Northern Borders University, represented by the Prince Faisal bin Khalid bin Sultan Chair in Renewable Energy and its Applications, conducted a scientific study, published in the Journal of Building Engineering, on developing advanced energy management models for smart buildings based on microgrids, with a focus on integrating renewable energy sources, electric mobility, and enhancing the flexibility of energy systems.

The study aimed to analyze and optimize the optimal operation strategies for smart buildings systems, through mathematical models and advanced optimization algorithms, with a focus on renewable energy integration. The study aimed to analyze and optimize optimal operating strategies for smart buildings systems, through mathematical models and advanced optimization algorithms that contribute to reducing energy consumption, operational costs and carbon emissions, while ensuring stable electricity supply and efficient use of resources, especially in light of the rapid expansion in reliance on clean energy.

The study emphasized that the university is keen to ensure the stability of electricity supply and increase the efficiency of resource use, especially in light of the rapid expansion of reliance on clean energy.

The university emphasized that this study represents a qualitative scientific addition in the field of energy engineering and smart buildings, and contributes to supporting the goals of the Kingdom's Vision 2030 to raise energy efficiency.

The university emphasized that this study represents a qualitative scientific addition in the field of energy engineering and smart buildings.