Published Paper Details:

As population is increasing at high pace, so does our energy demand. Non-renewable energy possess a high risk for the population and the surrounding with their emissions and being one of the biggest reason for the surge towards global warming and pollution. Each and every one of us is energy consumer. We consume energy in nearly every day-to-day activities. Our dependence on energy has increased steeply with our ease of living. We are in the midst of unprecedented changes, where meeting energy demands sustainably is not an option, but an only way to get through the societal and environmental concerns. It�s high time to shift from conventional to clean energy sources. One of the source is � Wind Energy. Wind energy can be harnessed by converting the Kinetic energy of wind to Mechanical energy via wind turbines, which can be converted to the electrical energy by means of generator. It is a consistent source of renewable energy with less variability. The limitation of wind turbine is its height, average height of wind turbine is around 100-120 meters. Wind energy is available most vastly on the upper atmosphere. Speed of wind increases with height, and we are restricted to limited height when we can harness more energy at the same place in same time limit just by increasing height. Increasing the wind turbine height additionally will incur an addition to capital cost, as wind turbines are primarily made of steel and are supported on base. To improve this constraint, Air-Borne wind turbine are find suitable, as they are clean, there height can be varied with tether cable, and they do not require high setup cost and expensive materials. Designing an AB-Wind turbine after assessing the wind speeds at various locations can generate more electricity, more cheaply and more cleanly. Clean energy follows the rule of 3R�s- �Reduce, Reuse, and Recycle �. AB-Wind Turbine reduces emissions, it can be reused in various cycles, and Wind Energy is a form of inexhaustible recyclable energy