A Study on the Determining ESS Capacity for Stabilizing Power Output of Haeng-won Wind Farm in Jeju

Abstract

* Mu l t i d i s c i p l i n a r yGr a d u a t eS c h o o lP r o g r a mF o rWi n dE n e r g y , J e j uNa t i o n a lUn i v e r s i t y ( k ms 3 5 8 6 @n a v e r . c o m) , * * Mu l t i d i s c i p l i n a r yG r a d u a t eS c h o o lP r o g r a m F o rWi n dE n e r g y , J e j uNa t i o n a lUn i v e r s i t y ( t h e s i s 9 8 @n a v e r . c o m) , * * * De p a r t me n to fe l e c t r i c a le n g i n e e r i n g ,J e j uNa t i o n a lUn i v e r s i t y ( e h k i m@j e j u n u . a c . k r ) , * * * * De p a r t me n to fe l e c t r i c a le n g i n e e r i n g ,J e j uNa t i o n a lUn i v e r s i t y ( s b o h @j e j u n u . a c . k r ) , * * * * * P o we r& I n d u s t r i a lS y s t e msR &D C e n t e r ,HYOS UNG C OR P OR ATI ON( n e o mi n @h y o s u n g . c o m) A b s t r a c tTh i s p a p e rp r e s e n t s t h e c h a r a c t e r i s t i c so fp o we rg e n e r a t i o n o u t p u ta tHa e n g -wo n wi n d f a r m a n d h o w t o d e t e r mi n et h eo p t i mi z e dE S Sc a p a c i t yf o rp o we rs t a b i l i z i n g . De p e n do nt h ef l u c t u a t i o nr a t eo fwi n dp o we ro u t p u t v a r i a t i o n ,wi n df a r m c a p a c i t y a n ds i t e ,p o we rs t a b i l i z a t i o nwi l lb ei mp a c t e d . Th e r e f o r e ,wen e e dt od e t e r mi n e p r o p e rE S Sc a p a c i t y . Us i n gt h ea c t u a l d a t ao fHa e n g -wo nwi n df a r m f r o m 2 0 0 9 . 3t o2 0 1 0 . 2 . , c a p a c i t yo fE S Swa s d e t e r mi n e d b y mo v i n g a v e r a g e v a l u e .To v e r i f y t h e p r o p o s e d a l g o r i t h m,s i mu l a t i o n s a r e c a r r i e d o u twi t h P S C AD/ E MTDCp r o g r a m. Asar e s u l t , o p t i ma l E S Sc a p a c i t yo fHa e n g -wo nwi n df a r m i nJ e j ui se s t i ma t e da b o u t 1 . 6 3MWh .Ke y wo r d s:에너지저장시스템( E n e r g yS t o r a g eS y s t e m) ,풍력( Wi n dp o we r ) ,출력변동률( F l u c t u a t i o nr a t eo fp o we r ) , 출력 안정화( P o we rs t a b i l i z a t i o n )

The Effect of a Renewable Energy Certificate Incentive on Mitigating Wind Power Fluctuations: A Case Study of Jeju Island

“…The wind farm in Jeju Island is a 10,790 kW Haengwon offshore farm [25]. The ESS in the wind farm was assumed to be installed with an optimized capacity of 2450 kWh [26]. The operation conditions for the ESS, regarding the minimum and maximum charge level, turnaround, and charging and discharging efficiency were assumed to be 90%.…”

Economic Value Assessment and Optimal Sizing of an Energy Storage System in a Grid-Connected Wind Farm

“…If the ESS is able to charge electricity from the grid to provide an arbitrage opportunity, the ESS becomes an individual power provider who is likely to increase its profit only by trading electricity with the grid instead of being a tool to promote wind energy. Several previous studies in Korea considered a situation where the electricity transmission from a wind-ESS hybrid system to grid is allowed, but the reverse is not [28][29][30].…”

Study on computation of optimal depth increase of embossed panels of stainless water tank for energy storage system

“…6 Major research has been focused on the STS in workability and surface finishing to enhance the usability of STS. 4,7,8 However, few studies have considered the optimal depth increase of arch-shaped panels, which could reduce the cost of materials when reforming flat panels into embossed panels. Because there is no clear method to compute the depth increase of panels, the thicknesses of the panels are determined using only field experience.…”