Coordinating the timing of new production facilities is one of the challenges of liberalized power sectors. It is complicated by the presence of transmission bottlenecks, oligopolistic competition and the unknown prospects of low-carbon technologies. We build a model encompassing a late and early investment stage, an existing dirty (brown) and a future clean (green) technology and a single transmission bottleneck, and compare dynamic efficiency of several market designs. Allocating network access on a short-term competitive basis distorts investment decisions, as brown firms will preempt green competitors by investing early. Dynamic efficiency is restored with long-term transmission rights that can be traded on a secondary market. We show that dynamic efficiency does not require the existence of physical rights for accessing the transmission line, but financial rights on receiving the scarcity revenues generated by the transmission line suffice.
network access; congestion management; renewable energy sources; power markets;
- C72: Noncooperative Games
- D43: Oligopoly and Other Forms of Market Imperfection
- L13: Oligopoly and Other Imperfect Markets
- L94: Electric Utilities
Georgios Petropoulos, and Bert Willems, “Providing efficient network access to green power generators: : A long-term property rights perspective.”, TSE Working Paper, n. 17-770, February 2017.
TSE Working Paper, n. 17-770, February 2017