Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================; v" G. b2 J; V8 `# `, z- N
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) + e( A) c/ \" Y" [第三届亚太电力与能源工程国际会议 5 v/ P6 _1 ?5 a; {+ @& ]+ v) a, X' RSubmission Deadline: Sept. 24, 20104 d% v/ @: ?& y# b! p http://www.appeecconf.org/2011 - f" i5 k3 T. ? b" ~Wuhan, China March 25-28, 2011 P8 _6 P2 A* @2 e& ~
================================================================== & w: U6 s: N% ^8 i) [: |7 }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 7 a1 C1 k6 o- T0 q8 Sby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ! ]- b7 q0 Q( X* ?" l5 N' A
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The technical areas to be covered in this conference include: 4 B0 x1 C* I2 f, c8 H3 f5 h# Z; A7 dPower Generation - Conventional and Renewable 8 W1 w, ]! @5 S' LHydropower technologies and applications 5 x' g$ x1 f+ `! a) }4 xThermal power technologies and applications G& N' V$ N- B" V. ^; O. KSafe nuclear energy generation and utilization ( o( ]# @" e8 }* L! M n6 o+ y) `( {8 {
Wind power generation and utilization + @2 Z- h; M; w; [Bio-energy technologies, process and utilization # O% Y0 S7 A, H. C! p: L: Z, pNew technologies and design for energy efficiency . b, Y d- O1 a6 F
New technologies for minimizing CO2 generation ; `: ?! L( {7 D* v* AEnvironmental-friendly technologies for power generation " w3 A, u0 ^: D2 I# Z
Geothermal and tidal wave energy 5 H% U( e {9 a" b; C- F9 s
Photovoltaic for solar power applications 5 h( Y8 Z$ N) a5 u4 J
Waste products as fuel 8 j: `4 c- R( f: V7 \2 `3 m3 K
Other sustainable energy5 p5 Z C/ Q0 ^4 B. D- V
! e4 e# f! \5 Z) _Power System Management 7 `5 n$ e( F- x- S# T4 m3 i% pPower system management technologies ) S& K. B# M3 d/ X& LIntegrated substation automation technologies 5 X6 t2 k2 s3 g
Power system monitoring and mitigation technologies 9 U, V9 j! d# G; p ?% c& gOnline monitoring and fault diagnosis system 6 y4 n. W2 W' lControl strategies for modern power system stability 0 W9 e( o3 g! H& e: FModeling and simulation of large power systems * h) N9 Z9 B5 S" lApplication of wide area measurement system 6 d0 |: U9 l* v2 y) LPower system analysis and optimization : ` m" m% E7 b
Load modeling, estimation and forecast - J! v# R3 u1 y' ~# ePower system planning and operation! U" X3 U/ ]* J+ @: q# R8 s
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Power Transmission and Distribution 8 R9 H0 `0 q: VUltra High Voltage (UHV) technologies : S7 F8 V: C' J W( G7 j* O
HVDC and flexible AC transmission system 4 ?% X9 b' G4 \, C/ Q
Over-voltage, lightning protection and grounding 2 r m9 s3 _7 N: b" |
Electromagnetic transient in high voltage power systems # R+ s# H( ~- |3 k( y2 XInsulation condition monitoring in power systems g* b1 S. H0 I1 Z8 f7 x9 ^6 H$ h, ?
Advanced distribution and SCADA technologies / a1 `4 v8 Z: |* D: WElectromagnetic compatibility in power systems ' [4 Y' ?& c. v+ ^1 k7 o, Q! Y8 \
Plasma physics and the pulsed power technology X) j. ~* y6 q- t/ h! MElectromagnetic analysis in power systems! T+ `1 m; b; v
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Smart Grid Technologies 6 \$ P7 h; U# ^, B5 B+ b$ VModeling of Grid environments / _( Y* e; R, P' }; C$ SAgent-based mechanisms for Grid markets 4 J. ?, [: U* m: G s' z4 \Resource allocation in Grid scenarios ( Z5 H1 [* d6 F
Automated negotiation for Grid resource allocation 6 {' m6 r1 G& M3 o+ | ]( h$ o0 r
Agent-based simulation of Grid environments and markets / s8 U6 b1 ]( h7 J8 HAgent-based Computational Economics for Grid 2 D' n+ e1 {0 v& bEngineering of Grid markets and Grid architectures & S4 U( m" {: e9 kTechnical research on future application domains' c3 P2 ^ S! Y- ?$ [: t2 K4 O
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C! i8 s0 C7 x& w. e$ {$ gFor more information about this conference, % N! n# k+ p$ j8 e* a) G ~please contact: appeec@scirp.org.