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Market-based transmission expansion planning
2011 IEEE/PES Power Systems Conference and Exposition, 2011This paper presents a market-based transmission expansion planning model and compares it with a traditional reliability-based transmission planning model. Reliability-based transmission planning tries to install new lines at minimal cost while fulfilling system reliability criteria.
Yang Gu, James McCalley
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Transmission Expansion Planning From Past to Future
2006 IEEE PES Power Systems Conference and Exposition, 2006Transmission expansion planning (TEP) has faced a significant change since the introduction of deregulation. It becomes even more complicated. Algorithms have to be changed to meet new challenges. This paper organizes and classifies existing TEP algorithms in both regulated and deregulated environment so as to facilitate other research works in this ...
Wu, FF, Zhong, J, Ng, SKK, Lee, CW
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Oscillatory stability considerations in transmission expansion planning
IEEE Transactions on Power Systems, 1989Due to fast economic growth on the island of Taiwan, load demand in Taiwan Power Company (TPC) has been rapidly increasing in the past ten years and is expected to continue throughout the next decade. By 1995, the peak load demand in Taiwan is forecasted to reach 16,000 MW, an increase of 60% from the present level of 10,000 MW.
Huang, P. H. +3 more
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Transmission surplus capacity based power transmission expansion planning
Electric Power Systems Research, 2010A power transmission expansion planning model with consideration of transmission surplus capacity and network load factor is presented. With traditional planning model, some transmission lines will operate on high load factors due to ignorance of the load levels of transmission lines.
Gang Qu +4 more
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Approaches to transmission planning: A transmission expansion game
2012 IEEE Power and Energy Society General Meeting, 2012Defining and making decisions about network investments has become a hard task in a competitive environment. This work defines a methodology to look for expansion alternatives in a transmission system. We propose a Transmission Expansion Game model that consists of four main elements: i) generating transmission expansion plan scenarios, ii) valuation ...
J. D. Molina, J. Contreras, H. Rudnick
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Generation and Transmission Expansion Planning
2016The two previous chapters describe and analyze the transmission expansion planning problem (TEP, Chap. 2) and the generation expansion planning problem (GEP, Chap. 3). These two problems are critical for the optimal expansion planning of electric energy systems. However, these chapters analyze the GEP and TEP problems independently. In this chapter, we
Antonio J. Conejo +3 more
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Hybrid AC/DC Transmission Expansion Planning
IEEE Transactions on Power Delivery, 2012This paper proposes a hybrid algorithm for the ac/dc transmission expansion planning (TEP). The stochastic simulation method would consider random outages of generating units and ac/dc transmission lines as well as load forecast errors. The mixed-integer linear programming problem is decomposed into a master planning problem with integer investment ...
Azim Lotfjou +2 more
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Transmission Expansion Planning Using Contingency Criteria
IEEE Transactions on Power Systems, 2007This paper proposes a methodology for choosing the best transmission expansion plan considering various types of security (operating reliability) criteria. The proposed method minimizes the total cost that includes the investment cost of transmission as well as the operating cost and standby cost of generators.
Jaeseok Choi +2 more
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Transmission expansion planning using multivariate interpolation
Electric Power Systems Research, 2015Abstract The total cost of the transmission expansion planning (TEP) problem consists of investment and operation costs. The former is the required capital investment cost for new circuits throughout the network, and the latter is the cost of optimal generation dispatch to meet the demand at each hour.
Ebrahim Mortaz +3 more
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Reliability Optimization for Transmission Expansion Planning
IEEE Power Engineering Review, 1982A new quantitative method of incorporating system reliability constraints in transmission expansion planning is discussed. The objective of the new algorithm is to achieve a prescribed system reliability index, the system expected demand not served (EDNS) by suitably changing network element capacities.
T.A.M. Sharaf, G. Berg
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