All power generation technologies leave their particular imprint on the power system that they belong to. Wind and solar power have only recently reached significant levels of penetration in some countries, but they are expected to grow much during the next few decades, and contribute substantially to meeting future electricity demand. Wind, photovoltaic (PV) solar and concentrated solar power (CSP) with no storage have limited-controllable variability, partial unpredictability locational dependency. These attributes make an analysis of their impacts on power system operation and design particularly interesting. This paper examines how a strong presence of intermittent renewable generation will change how future power systems are planned, operated and controlled. The change is already noticeable in countries that currently have a large penetration of wind and solar production. The mix of generation technologies, and potentially market rules, will have to adapt to accommodate this presence. Regulatory adjustments might be needed to attract investment in ?well adapted technologies. Distribution and transmission networks will be also profoundly influenced. This paper identifies open issues that deserve further analysis from a technical, economic and regulatory perspective.
Symposium on Managing Large-Scale Penetration of Intermittent Renewables - MITEI 2011, Cambridge, Massachussetts (United States of America). 20 April 2011
Publication date: April 2011.
I.J. Pérez-Arriaga, Managing large scale penetration of intermittent renewables, Symposium on Managing Large-Scale Penetration of Intermittent Renewables - MITEI 2011. Cambridge, United States of America, 20 April 2011