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This project uses ordinal optimization for computationally efficient sizing of a hybrid energy system containing PV panels, batteries, diesel generators, and an intermittent grid. It also utilizes mixed-integer linear programming for optimal daily operations.

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MFHChehade/Ordinal-Optimization-based-Sizing-for-Hybrid-Energy-System

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This project uses ordinal optimization for computationally efficient sizing of a hybrid energy system containing PV panels, batteries, diesel generators, and an intermittent grid. It also utilizes mixed-integer linear programming for optimal daily operations.

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