3582374661

3582374661



Electrical & Computer Engineering: Au International Journal (ECIJ) Yolume 3. Numbcr 2. June 2014

Active Power and Cost Allocation in Open Access Environment Utilizing Power Flow Tracing Method Considering N-l CONTINGENCY CONDITION

Pawan Rathore1, Garima Naidtt2, Ganga Agnihotri’and Baseem Khan4 l:il Department of Electrical Engineering, MANIT, Bhopal, India

Abstract

The transmission usage cost allocation is one of the major issues experienced by the Electric Supply Industries. In this paper. autkom have considered Linę Outage Distribution Factor (LODF) for allocating the transmission usage cost allocation under contingency condition. Authors have modified the distribution factor for maximum flow md propose a novel Maximum Linę Outage Distribution Factor (MLODF) uh ich depends upon the redistribution of the generation in the linę flow considering N-l security constraints. Similarly. for transmission loss cost allocation under contingency condition Maximum Linę Outage Loss Distribution Factor (MLOLDF) is deeeloped. Fuli recoeery policy of transmission cost allocation is considered. The reliability and accuracy of the proposed method is tested on the satnple 6 bus system.

Keywords

LODF. MLODF. MLOLDF. MW-Mile method. Transmission cost allocation Transmission loss cost allocation. Transmission Pricing.

NOMENCLATURE

P*

Power flow in the linę i after an outage in the linę in.

p,

Normal power flow in the linę

TC,

Cost allocated to network user/.

TC

Total transmission usage cost.

TLC

Total transmission lass cost.

P,

Power of user t at the time of system peak.

Pm*x

System maximum load.

Ca

Cast per MW per unit length of linę k.

U

Lengthof the linę k.

MW,,

Power flow in the linę / due to user t.

Fu

Power flow on the facility i caused by user /.

Fmax,l

Capacity of facility i.

Pqnk

Optimal capacity of transmission linę k.

pjine,

Power flow in the linę i.

pljine,

Power loss in the linę i.

Km

Modified Kirchlioff Matri.\.

1

Identity Matrix

Po

Total active power of generators.

25


DOI : 10.14S 10/ecij.2014.3203


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