Sizing and dispatch of an islanded microgrid with energy flexible buildings

A bi-cyclic co-optimization method for sizing of electricity-hydrogen hybrid energy storage microgrid

“…A combined sizing and energy management methodology is formulated as a leader-follower problem, solving the follower's energy management problem under the optimal size, i.e., the leader's results. 19 Siddharth et al 20 treated sizing and scheduling as nested optimization. 1,17,21 Develop co-optimization approaches to sequentially solve the sizing and operation problem for a high renewable standalone microgrid.…”

“…, the leader's results. 19 Siddharth et al 20 treated sizing and scheduling as nested optimization. 1,17,21 Develop co-optimization approaches to sequentially solve the sizing and operation problem for a high renewable standalone microgrid.…”

System-Level Design for Reliability of Microgrids Considering Power Electronic Failures

“…Notably, the uncertainty of generation is tackled by considering a mix of probabilistic and time series approaches. In [9], a method has been proposed for the optimal sizing of residential microgrids to minimize the costs by considering the model predictive control for dispatch. Likewise, [10] proposes a cost-based framework to determine the size and generation mix of renewable resources with respect to converter efficiencies and the growing ratio of DC loads.…”

Resilience Assessment of Hydrogen-Integrated Energy System for Airport Electrification

“…Most of the previous studies have implemented a multiobjective optimization model for optimal sizing and dispatching of microgrids disregarding while ignoring the elasticity value. They have mainly focused on technoeconomic-environmental performance enhancement of microgrids from demand response [13,14], load flexibility [15,16], minimum capital and operating cost [17][18][19], maximum use of renewables, and reduced greenhouse gas emission [18,19]. Little work has been done to quantify the grid-connected microgrids' resilience value, especially during power grid disruption.…”