Modeling
Industrial Flexibility Modeling Toolkit
Physically grounded, computationally tractable models for representing industrial production in power-system planning and operations.
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My work connects four levels of the demand-flexibility problem: representing the physical constraints of large loads, quantifying their value to power systems, designing economic arrangements for dependable participation, and implementing optimization methods in real industrial settings. 
System Planning
Seasonal Industrial Flexibility
A national-scale framework showing how spare industrial capacity and product inventories can shift electricity use across seasons.
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Economics & Markets
Valuing Demand Flexibility
Comparing demand-side flexibility with energy storage while accounting for the capital and operating costs borne by flexibility providers.
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Implementation
Industrial Energy Management System Implementation
An implemented optimization strategy coordinating a 60 MW manufacturing load, a 60 MW/240 MWh battery, and 10 MW of solar generation.
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