Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ================================================================== 0 w; a/ T! M% L3 oThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)- S4 B* S. O' K# _
第三届亚太电力与能源工程国际会议 % L' P! ^% g( @+ O2 M: ~; ?Submission Deadline: Sept. 24, 2010 7 ~: J4 U3 z2 e l9 ]http://www.appeecconf.org/2011 # i' Z% ? S; Y" i. _* O0 `
Wuhan, China March 25-28, 20113 k7 \2 Y* x8 ?4 z! a, ?2 V# p
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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 6 D( s: H. _* s5 F9 l3 Lby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ( `3 c4 E. s9 n+ a- A
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The technical areas to be covered in this conference include: 0 R2 }4 b4 T. T. t9 Q
Power Generation - Conventional and Renewable : W- D5 L u0 T! I8 N4 [
Hydropower technologies and applications $ i! M% j( m6 F7 z; Q3 P" r- H, rThermal power technologies and applications - @: N9 ^( w1 V7 A! W; N
Safe nuclear energy generation and utilization ' S/ I' U7 O6 u! x0 }. K8 G
Wind power generation and utilization ; ~3 J+ l( Y& o2 @) y9 [/ i4 v* NBio-energy technologies, process and utilization ' W/ ?1 ], F% [3 jNew technologies and design for energy efficiency % y! r: f5 `- l" X* {. Q8 \
New technologies for minimizing CO2 generation 1 x* p7 o6 f/ r/ c- Q4 k: H# I0 {Environmental-friendly technologies for power generation 7 f% G* m& O% R) c2 U& w; A9 dGeothermal and tidal wave energy 0 A P/ f$ P6 i& [% n, OPhotovoltaic for solar power applications " D5 ?% b- \$ [2 R* C" f+ ^% v" i
Waste products as fuel 8 I2 P. z& P9 n6 Q5 y3 A
Other sustainable energy ( e3 x, `0 ]/ N; D. ?; D' d0 }9 E; d* A) g
Power System Management ' B5 o" t! _6 T2 e2 }
Power system management technologies I C1 _1 H! |$ kIntegrated substation automation technologies ' ?; B4 `) ?! @0 v! }) g/ Y) ~3 {
Power system monitoring and mitigation technologies 1 |! n5 p. T4 c- G( NOnline monitoring and fault diagnosis system 1 l8 j! w( H7 C. uControl strategies for modern power system stability " J* t! B- U5 T, l7 _/ L; ?
Modeling and simulation of large power systems ) o9 X0 p& D9 C5 Y* SApplication of wide area measurement system ' n0 V% b0 q8 I% a' I- RPower system analysis and optimization 9 q* z" V/ L1 O! `, i0 W) YLoad modeling, estimation and forecast 4 ^3 w7 q& |4 x5 u/ g& w6 X' f6 d
Power system planning and operation1 |& q. q( g/ V- `. F
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Power Transmission and Distribution 2 b+ Y2 Z1 f5 m4 V" V8 n& ]Ultra High Voltage (UHV) technologies 0 j0 V: ~6 A5 r8 f0 u) XHVDC and flexible AC transmission system 9 j' M, e/ Y1 u$ Y! B
Over-voltage, lightning protection and grounding * R! z4 D5 B' c `+ W. M2 N
Electromagnetic transient in high voltage power systems & H9 d" I8 B& ~: b0 R/ @+ U3 cInsulation condition monitoring in power systems 4 {- R! Y, K+ l6 d+ U; v
Advanced distribution and SCADA technologies ( o' T8 V5 \! Y: u. R4 B& a
Electromagnetic compatibility in power systems / l, ?! E, Y+ D$ s$ A# A
Plasma physics and the pulsed power technology " s7 T4 i [! g& ^/ D4 d% F
Electromagnetic analysis in power systems. x* }, G+ e/ r( d, C
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. r* T. G; [. `0 r5 dSmart Grid Technologies 0 l; J# z ?, s2 ?Modeling of Grid environments + S& v1 W3 l; d3 X* w8 GAgent-based mechanisms for Grid markets 6 @# R G' G$ K3 x$ {, X
Resource allocation in Grid scenarios * K7 f" k4 I& m# K. h* U% v8 XAutomated negotiation for Grid resource allocation 0 V. G7 z; f4 ]3 U( mAgent-based simulation of Grid environments and markets 4 a. n+ P- F( h2 m e [: ]Agent-based Computational Economics for Grid : p' X* P2 ~7 m
Engineering of Grid markets and Grid architectures + Z3 m& S9 x4 {+ V' GTechnical research on future application domains : J1 X! q4 k* T& ~. \/ h2 C6 f1 z% m
' \; w4 Y" A5 i7 {" L 9 x' E6 Y/ r8 e1 I" g6 @For more information about this conference, 5 B1 S7 y. N u( `( m5 j
please contact: appeec@scirp.org.