الکترونیک،برق و مخابرات
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حقوق انتقال برق در بازار برق 73ص
حقوق انتقال برق در بازار برق 73ص
فصل اول - مقدمه 1
فصل دوم - ساختار بازار 5
2-1- اهداف در عملكرد به شيوة بازار 6
2-2- مدل هاي بازار برق 6
2-3- ساختار بازار 7
2-4- انواع بازار برق 11
فصل سوم – معاني PTR , FTR 13
3-1- دلايل اسفاده از حقوق انتقال 14
3-2- حقوق انتقال فيزيكي 15
3-3- حقوق انتقال مالي 16
فصل چهارم - طراحي بازار انتقال 18
4-1- طراحي بازار انتقال 19
4-2- مالكين حقوق انتقال مالي 21
فصل پنجم – معيارهاي عملكرد بازار 34
فصل ششم – بررسي بازراهايي كه در آنها FTR به حراج گذاشته مي شود 37
6-1- بازار PJM 38
6-2- بازار نيويورك 48
6-3- بازار كاليفرنيا 55
6-4- بازار نيو اينگلند 58
6-5- بازار تگزاس 60
6-6- بازار نيوزلند 63
فصل هفتم – نتيجه گيري 66
منابع 73
Markets for Financial Transmission Rights
Tarjei Kristiansen
Norwegian University of Science and Technology,
Department of Electrical Power Engineering
Abstract: This paper surveys the markets for financial transmission rights (FTRs) around
the world. FTRs are used to hedge the costs associated with transmission congestion.
Currently these rights are in use in PJM, New York and New England. A variant of financial
transmission rights, which has both a physical and a financial aspect, was introduced in
planned for introduction in
different FTR markets are described. The paper focuses on how FTRs can be acquired, their
advantages and disadvantages, and their market performance.
Keywords: Financial Transmission Rights; Auctions; Hedging; Property Rights.
1 Introduction
According to Hogan (2003) transmission policy stands at the center of electricity
market design. The basic principles are open access and non-discrimination. Financial
transmission rights (FTRs) facilitate competitive open transmission access. The
proposed standard market design in the US will reduce seams between regions and
markets. Certain critical market activities require standardization in order to support
efficient operation with open access and non-discrimination. The design includes an
independent transmission provider, which administers a single tariff and operates the
transmission system to support essential services. There should be a coordinated spot
market for energy and ancillary services, which employs bid-based security
constrained economic dispatch with locational marginal cost pricing. The design
includes bilateral contracts with a transmission usage charge for each transaction
based on the difference in the locational prices at the points of injection and
withdrawal.
In these electricity markets, generators receive the locational price at the point
where they inject power into the market and loads pay the locational price at the point
where they have withdrawn power from the market. When the locational price differs
between the generator and the load, the load or generator may be subject to congestion
fees. FTRs as described by Hogan (1992) entitle the holders of FTRs to receive the
value of congestion as established by the locational price difference. Thus a holder of
an FTR between a generator located at point A serving load at point B would be
indifferent to any difference in the locational prices between the generator and load
locations. The FTR would effectively reimburse the holder the same amount it pays in
congestion fees. In the case of an FTR option the payoff would be non-negative. FTRs
are assumed to redistribute congestion fees (or the congestion costs of market
players), which can be considerable in the
1-1. In PJM (Pennsylvania, New Jersey and Maryland), FTRs are called fixed
transmission rights, in New York transmission congestion contracts (TCCs), in
transmission rights. In
(TCRs
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