ANALYSIS ON THE IMPACT OF POWER SYSTEM STABILIZER AND RENEWABLE ENERGY TO SMALL SIGNAL STABILITY OF A POWER SYSTEM
Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.7, No. 8)Publication Date: 2018-08-30
Authors : N. M. N Khairu Zaman M. E. Yusoff H. Hashim;
Page : 477-492
Keywords : Small Signal Stability; Eigenvalues; Damping Factor; Accelerating Power; Oscillation Frequency;
Abstract
Renewable energy resources are environmental friendly and provide a lot of benefits to power system network in meeting the increasing demand of electricity. Integration of renewable energy resources to the grid system especially solar photovoltaic that does not have inertia may influence the behavior of power system. This paper analyzes small signal stability in a power system for various scenarios including when the system is subjected to disturbance with and without stabilizer and solar photovoltaic interconnection using PSSE software. The damping ratio and frequency oscillation are evaluated using Prony Method based on Eigenvalue analysis.
Other Latest Articles
- LEAF DUST DEPOSITION AND ITS IMPACT ON CHLOROPHYLL CONTENT OF CASSIA FISTULA AND EUCALYPTUS GLOBULUS GROWING IN VICINITY OF JAYPEE CEMENT PLANT, REWA (M.P.)
- Etiology of Various Dental Developmental Anomalies -Review of Literature
- FREE ENERGY FORAGING IN AN AFFORDANCE LANDSCAPE
- ENHANCING DATA SECURITY USING ENCRYPTION AND SPLITTING TECHNIQUE OVER MULTI-CLOUD ENVIRONMENT
- Sharps Safety and Management among Dental Practitioners
Last modified: 2018-08-30 20:15:24