Title :
Market Solutions for Managing Ramp Flexibility With High Penetration of Renewable Resource
Author :
Navid, Nivad ; Rosenwald, Gary
Author_Institution :
Market Dev. & Anal., Midwest ISO, Carmel, IN, USA
Abstract :
The impact of increased penetration of renewable generation has been the subject of much discussion related to system operations. As the percentage of generation from renewable generation provides us a greener and more sustainable future, it also introduces new challenges in scheduling and dispatching controllable resources to follow the net load and control the power balance in the system. The increased renewable generation tends to introduce more variability that must be met by the traditionally more flexible generation resources. Incentives are needed to encourage the existing generators of all types to maximize the availability of their operational “load following” flexibility and to encourage entry of new flexible suppliers such as energy storage devices or demand response.
Keywords :
power control; power generation dispatch; power generation economics; power generation scheduling; power markets; power system security; renewable energy sources; controllable resource dispatching; energy storage devices; flexible generation resources; generators; load following; market solutions; net load; power balance control; ramp flexibility management; renewable energy resource; renewable generation penetration; scheduling; security constrained economic dispatch; Load forecasting; Load modeling; Power generation dispatch; Real time systems; Robustness; Time factors; Uncertainty; Ancillary service; load following; ramp capability; renewable generation; robust dispatch; security constrained economic dispatch (SCED);
Journal_Title :
Sustainable Energy, IEEE Transactions on
DOI :
10.1109/TSTE.2012.2203615