Prepared by Eng. Ali Naji Radi Artificial Intelligence (AI) plays an increasingly crucial role in developing the electricity sector, contributing to enhanced efficiency, cost reduction, and greater reliance on renewable energy sources. Its key roles include: 1. Smart Grid Management Analyzing big data generated by sensors and smart meters. Forecasting electricity consumption and optimizing power distribution. Reducing electrical losses and improving service quality. 2. Demand and Production Forecasting Utilizing AI algorithms to predict electricity demand at various times. Forecasting energy yield from renewable sources, such as solar and wind power. Helping balance energy production and consumption. 3. Predictive Maintenance Analyzing electrical equipment data to detect potential faults before they occur. Minimizing unexpected equipment downtime. Enhancing the performance of electrical grids and power plants. 4. Renewable Energy Integration Managing variability in solar and wind power generation. Assisting in achieving balance and stability across the electrical grid. Mitigating voltage fluctuations that can affect power quality. 5. Energy Efficiency Optimization Analyzing power consumption in households and industrial facilities. Proposing solutions to reduce consumption without impacting performance. Optimizing operating times for electrical devices to minimize energy waste. 6. Power Grid Security Detecting cyber threats and hacking attempts. Monitoring electrical systems to spot abnormal activities. Protecting electrical infrastructure and responding swiftly to security threats. 7. Grid Design and Expansion Planning Analyzing demographic and economic growth data to estimate future energy needs. Identifying requirements for establishing new power stations. Contributing to the development and operational efficiency of existing power grids. Al-Mustaqbal University, the first university in Iraq.