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About Us

Persimia, LLC is a small business founded in 2017 headquartered in Atlanta, Georgia. Our mission is to facilitate wind turbine siting, permitting, and environmental impact analysis through the use of physics-based modeling and simulation. Our company was founded by two highly experienced and internationally recognized Georgia Tech professors with extensive expertise in aerodynamic modeling, multi-physics simulation, and probabilistic analysis. Using state-of-the-art simulation tools, we provide high-value environmental impact assessment for wind farm developers, permitting authorities, and surrounding communities.

Here at Persimia, we are true believers in the value of wind energy. We are also dedicated to ensuring community safety and acceptance near wind installations. The Persimia project began in 2009, when our founders were asked to develop setback standards for a particular wind farm, focusing only on the risk of blade and ice throw. Through detailed aerodynamic modeling of blade and ice fragments in free flight, the world’s first physics-based guidelines for wind turbine setback standards were created (more information is available here). However, because each potential wind installation site has a unique topography and surrounding environment, we recognize the need for site-specific risk analysis. Our simulation tools enable site-specific analysis using high-resolution terrain data, turbine-specific operating parameters, and wind data for a specific wind project. Results provide stakeholders with unbiased, physics-based environmental impact assessments on which siting and permitting decisions can be based. Our risk analysis package is an essential tool for any new wind development project.

For more information on our physics-based setback guidelines, please see our prior publications on this topic in Wind Engineering and the Journal of Journal of Wind Energy.

Our Leadership

Our engineering team is led by two Georgia Tech professors who are recognized international experts in multi-physics modeling, simulation, and control of aerospace and energy systems. Together they have over 35 years of experience leading research and development projects in the aerospace and wind energy sectors for a variety of clients including the Department of Energy, NASA, the Department of Defense, the National Science Foundation, and others. Our analysts have served as consultants and IE’s to numerous companies in the wind industry offering guidance on wind project environmental impacts and new technology development.