The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)& A$ A! \3 P3 U) h. ?8 D7 h7 P
第三届亚太电力与能源工程国际会议, {9 K+ O1 z5 s
Submission Deadline: Sept. 24, 2010+ C8 b- u0 e w4 S4 k! } http://www.appeecconf.org/2011 $ }" \8 g/ X& \& L9 M/ |1 @" AWuhan, China March 25-28, 2011 ' N& P2 F" Z! V) C==================================================================) k" z0 r) s8 s, u5 K+ ~
The 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 : X3 ?! \* L5 f0 xby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. - I8 [, n( A9 X# t% }6 O3 V, Z+ ^8 v ( W# p6 a/ n, a4 p- _) ^4 O
The technical areas to be covered in this conference include: 3 v$ Y/ Q5 q) T* ^/ p9 VPower Generation - Conventional and Renewable 3 c7 z# J h5 a9 L. V8 v; T
Hydropower technologies and applications / ~, j- C9 W8 H
Thermal power technologies and applications 9 C9 T/ u) t& b/ Q) O4 BSafe nuclear energy generation and utilization + x2 i) p4 _6 c$ X* m' w0 Y4 P% a
Wind power generation and utilization 5 T5 z8 M; X" o0 g; U5 L2 D% d
Bio-energy technologies, process and utilization 6 u1 F: R3 x' B" z% C6 f
New technologies and design for energy efficiency 2 F5 p, j2 ^8 v' Q }
New technologies for minimizing CO2 generation - P8 n6 ~5 r' P; O j
Environmental-friendly technologies for power generation 1 [" b7 u5 I. ?9 R& ^! x: K1 UGeothermal and tidal wave energy $ `5 ~1 O8 Z0 k: J/ S( [3 b$ o4 R' S
Photovoltaic for solar power applications 7 X" f R, v- Y, Z$ E. ]$ VWaste products as fuel , \- Y' Q* E3 D! mOther sustainable energy6 z0 H' z# b5 x3 [- H; X
Power System Management 5 U! |: w, i; t9 o
Power system management technologies " R* n* [* i1 fIntegrated substation automation technologies ( V0 `" H! }0 i" x$ j0 T% WPower system monitoring and mitigation technologies * y: h: M% O2 o. F& y6 d
Online monitoring and fault diagnosis system - V4 `" X, I, x R
Control strategies for modern power system stability n4 s7 Y3 w9 d& p+ e, L, b$ GModeling and simulation of large power systems 0 t8 }" i; Y6 k6 T- \" }4 {& QApplication of wide area measurement system 4 E9 g' T: a( _ G- T
Power system analysis and optimization 8 z/ u, L/ x' P3 m" ^2 XLoad modeling, estimation and forecast 8 S9 H3 b4 o; G8 A2 D' u6 S) N* fPower system planning and operation 1 Y4 Y! H, y! ` }# HPower Transmission and Distribution ( s2 |: @5 s. t6 R: g: j. SUltra High Voltage (UHV) technologies + H( }) `1 N: M3 \1 m5 Q
HVDC and flexible AC transmission system ( B- q' f) O7 g' @Over-voltage, lightning protection and grounding ; `) G8 u! G* U' D2 {Electromagnetic transient in high voltage power systems 3 u8 [& g8 x6 r' LInsulation condition monitoring in power systems 4 M* E8 w Q2 K: o7 i# {Advanced distribution and SCADA technologies 5 n* @! @- \$ c) p: }1 N4 |3 _Electromagnetic compatibility in power systems ' l6 j8 \ A; R5 ^/ z! ePlasma physics and the pulsed power technology ! O% e& H$ _; L# y
Electromagnetic analysis in power systems7 G3 o% k. y* K& G
4 ?& @9 Y7 ]4 l' I- F2 u D' S
Smart Grid Technologies 1 E% i- O, v' NModeling of Grid environments ' N2 e+ S1 V8 D/ L# h. tAgent-based mechanisms for Grid markets 9 v! n* }, Q" L( x& f1 O9 @
Resource allocation in Grid scenarios ; V6 B% B2 h1 i9 w% B: t
Automated negotiation for Grid resource allocation / F- H: q, P: ~# r8 A5 i$ M
Agent-based simulation of Grid environments and markets $ g5 Y5 G$ L6 uAgent-based Computational Economics for Grid 5 ^& A3 x- J$ \7 _3 S5 I$ w( ?
Engineering of Grid markets and Grid architectures 2 @9 Z& C5 r$ ?8 n/ i! n
Technical research on future application domains v* E. }* R, q# N% a 0 y" `# C4 d3 T. g5 _& u 0 U/ a @/ V. A5 a; I
For more information about this conference, 9 Z% l9 [7 d5 O. g1 E
please contact: appeec@scirp.org.