Workshop: Microgrid Feasibility to Optimize Development, Execution, and ROI (Additional Ticket Required)
Tuesday, March 10, 2026 10:00 AM to 12:00 PM · 2 hr. (America/Chicago)
310, Level 3, RE+ Microgrids
Information
ADDITIONAL TICKET REQUIRED
Presented by: Mayfield Renewables
Price: $125 member/$175 non
What is the technical definition of a “microgrid”? Microgrid systems, designs, and intentions are far more complex and risky than PV-only or generator-only projects. What are typical components of a microgrid system? What is entailed in a quality feasibility study? Why is it a fundamental part of a successful microgrid project? Which engineering design and financial questions should be asked during the planning and decision-making stages to ensure the system will accomplish critical goals as intended? Join this session to answer these questions from microgrid feasibility and design engineering experts at Mayfield Renewables. You’ll leave with a better understanding of microgrid systems, project development roadmap, underwriting challenges, and risk reduction.
Trainer: Jon La Follett; Director of Engineering
Jon La Follett is an industry veteran who brings an understanding of the developer's perspective to the Mayfield team. In his role as Director of Engineering, Jon is responsible for leading the engineering team and refining engineering products at Mayfield, while also serving as an interface between our clients and the team.
A PhD physicist by training and an engineer at heart, Jon describes his 20-year career as an arc from lab-based fundamental science research & development to solving more applied problems with direct, near-term impacts on people. This experience makes him adept at solving real-world problems with science and engineering by developing products to meet market value drivers via agile R&D and product development. Jon has a proven track record and is passionate about helping commercial and industrial businesses evaluate pathways to lower carbon emissions and reliable power with distributed generation and energy storage.
Presented by: Mayfield Renewables
Price: $125 member/$175 non
What is the technical definition of a “microgrid”? Microgrid systems, designs, and intentions are far more complex and risky than PV-only or generator-only projects. What are typical components of a microgrid system? What is entailed in a quality feasibility study? Why is it a fundamental part of a successful microgrid project? Which engineering design and financial questions should be asked during the planning and decision-making stages to ensure the system will accomplish critical goals as intended? Join this session to answer these questions from microgrid feasibility and design engineering experts at Mayfield Renewables. You’ll leave with a better understanding of microgrid systems, project development roadmap, underwriting challenges, and risk reduction.
Trainer: Jon La Follett; Director of Engineering
Jon La Follett is an industry veteran who brings an understanding of the developer's perspective to the Mayfield team. In his role as Director of Engineering, Jon is responsible for leading the engineering team and refining engineering products at Mayfield, while also serving as an interface between our clients and the team.
A PhD physicist by training and an engineer at heart, Jon describes his 20-year career as an arc from lab-based fundamental science research & development to solving more applied problems with direct, near-term impacts on people. This experience makes him adept at solving real-world problems with science and engineering by developing products to meet market value drivers via agile R&D and product development. Jon has a proven track record and is passionate about helping commercial and industrial businesses evaluate pathways to lower carbon emissions and reliable power with distributed generation and energy storage.
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Workshop
Presentation ID
3313009