The integration of wind energy in power systems can be challenging, especially during off-peak periods. A dedicated methodology is presented to address this issue, ensuring a stable and efficient energy supply. The proposed approach considers the variability of wind power and the uncertainty of energy demand, providing a reliable solution for wind energy integration. This methodology aims to optimize the use of wind energy, reducing the risk of over-generation and ensuring a smooth power supply. By applying this approach, power system operators can make informed decisions, balancing the energy supply and demand, and ensuring a stable and efficient energy system.