Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================5 d1 [% r; a% K p1 M" o
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)- L' F: M1 p! e; b4 v
第三届亚太电力与能源工程国际会议( v) c0 a1 d! K
Submission Deadline: Sept. 24, 20102 a. X1 V/ D* U http://www.appeecconf.org/2011 . Z( h \; l$ Z% D' |
Wuhan, China March 25-28, 2011 ( ]! z; \* r0 `1 A================================================================== ' y% B1 O9 J; p, C$ F5 dThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) will be held from March 25 to 28, 2011 in Wuhan, China. The conference proceedings will be published * T& H* b2 b w! @2 z# M: n
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. / D; Q0 w) s$ W, H: p4 \: }3 Z" ~ * e! `$ w+ \6 MThe technical areas to be covered in this conference include: 0 Y) B; O' ` c# A" P9 f/ |7 q
Power Generation - Conventional and Renewable ; g5 | h5 Y; D
Hydropower technologies and applications : ^& k7 v, B4 ~4 q1 X0 M
Thermal power technologies and applications ; G l0 u; W* I; }Safe nuclear energy generation and utilization % w( g1 C* _' }$ S) _6 Q( GWind power generation and utilization & @' M" L/ v' n
Bio-energy technologies, process and utilization / I0 ~! Q2 }$ R! @# Y7 J. JNew technologies and design for energy efficiency ( G# A" P. E1 |# ~; Z" f
New technologies for minimizing CO2 generation . w c9 a, z e) K6 k/ j- d
Environmental-friendly technologies for power generation & {- v9 S) f" X8 R. r: v* }Geothermal and tidal wave energy ! ~9 m) l+ G7 [% M$ SPhotovoltaic for solar power applications 8 D$ Q$ ?: B. c6 y; a
Waste products as fuel . ]* @- V: T, A# ^4 V2 f; b5 m: xOther sustainable energy8 A$ \( O5 f' G& {+ q) E* Y
8 y3 ]" m9 n0 X# y- TPower System Management 4 j+ Y6 o6 P0 Y6 Z" c
Power system management technologies 5 T1 ]( E1 {* p7 R1 dIntegrated substation automation technologies : \) D7 g6 H2 a' P8 N
Power system monitoring and mitigation technologies 2 H5 K; g" [: V; c1 R8 JOnline monitoring and fault diagnosis system . n- U& s" c9 F5 y+ GControl strategies for modern power system stability ) T: M; n } l2 H$ T& t
Modeling and simulation of large power systems , w2 m$ S( Y3 Y+ F3 e _1 oApplication of wide area measurement system 8 [' C4 O9 R# G# v& K0 P R" L% A
Power system analysis and optimization ( a# p) P8 R& K# @Load modeling, estimation and forecast ( g5 H5 H6 Y% s* f/ O7 FPower system planning and operation. v0 w4 h' }; q7 h
2 P `8 |% T, t8 l: R1 v9 v# R
Power Transmission and Distribution ; o1 `# \5 L( w$ @' N; T
Ultra High Voltage (UHV) technologies 3 C1 k$ [4 V0 G6 E; F) P( B5 x
HVDC and flexible AC transmission system " J% G0 J3 j# {: E) i$ `Over-voltage, lightning protection and grounding 0 [- ^$ D6 I9 h; w, V9 }% fElectromagnetic transient in high voltage power systems 6 e0 t: k2 H' [9 r& i
Insulation condition monitoring in power systems . e3 c* `1 B( DAdvanced distribution and SCADA technologies , K/ f. `* W3 L9 p$ }7 X, j
Electromagnetic compatibility in power systems 0 l8 B. C- }+ e8 g& {/ R9 p6 w2 `( RPlasma physics and the pulsed power technology 2 _+ Z9 \0 W( l$ sElectromagnetic analysis in power systems1 V4 o/ |3 {5 a3 P
. n$ R: B, e5 s8 S3 W: k
5 j3 b8 w, \( o1 @. g6 i) E
Smart Grid Technologies g$ [# }, F3 s/ J( n5 l- b
Modeling of Grid environments 6 ?9 |9 ?9 J$ L; pAgent-based mechanisms for Grid markets . T' U3 V& X9 s' U1 L4 O: FResource allocation in Grid scenarios * k+ U. f4 v' vAutomated negotiation for Grid resource allocation 9 W2 T2 ]& ]0 V5 l
Agent-based simulation of Grid environments and markets k! \0 p6 B* f# M8 C4 Y3 U5 SAgent-based Computational Economics for Grid $ x4 u) M y7 y6 Z6 n k2 u
Engineering of Grid markets and Grid architectures ) q. u9 y7 D4 V5 }) X" k# gTechnical research on future application domains: z+ X- z( g% Q2 d4 F) w" M) M
5 V& _: B, o; r: u/ X& D+ K T * w( z) V) J2 t6 r9 }% }5 A ( G8 a1 {7 p0 R5 ]6 g3 O/ D
For more information about this conference, % |# f" x: s3 X1 Uplease contact: appeec@scirp.org.