The Technology Behind the Solar Giant Maximizing efficiency with solar tracking technology More than Steam In early 2023, the world's largest and most efficient solar concentrator was installed in western India to power a hospital and research center . The impressive facility will produce steam for multiple applications, as well as electricity for air conditioners. To maximize irradiance performance, engineers are aligning the 26-ton concentrator with the path of the sun, using data from & + solar tracker. The Technology Behind the Solar Giant The concentrator, known as "SG4 Big Dish", has an impressive reflective area of around 500 m 2 , made up of 380 parabolic mirrors.
These mirrors concentrate sunlight onto a thermal collector located at their focal point, which basically functions as a pot to boil water or other fluids. Maximizing efficiency with solar tracking technology One of the keys to the success of this project is precise tracking of the sun, using OTT & + system. This device allows the "Big Dish" to be aligned with the path of the sun, ensuring maximum capture of direct Buy Email Database solar irradiation. More than Steam The “SG4 Big Dish” is not only a technological marvel for its size and efficiency, but also for its tangible impact. It is capable of generating 400 kg of steam per hour, enough to cook 2,000 meals a day, in addition to meeting the hospital's laundry and sterilization needs. In addition, this steam is also used to generate electricity through a turbine. Challenges and solutions on the path to solar energy.
Despite progress, there are challenges such as cloud movement, which can significantly affect the amount of solar radiation received. Therefore, it is crucial to have systems that monitor this phenomenon and adjust the operation of the concentrator according to these variations. Choose the right solar tracking system. OTT offers a variety of solar tracking systems, with Kipp & RaZON+ being a standout option for its reliability and accuracy. This system not only measures direct, global and diffuse solar irradiation, but can also be expanded to a complete weather station. This project not only represents a technological advance, but also a model to follow in the search for sustainable and efficient solutions for energy needs. With initiatives like this, the path to a greener and more sustainable future becomes increasingly clear.