PROJECT TITLE :
Risk-Limiting Economic Dispatch for Electricity Markets With Flexible Ramping Products
The expected increase in the penetration of renewables in the approaching decade urges the electricity market to introduce new product—in specific, versatile ramping product—to accommodate the renewables' variability and intermittency. A risk-limiting economic dispatch theme provides the suggests that to optimize the dispatch and provision of these product. In this paper, we have a tendency to adopt the extended loss-of-load chance because the definition of risk. We tend to first assess how the new merchandise distort the optimal economic dispatch by comparing to the case while not such products. Specifically, using parametric analysis, we have a tendency to establish the relationship between the minimal generation price and therefore the two key parameters of the new products: the up- and down-versatile ramping necessities. Such relationship yields a completely unique routine to efficiently solve the non-convex risk-limiting economic dispatch problem. Both theoretical analysis and simulation results suggest that our approach could substantially scale back the cost for incorporating the new products. We tend to believe our approach will assist the ISOs with utilizing the ramping capacities within the system at the minimal value.
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