Wind energy is gaining popularity, especially across the countries with strong and continuous wind currents. Pakistan is bestowed with multiple wind corridors with prospective energy extraction, mainly concentrated along the coastline. This work aims to analyze the effectiveness and feasibility of wind energy potential in Pakistan coastline by choosing four unique zones (Karachi, Ormara, Pasni, and Gawadar) through analysis and demonstration for a 50 MW wind farm. Four years of seasonal data is used for the selected zones, reflecting the wind effectiveness in wind speed, wind density, and wind directions. Computer-based predictive models and artificial neural networks are also implemented to forecast the wind effectiveness, primarily based on the observed wind seasonal data. The wind farm's feasibility is proposed through a comparative evaluation for various turbine designs considering both geographical, installation, operational and financial factors. The factors of energy output, economic feasibility, environmental impact, and fuel-saving are analyzed for multiple locations and turbine designs. Critical observations, data, and findings are presented and discussed in detail for all zones. Zone 1 has a highest capacity factor of 46% followed by 40.4% (Zone 2), 29.3% (Zone 3), 37.5% (Zone 4). The study revealed that Karachi is the best-suited location for a 50 MW wind farm with the highest wind speed and the lowest variation in wind direction annually. It also represented the highest internal rate of return, benefit-to-cost ratio, and annual saving with a minimum payback period (4.5–7.2 years) for various commercially available turbine designs.

风能越来越受欢迎，尤其是在具有强劲和持续风流的国家。巴基斯坦拥有多条具有前瞻性能源开采的风走廊，主要集中在沿海地区。本工作旨在通过对 50 MW 风电场的分析和示范，选择四个独特的区域（卡拉奇、奥尔马拉、帕斯尼和加瓦达尔），分析巴基斯坦海岸线风能潜力的有效性和可行性。所选区域使用四年的季节性数据，反映风速、风密度和风向的风效。还实施了基于计算机的预测模型和人工神经网络来预测风效，主要基于观察到的风季节数据。风电场' 考虑到地理、安装、操作和财务因素，通过对各种涡轮机设计的比较评估提出了可行性。针对多个地点和涡轮机设计，分析了能量输出、经济可行性、环境影响和节油等因素。对所有区域的关键观察、数据和发现进行了详细介绍和讨论。区域 1 的容量系数最高，为 46%，其次是 40.4%（区域 2）、29.3%（区域 3）和 37.5%（区域 4）。研究表明，卡拉奇是 50 兆瓦风电场的最佳位置，每年风速最高，风向变化最小。它还代表了最高的内部回报率、收益成本比和最低投资回收期 (4.5-7.