Due to the uncertainty in the cost of fossil fuels due to various reasons, its depleting trend in reserves and the consequential pollution caused due to its usage forced to enhance the usage of renewable energy sources. As the characteristic behavior of the renewable energy extraction systems are exhibiting non-linear characteristic, it is quite cumbersome to extract power from the renewable systems in a straight forward manner. In the case of wind energy systems, the change in wind speed through the day makes the extraction of power still more difficult. Hence, different algorithms with the intention of extracting maximum possible available power are implemented. Different algorithms are already available whose behavior depends on the various parameters to be measured and controlled. In this paper one such algorithm, which is simple in nature is proposed. The algorithm takes the benefit of the monotonicity of power with respect to the wind turbine's spinning speed. The algorithm senses the power increments in conjunction with the increments in turbine speed and implements further increment magnitude in such a manner to reach the maximum power point. © 2024 Elsevier B.V., All rights reserved.