Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================& X& v8 l T n2 w. \1 x& K2 @
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) 8 `3 `$ g9 x( g$ Q+ @- o第三届亚太电力与能源工程国际会议" o, j" D" y) g* b* h# l7 X
Submission Deadline: Sept. 24, 2010# i5 D, N7 p, i* n4 G3 L http://www.appeecconf.org/2011 . A" B+ @$ m, q3 h3 |9 nWuhan, China March 25-28, 2011 6 j, o+ k) z! F9 {================================================================== & A! p! L3 U0 ~7 G" q7 M$ JThe 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 ' u) Z) l, t- w0 R% pby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ! f* t) V2 ^ Y8 a
% y% Q! O2 G; V6 {# j* g* oThe technical areas to be covered in this conference include: % Y. @8 f. n7 N: k# H& V8 M* _
Power Generation - Conventional and Renewable 9 o+ t# w( L1 F$ g5 n4 {
Hydropower technologies and applications % C0 B" ]: x# \! Q9 EThermal power technologies and applications & C! B0 r4 I8 ~0 i3 R" j4 f# }Safe nuclear energy generation and utilization 0 r$ }4 i) E* M5 J9 UWind power generation and utilization + Y/ P! t# g* T5 S# }( m" ^
Bio-energy technologies, process and utilization % ]2 L' w& i1 [" D9 m6 O+ A
New technologies and design for energy efficiency ! {6 d4 u0 m+ a1 ]6 P C. `5 @
New technologies for minimizing CO2 generation + X; Q0 D0 g+ [2 L R: N
Environmental-friendly technologies for power generation 1 x& T8 s! x: r& y! L$ b
Geothermal and tidal wave energy + O0 M; a$ I/ n/ F B- W/ mPhotovoltaic for solar power applications : g" h) N8 q; ]1 S$ P8 Z6 C$ k
Waste products as fuel / Z: V0 E) q8 \: l; n# \6 N- |Other sustainable energy / v' o5 l3 U' Z3 I0 L# Y h 6 X% J2 k5 [" ^: j" Y- ~& hPower System Management : g. `8 z$ n2 i3 S! l$ LPower system management technologies : G! s" Q: q7 G+ y" |' cIntegrated substation automation technologies - r( g* p2 m3 R1 e# @
Power system monitoring and mitigation technologies 2 K% D4 e' @! c$ A5 z# I9 hOnline monitoring and fault diagnosis system # H5 [7 i4 J1 k2 n T3 x' U
Control strategies for modern power system stability - J7 X6 r- m( H& j2 a& YModeling and simulation of large power systems . S& K( L% Z7 [" k% s
Application of wide area measurement system 2 A1 D; g8 t! w2 y. o
Power system analysis and optimization * j7 Y. e# F% ]Load modeling, estimation and forecast ' q) p$ j1 k" VPower system planning and operation$ V+ \, p2 V3 z D+ d. \5 @( j! K
" O. `( [: d7 k. Q' C+ Z i cPower Transmission and Distribution + o, l7 U4 o3 t8 W4 yUltra High Voltage (UHV) technologies $ \' C" @ P" c1 ^# ?9 BHVDC and flexible AC transmission system ) v- n4 X# I5 O
Over-voltage, lightning protection and grounding 2 h$ I, h3 n/ q; X rElectromagnetic transient in high voltage power systems . e$ Q5 N' i5 N0 z+ B
Insulation condition monitoring in power systems _' h! y- u4 w
Advanced distribution and SCADA technologies $ L0 g, p) j% ?* g& s, p* JElectromagnetic compatibility in power systems 4 t! X- I0 s. K' B- s2 f4 YPlasma physics and the pulsed power technology * u* o: v1 f2 U3 w2 @2 N! k! ]( Y
Electromagnetic analysis in power systems! @4 I% Q% _' j; C
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Smart Grid Technologies / ^* ~ B# F: t# C, lModeling of Grid environments 5 [; {0 y6 j3 x6 i, c* Q+ P. C4 E: L
Agent-based mechanisms for Grid markets + s" C& l. O/ O# W: y3 G4 j, dResource allocation in Grid scenarios . n4 l+ r; c& i+ aAutomated negotiation for Grid resource allocation 9 r/ D+ x% q6 p5 R: a
Agent-based simulation of Grid environments and markets " L9 c, P8 X2 b \Agent-based Computational Economics for Grid D% m2 x2 `% O" H
Engineering of Grid markets and Grid architectures - m- w+ @/ I& b6 J5 ~- k* a+ UTechnical research on future application domains& A" i7 r+ c! P/ }
: Q' t* a) R' @& o4 Y. o% Q/ I; g 6 j e5 E+ {: S7 D& V$ j/ J 4 h1 f6 ~6 C& U! HFor more information about this conference, * \; P. [/ j0 q
please contact: appeec@scirp.org.