Abstract
Reliability is concerned with the system capability of survival. In the past forty years, customer expectations have been increasing in response to evolving new technologies. As part of these evolutions, they are demanding from their suppliers: products with higher quality, low initial cost, improved customer support and products that are easy and inexpensive to maintain. For a supplier to survive, succeed and be profitable in todays market, It must do the following: a) Constant improvement in the quality of the products. b) Minimization of the cost. c) Be flexible and responsive to the customers requirement. This deals with reliability evaluation of combined generation and transmission system known as composite system. It describes a technique calculate composite system reliability with aging failure. The reliability evaluation deals with the a) Calculation of aging failure rate & aging repair rate of all Components of the system. b) Calculation of EENS value of all Components of the system by performing Reliability Analysis using SKMS PTW 6.5.
Highlights
A) Constant improvement in the quality of the products. b) Minimization of the cost. c) Be flexible and responsive to the customer’s requirement
The RBTS is a 6 bus system composed of two generator buses, 5 load buses, 9 transmission lines and 11 generating units
The outage duration of a transient outage is considered to be less than one minute
Summary
In the past forty years, customer expectations have been increasing in response to evolving new technologies. As part of these evolutions, they are demanding from their suppliers: products with higher quality, low initial cost, improved customer support and products that are easy and inexpensive to maintain. C) Be flexible and responsive to the customer’s requirement This deals with reliability evaluation of combined generation and transmission system known as composite system. It describes a technique and a program to calculate composite system reliability with aging failure and its indices by applying it on a system. The total installed capacity is 240 MW and the system peak load is 185 MW
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