Reactive Power Dispatch Algorithm for a Reduction in Power Losses in Offshore Wind Farms

Abstract

This paper presents a groundbreaking power distribution technique that focuses on the loss rate of individual wind turbines. Distinct from conventional methods, our strategy prioritizes seamless integration and adaptability within wind farm management systems. By evaluating power losses in specific branches of a wind farm, our approach enhances overall performance by strategically allocating reactive power to reduce cumulative losses. When compared to traditional uniform distribution and Particle Swarm Optimization (PSO) methods, our innovative approach stands out for its superior efficiency and adaptability. Comprehensive simulations underline the strengths and weaknesses of prevailing methods and underscore the superior efficacy of our proposed technique.

Advances in Offshore Wind

“…The harsh marine environment imposes greater demands on wind turbine design and operation [10][11][12]. Furthermore, the construction and operation of offshore wind farms require addressing intricate engineering and logistical challenges, including the installation, maintenance, and repair of offshore equipment, as well as the transmission of offshore wind power to the onshore grid [13][14][15][16][17][18]. These aspects pose technological and economic considerations.…”