Power Loss Reduction

Overview

Study of power loss reduction techniques in radial distribution electrical systems. This research focuses on minimizing transmission and distribution losses through optimal capacitor placement, conductor sizing, and load balancing.

Analytical and computational methods are employed to identify loss-minimizing configurations for practical distribution networks.

  • Power Loss Reduction in Radial Distribution Systems via Optimal Capacitor Placement

    Abstract

    A method for minimizing power losses in radial distribution electrical systems through optimal capacitor placement is presented. The approach combines analytical expressions for loss sensitivity with heuristic search algorithms to identify near-optimal capacitor locations and sizes.

    Key Results

    Application to test distribution networks demonstrates loss reductions of 12-28% depending on system configuration. The proposed method outperforms conventional heuristic approaches in terms of both computational efficiency and solution quality.

    $$ P_{\text{loss}} = \sum_{i=1}^{n} I_i^2 R_i $$