Large-scale building-integrated wind turbines in the Bahrain World Trade Center Manama, Bahrain, is home to the Bahrain World Trade Center (BWTC), which is a height of 240 m (787 ft) tall twin commercial office tower complex. The towers are the epicenter of a masterplan to renovate a 5* hotel and shopping mall, located in a very popular area of ​​Manama, overlooking the Arabian Gulf in the downtown shopping hub. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essayThe long-standing Arab "Wind Towers" influenced the shape of the Bahrain World Trade Center buildings in that the buildings take advantage of the serene, undisturbed breeze from the Gulf, providing a renewable energy source for the new masterplan. The towers are famous for their stunning architecture which imitates the ancient Arabian design of the "wind tower". However, the most important part that makes the BWTC so special and sets it apart from others is its status as the first commercial building, which combines three large-scale wind turbines in its design. Furthermore, turbines are capable of producing an important part of the total electricity required by the building each year. How the project came about Atkins' lead 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 that can reduce the demand for energy from fossil fuels and push urban and building design in desert climates in a more sustainable direction. The integration of large-scale wind turbines into a building structure is complex and requires to be taken seriously as the Client wishes to benefit from this project with the knowledge and experience gathered from the people working and therefore create teams that will operate in a global. Like many architects around the world, Atkins also created teams in the Middle East that examine innovative design solutions that promote sustainability and has explored the use of integrated wind turbines in numerous previous projects. The Arabian 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 think of unidirectional wind turbine as a choice, suitable for building integration large in size. Atkins has conducted research, which shows that large-scale integration of wind turbines into projects fails mainly due to the extreme costs of adapting the building design, and the development costs for 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 be nice to accommodate wind turbines. The premium on this project, including the wind turbines, was less than 3.5% of the value of the entire project. Please note: this is just an example. Get a custom paper from our expert writers now. Get a Custom Essay Atkins and a full team of the world's best technologists, with the benefit of a favorable wind climate and a design theory that keeps turbine research and development/construction costs low, have gone a step further with the design and have solved the main problems of: Producing technically feasible solutions; Balancing energy yield/benefit with investments