portion of the total electricity needed by the building each year. How the project came to be Atkins' chief architect, Shaun Killa, pushed the idea for this modern design solution and the client easily embraced the concept to show the world that Bahrain is open to options, which can reduce the demand for fossil fuel energy and will push urban and building design in desert climates in a more sustainable direction. Integrating large-scale wind turbines into a building structure is complex and needs to be taken seriously because the client wants to benefit from this project with the knowledge and experience gathered from the people working on it and then create teams that will work globally. Like many architects around the world, Atkins, established in the Middle East, examines innovative design solutions promoting sustainability and has explored the use of integrated wind turbines in a number of previous projects. The Persian Gulf, with its most important feature, sea breeze, wind climate contributes to the exploitation of wind energy and allows designers to move away from old traditional solutions and consider unidirectional wind turbine as a choice suitable for integration. large-scale buildings. Atkins conducted research that large-scale integration of wind turbines into projects fails mainly because of the extreme costs of adjusting the building design and the costs of developing special turbines which are also excessive. This project appears to have its design basis, in the use of conventional technologies and the development of a built form, which would accommodate wind turbines. The premium on this project, including wind turbines, was less than 3.5% of the total project value. Keep in mind: this is just a sample. Get a personalized article from our expert writers now. Get a Personalized Essay Atkins and a full team of the world's best technologists, with the benefit of a favorable wind climate and design theory that keeps turbine R&D/construction costs low, have taken it one step further in the design and respond to the main challenges of: Producing technically viable solutions; Balancing energy efficiency/energy benefit. with investment