Jonathan Hay
About Jonathan Hay
Jonathan Hay is a Staff Software Engineer specializing in optimizing wind farm designs to reduce CAPEX and enhance revenue, with a focus on electrical and road layout optimizations.
Jonathan Hay Staff Software Engineer
Jonathan Hay holds the title of Staff Software Engineer. His expertise lies in optimizing inter-array medium voltage cables in wind farms to achieve minimum capital expenditures (CAPEX), reduce revenue losses, and maximize internal rate of return (IRR). His technical skills include the use of mixed-integer linear programming (MILP) and other advanced algorithms to solve complex problems in the wind energy sector.
Jonathan Hay Blog Post Electrical Connections Wind Turbines
Jonathan Hay authored an insightful blog post titled '🔌⚡Show me the 10^115 ways to electrically connect 50 wind turbines'. This publication demonstrates his deep understanding of electrical connections in wind turbines and his ability to communicate complex technical concepts to a broader audience.
Jonathan Hay WindDesk Discover Contribution
Jonathan Hay made significant contributions to the development of WindDesk Discover, a specialized tool designed for prospecting wind farms. His involvement in this project highlights his skills in software engineering and his commitment to advancing technology in the renewable energy sector.
Jonathan Hay Algorithms for Wind Farm Design
Jonathan Hay explores and utilizes advanced algorithms such as A* Search and Minimum Spanning Trees (MST) for optimizing civil design, particularly in wind farm road networks. Additionally, he investigates the Minimum Steiner Tree Problem to enhance the efficiency of road layout, contributing to cost reductions and increased project revenue.
Jonathan Hay Automated Electrical Collection Design
Jonathan Hay is engaged in the comprehensive integration of the wind farm development pipeline, focusing on automated electrical collection design. His work aims at optimizing the layout of electrical cables and roads within wind farms, thereby reducing CAPEX costs and enhancing revenue through efficient design solutions.