The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011); G6 n- b% Y7 l% a1 v! ~6 I" d. H" u
第三届亚太电力与能源工程国际会议5 o" C* m' ~7 w1 E1 X, U- E# {
Submission Deadline: Sept. 24, 20108 @% T' r; ?' U2 {$ ]0 ^ http://www.appeecconf.org/2011 q9 b& F9 {3 G IWuhan, China March 25-28, 2011 : p* L" k3 T) F- o==================================================================. z* r0 B3 G& p, J* j
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 + o0 p% V3 I" Y0 sby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 4 z }# y9 C: m: ^ % u7 [& o3 U! f4 T0 w! |* Q( ]# l
The technical areas to be covered in this conference include: 1 s% K* p4 q# {8 D5 X) n( |
Power Generation - Conventional and Renewable u }) f8 ~7 \) {; p
Hydropower technologies and applications p! ^. z6 X8 ?6 JThermal power technologies and applications 9 a2 q* g7 ]! t$ `Safe nuclear energy generation and utilization 0 ^5 |) |2 b9 j c8 F
Wind power generation and utilization - J" a; D! ?# [/ \$ |+ R. ~Bio-energy technologies, process and utilization # W4 q' W5 b4 T' y6 `6 T6 tNew technologies and design for energy efficiency 4 H, O- R. a& @" }. ^5 D
New technologies for minimizing CO2 generation + j$ O6 h. z) EEnvironmental-friendly technologies for power generation 8 X6 `' }' @. D( b" ]* T9 i
Geothermal and tidal wave energy 3 l; d6 k- K7 }Photovoltaic for solar power applications 5 t( g" Z7 X! D3 }1 h0 j) p# b7 W& @9 CWaste products as fuel 5 O0 A9 y8 S5 ~: N* P) x. f
Other sustainable energy; M# I* g) k$ N( m5 t0 B
Power System Management $ b! P( d7 n1 PPower system management technologies ; l f) s. T) u2 f, b
Integrated substation automation technologies $ y( ]9 j( H( s3 K3 `$ J: g/ ]! UPower system monitoring and mitigation technologies . c, k0 |5 q& u2 m( a) G' B9 LOnline monitoring and fault diagnosis system / w7 \2 q" K0 A% V3 kControl strategies for modern power system stability 1 b/ F+ C. ?2 L* h1 zModeling and simulation of large power systems 3 |5 h+ t% L+ D- \! y( {+ L
Application of wide area measurement system ; _6 v: }4 |1 s) r6 XPower system analysis and optimization ) }5 G+ C4 O% H- P2 o1 Y( x9 r
Load modeling, estimation and forecast / b/ b5 H- J/ Y( V. R+ ?
Power system planning and operation . p T7 Q% @9 s8 V% P5 d7 D# gPower Transmission and Distribution * @7 T2 q. o. {; sUltra High Voltage (UHV) technologies ; s! N1 N6 x0 c. y8 ~- ~! X
HVDC and flexible AC transmission system 6 g( ~4 L5 w3 y1 n; n6 h
Over-voltage, lightning protection and grounding * g& i* z& \3 e& w: k
Electromagnetic transient in high voltage power systems 4 j: r+ n. m2 L- ^0 L; }2 Z* _4 a$ ZInsulation condition monitoring in power systems : y$ t5 L" _: M6 W" ^
Advanced distribution and SCADA technologies * l0 M8 }( }" P$ Z; P: A7 {- XElectromagnetic compatibility in power systems " h t7 Z7 z9 f7 {- TPlasma physics and the pulsed power technology U" U* g9 ^. n' ~Electromagnetic analysis in power systems# X* r3 p( w/ U+ r8 C; H
4 @6 e0 A7 C, ^3 ]% kSmart Grid Technologies ! m% V+ w$ q$ I$ d
Modeling of Grid environments 1 A* Q' v& U* @
Agent-based mechanisms for Grid markets 9 R6 p0 B6 ?5 d2 @* G( R; J
Resource allocation in Grid scenarios 6 n4 v* B2 Z8 B; d* l
Automated negotiation for Grid resource allocation $ g6 v5 V3 r H! E
Agent-based simulation of Grid environments and markets + L4 u) X. H0 i9 \" O& c' d- K8 aAgent-based Computational Economics for Grid ( ^0 M! _! f8 E& M7 fEngineering of Grid markets and Grid architectures * X4 ~# B0 i" g! h8 T' gTechnical research on future application domains& Y' \4 U2 n9 P) s8 U0 j
- n! H- i# ]& K8 _ 3 n9 n; N2 u0 C WFor more information about this conference, $ {2 u2 k% X6 j# m# [: ]please contact: appeec@scirp.org.