“Kurt and I worked together in the resource assessment team at EDF Renewables for 2 years. I have gotten to know him as a results-oriented expert who continuously thinks ahead and proposes and implements state-of-the-art technical solutions to problems in the solar resource assessment space. From my perspective, Kurt is a great collaborator with an enormous drive and talent to discover and optimize. One of his greatest assets is his eagerness and skill to engage in knowledge sharing across the formal boundaries of his team, enabling him to steer an organization towards success.”
San Diego, California, United States
Contact Info
2K followers
500+ connections
About
Experience & Education
Licenses & Certifications
Volunteer Experience
-
Solar Systems Installer
GRID Alternatives
- Present 9 years 4 months
Environment
Installed Solar Systems on both Roof and Ground Crew
Publications
-
Modeling Transposition for Single-Axis Trackers Using Terrain-Aware Backtracking Strategies
2023 50th IEEE Photovoltaic Specialists Conference
Nevados Engineering has developed a software program and accompanying modeling methodology which can be used in conjunction with industry standard photovoltaic performance modeling software in order to more accurately estimate the performance of trackers which employ terrain-aware backtracking strategies. Nevados has utilized this software to benchmark its proprietary terrain-aware backtracking algorithm
against two other backtracking algorithms at one site in the United States. Results at…Nevados Engineering has developed a software program and accompanying modeling methodology which can be used in conjunction with industry standard photovoltaic performance modeling software in order to more accurately estimate the performance of trackers which employ terrain-aware backtracking strategies. Nevados has utilized this software to benchmark its proprietary terrain-aware backtracking algorithm
against two other backtracking algorithms at one site in the United States. Results at the site indicate that a standard ground coverage ratio based backtracking algorithm would suffer terrain-related inter-row shadowing losses on the order of 6.7%. A common alternative to standard backtracking entitled artificial
ground coverage ratio backtracking was able to recover 33% of this lost energy. The proprietary terrain-aware backtracking algorithm was able to recover around 63% of terrain-related energy losses. -
Terrain Aware Backtracking via Forward Ray Tracing
2022 49th IEEE Photovoltaic Specialists Conference
Trackers with conventional backtracking strategies can incur significant shading and electrical mismatch losses due to the realities of as-built world terrain, and current best methods for slope awareness only account for single slopes in the cross axis and tracker axis directions. Nevados engineering has developed a new methodology for eliminating terrain shading on horizontal single axis tracking solar sites which can handle arbitrary tracker azimuths as well as multiple slopes in any…
Trackers with conventional backtracking strategies can incur significant shading and electrical mismatch losses due to the realities of as-built world terrain, and current best methods for slope awareness only account for single slopes in the cross axis and tracker axis directions. Nevados engineering has developed a new methodology for eliminating terrain shading on horizontal single axis tracking solar sites which can handle arbitrary tracker azimuths as well as multiple slopes in any direction, including installations where the slope changes in both the axis and the cross axis directions.
-
Spectral Clustering Based Optimization and Automation of Utility Scale Site Design
2020 47th IEEE Photovoltaic Specialists Conference
EDFR has developed a method for quickly developing an optimized layout for a given project boundary utilizing a standard clustering technique and a novel cluster equalizing post-processing algorithm. The work nearly eliminates the need for prospecting drafting of utility scale photovoltaic plants and provides a foundation for reducing levelized cost of energy by allowing EDFR to select the most financially optimal project design without investing large amounts of time to discover the…
EDFR has developed a method for quickly developing an optimized layout for a given project boundary utilizing a standard clustering technique and a novel cluster equalizing post-processing algorithm. The work nearly eliminates the need for prospecting drafting of utility scale photovoltaic plants and provides a foundation for reducing levelized cost of energy by allowing EDFR to select the most financially optimal project design without investing large amounts of time to discover the feasibility space for the land optimization problem.
Languages
-
English
Native or bilingual proficiency
-
Korean
Elementary proficiency
-
French
Elementary proficiency
Recommendations received
1 person has recommended Kurt
Join now to viewOther similar profiles
Explore collaborative articles
We’re unlocking community knowledge in a new way. Experts add insights directly into each article, started with the help of AI.
Explore More