Maximizing Energy Efficiency: A Comprehensive Approach Routing Optimization and Transformer Placement in Distribution Networks

Maximizing energy efficiency in distribution networks is of utmost importance in a world grappling with escalating energy consumption. Key strategies, such as routing optimization and transformer placement, hold significant potential for enhancing energy efficiency. Routing optimization, which involves finding the most efficient paths for electricity, considers load demand, network topology, and physical distribution line characteristics. Unfortunately, in practice, this task often neglects the minimization of total costs. Proposed methods are typically empirical and overlook constraints such as rivers, parks, avenues, streets, and various other elements that the electrical network must navigate when determining circuit routes. Despite these challenges, the actual work achieved a remarkable 58.20% reduction in the total annual operation and maintenance costs of the electrical network. By addressing the real-world constraints and focusing on cost-efficient solutions, these strategies pave the way for a more sustainable and economical energy distribution network. In summary, prioritizing energy efficiency is crucial amidst rising energy demands. By embracing approaches like routing optimization and transformer placement, while considering practical constraints, we can achieve substantial reductions in operational costs and enhance the overall efficiency of distribution networks, ensuring a more sustainable energy future.