Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================" L, i& g2 a# S
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011), p6 `7 q( U& C) T& L0 F
第三届亚太电力与能源工程国际会议& a; \) k6 @8 d1 T' E! q" i
Submission Deadline: Sept. 24, 2010 8 Q9 Z. I) \3 @% V& G7 u2 E# u! Ghttp://www.appeecconf.org/2011 ! Z. Z5 t c ]' u) j+ B
Wuhan, China March 25-28, 2011" o" E! x5 ?: \+ o- S/ }' g1 d3 g
================================================================== . ]' g; e9 i9 R7 @# q+ dThe 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 ' V+ F6 S+ ]. Z* p& _9 B7 Z
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 5 v$ p( L/ f, C9 i9 P * U# a) z. k! pThe technical areas to be covered in this conference include: 7 _# f. k: Q TPower Generation - Conventional and Renewable & M8 ~$ a3 s' J6 N- V* V# R
Hydropower technologies and applications 8 J/ ?0 d+ ]) ?, X5 }( y
Thermal power technologies and applications 3 E* X7 l4 d* i, l; a" kSafe nuclear energy generation and utilization 9 ^' m4 }5 \4 |
Wind power generation and utilization % M' _6 o& F3 j; @6 i
Bio-energy technologies, process and utilization # \( _9 ~! {$ X2 C8 {New technologies and design for energy efficiency 2 c1 I1 n% _5 n% eNew technologies for minimizing CO2 generation 3 X8 b: V5 t' h6 uEnvironmental-friendly technologies for power generation ) b1 J( K; \5 X6 Z$ O+ lGeothermal and tidal wave energy - k0 |2 S# M; k7 V! o8 F
Photovoltaic for solar power applications $ i8 ~) ~$ ?0 j( [5 f
Waste products as fuel : F5 `+ J+ @# P; R$ n
Other sustainable energy# Q/ [2 a* K$ e$ {4 J2 t
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Power System Management - i, ?! e9 p! G+ A9 P6 a
Power system management technologies ) h& Y, D! S0 \3 Z$ cIntegrated substation automation technologies 0 z4 F7 `' M: Q+ `: B
Power system monitoring and mitigation technologies - L2 O4 j# y; F# l! j5 tOnline monitoring and fault diagnosis system . a8 l2 N* i3 N" K7 A& y8 P/ }, \8 ZControl strategies for modern power system stability ( K" O L+ |: w HModeling and simulation of large power systems 1 R* f+ g3 J5 ]5 M8 b# L" k& HApplication of wide area measurement system * m1 D J- u' I, cPower system analysis and optimization 0 p i3 o4 y9 VLoad modeling, estimation and forecast 4 E$ u" N6 B% T K9 e$ KPower system planning and operation 5 _: ^) S9 J8 g1 @ v: O7 s 4 ?3 [2 I! g9 RPower Transmission and Distribution ) C( A8 ]* d8 l4 h
Ultra High Voltage (UHV) technologies ( e0 k% t2 z( \( i5 o
HVDC and flexible AC transmission system 1 p: L$ K+ K. o( s7 ^
Over-voltage, lightning protection and grounding % g* q8 g) I" y8 eElectromagnetic transient in high voltage power systems ' |2 d! h" I; f/ |Insulation condition monitoring in power systems ( V% k$ W) P1 G: d* O' EAdvanced distribution and SCADA technologies ' m+ ?1 s3 v- L' A9 E# e) }Electromagnetic compatibility in power systems # O* T) t$ H8 i/ Y9 z
Plasma physics and the pulsed power technology / s+ q& k# u: M! |# r0 q* EElectromagnetic analysis in power systems3 _6 g# b9 Y y" q. G5 l. |; l7 R
. Y3 | ]8 ^" k3 Y' e 9 B% a2 i3 d, cSmart Grid Technologies % {5 p: |6 P2 m; e) b4 A8 |
Modeling of Grid environments 0 t. N: p( n5 @0 G( wAgent-based mechanisms for Grid markets 3 w2 r# r% I/ x5 K9 u; J
Resource allocation in Grid scenarios / R+ w8 p0 f. p3 V- ^Automated negotiation for Grid resource allocation 4 J3 L3 @4 r6 E$ H. J
Agent-based simulation of Grid environments and markets . N9 s/ Y: b& W i- K* {2 C+ DAgent-based Computational Economics for Grid Y: s# m9 Q" N5 k, M
Engineering of Grid markets and Grid architectures 7 b4 A- P2 P7 h+ f0 R c+ O
Technical research on future application domains # _, |9 C7 Q7 i9 O1 d0 l, O. G( W7 ?
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For more information about this conference, ; K9 W) }8 G8 [: [( jplease contact: appeec@scirp.org.