This research presents an application of the Hogan, Roselluf3n and Vogelsang (2010) (HRV) mechanism to promote electricity transmission network expansion in the Peruvian electricity transmission system known as SEIN (Sistema Elue9ctrico Interconectado Nacional). The HRV mechanism combines the merchant and regulatory approaches to promote investment into transmission grids. This mechanism gives incentives for efficient investment in expansion of the network by the rebalancing over time of the fixed and variable charges of a two-part tariff in the framework of a wholesale electricity market with locational pricing. The expansion of the network is carried out through the sale of Financial Transmission Rights (FTR's) for the congested lines. The mechanism is applied for 103 nodes of the SEIN using detailed characteristics of generators, nodes and transmission lines. Under Laspeyres weights and linear cost of expansion of transmission capacity, it is shown that prices converge to lower levels as a result of increased transmission capacity.
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机译:这项研究提出了Hogan,Rosell uf3n和Vogelsang(2010)(HRV)机制在促进秘鲁输电系统SEIN(Sistema El ue9ctrico Interconectado Nacional)中的输电网络扩展中的应用。 HRV机制结合了商人和监管方法,以促进对输电网的投资。通过在具有位置定价的批发电力市场框架内,对两部分电价的固定和可变费用进行时间平衡,该机制可以激励人们有效投资于网络扩展。网络的扩展是通过出售拥塞线路的财务传输权(FTR)来进行的。利用生成器,节点和传输线的详细特性,将该机制应用于SEIN的103个节点。在Laspeyres权重和传输容量扩展的线性成本下,结果表明,由于传输容量增加,价格收敛到较低的水平。
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