共享: 8 F- R$ b. h: K( Y; WIntegrated operation of embedded generation and distribution networks - UK study ! n' W% U7 i' M3 {! t 4 P! I# s* t% K7 f" b8 O0 E8 _/ o目录 , {( _/ t4 C' g9 u2 G. H0 ]6 o1 ?) T% g4 ?' Z! {' [( x* [
Executive summary.......................................................................................................41 r) a+ g K* b+ T, r( l
1. Control Strategies for Close Integration of Embedded Generation and Distribution Networks..................................................................................................9( Q h& n7 v/ r3 t
1.1. Background..............................................................................................................9 + H7 P" g0 t2 C0 o8 _1.2. From Passive to Active Distribution Networks.....................................................111 K7 ?/ C0 R* {3 \# s. ~
1.3. Active Management of Voltage Rise Effect in Rural Areas..................................16 7 e6 U7 `' T3 ~! x' q, K1.4. Qualitative Analysis of Options for Control of Voltage Rise Effect.....................187 h1 t3 u! {% \1 V2 s7 D, T
1.4.1 Worst Case Scenario (Minimum Load Maximum Generation) Approach...19 . `- e! d8 H! @" S. w) R1.4.2 Managing the voltage rise effect by generation curtailment.........................20; s- B9 M0 T; x6 X9 ~ p8 ^
1.4.3 Managing the voltage rise effect by reactive compensation.........................21 " G1 j: d0 N- N, h# x1.4.4 Managing the voltage rise effect using coordinated voltage control............214 Q) v4 C" d- n" D( {4 g
1.5. Application to a characteristic situation.................................................................223 r# Y7 N; W) c$ _9 S% O
2. Distribution Management System for Close Integration of Embedded Generation and Distribution Networks.....................................................................27 % ]! K7 S5 E6 Z+ t) Y& B( U- r" y2.1. Introduction............................................................................................................279 P' R) N. R/ F" F* y) B
2.2. Design of a Distribution Management System Controller.....................................28/ q& y1 C9 }8 x) m# S. V: N3 E$ X
2.2.1 Outline of Operation.....................................................................................288 Q" z3 j" A# n5 u6 d! d
2.2.2 Network.........................................................................................................29 + j: f. `2 I( i3 Y3 E8 k5 i3 y2.2.3 Hardware Configurations..............................................................................31 + y; N% V9 Y. S2.2.4 Communications...........................................................................................35 " }! t& R7 F" a3 l' C. j2.2.5 Software........................................................................................................36 # N0 C- k7 _6 n' F/ ~2 u% H. ^2.3. State Estimation.....................................................................................................38& O* t1 ]+ h6 r/ g- A' S8 a$ H$ |* d
2.3.1 Background - Transmission State Estimation...............................................38% n4 p( C! @7 L) b( h
2.3.2 Distribution State Estimation........................................................................39 : [" P# W3 S1 u8 H2.3.3 A Distribution State Estimator......................................................................40+ @* V# R* H1 A# A2 s
2.4. Control Scheduling................................................................................................44 - Y: ]' \6 H: t3 T T! K( G) C2.4.1 Priority List...................................................................................................44 " u3 k/ A6 M2 t8 @1 `7 p1 P1 {+ O2 ?2.4.2 Optimal Power Flow.....................................................................................46) \: _' _3 F; T p) }! i* s7 \7 E8 p
2.5. Implementation......................................................................................................49 # ]( F9 p$ \. o" i- g+ p3. Quantifying the Benefits of Active Management of Distribution Networks..........53; ^- o. ?7 {) @& z: ^5 x3 ?
3.1. Introduction............................................................................................................53 W+ l! V" n( s _9 \+ M. G
3.2. Case Studies...........................................................................................................55: B5 H; y4 D& G2 i. C, ^' X# L* B
3.2.1 Description of the System.............................................................................55 ; k3 \, m' {, k8 Q) X/ Y: ~4 `3.2.2 Base Case Scenarios.....................................................................................579 E9 t: J% m2 v+ ]6 F* J- l, H7 r
3.2.3 Tool for Modelling the Operation of an Active Distribution System...........57 % I4 v' O/ \3 r) X5 W" p3.2.4 Generation Curtailment.................................................................................59 : T [4 \ _$ q' W5 O3.2.5 Reactive Compensation and Voltage Control...............................................64$ {" ]( d- C( b- I6 k( S/ W
3.2.6 Area Based Voltage Control by OLTC.........................................................65 & M3 ~4 n$ S6 U9 Q# e/ J3.2.7 Area Based Voltage Control by OLTC and Voltage Regulator...................67" {1 G+ S" p, U1 o5 d
3.2.8 Impact of Voltage Controls on Losses..........................................................69 ) l/ p* U$ k2 t3 _6 H4. Commercial Arrangements to Support Active Management.................................72( S/ b: b( z5 B8 ^6 W( t& m
4.1. Background............................................................................................................72* d: n2 K. S! o6 v
4.2. Voltage Rise Effect and Connection Costs............................................................73 8 o3 `* X: u" F) L$ |+ B7 u2 c4.3. Problems with Present Arrangements....................................................................74 ; R/ I1 W, f! t+ x! f9 t( u4.4. Cost Benefit Analysis of Implementing Active Management of Distribution Networks............................................................................................77 % m" {" Q4 R3 p9 u4.5. Commercial Arrangements for Active Distribution Networks..............................81 X7 O6 v% h8 y- P5 w- {
4.6. Unbundling of Distribution Network Services......................................................82 3 F* q1 Q z. Z+ n5. Conclusions..................................................................................................................880 R* ~7 l$ \ \, Y# c; c% a
6. References....................................................................................................................92- i) g7 o3 ]- B
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