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ACOPR57.SIF
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ACOPR57.SIF
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***************************
* SET UP THE INITIAL DATA *
***************************
NAME ACOPR57
* Problem :
* *********
* An AC Optimal Power Flow (OPF) problem for the IEEE 57 Bus
* Power Systems Test Case from the archive:
* http://www.ee.washington.edu/research/pstca/
* Rectangular formulation due to
* Anya Castillo, Johns Hopkins University, [email protected]
* variables:
* R (= v^R) - real voltage
* I (= v^I) - imaginary voltage
* P - real power component
* Q - imaginary (reactive) power component
* constants
* PD, QD - constant loads (= withdrawl of power from the network)
* Pmin, Pmax - real power limits
* Qmin, Qmax - imaginary realtive) power limits
* Mmin, Mmax - voltage modulus limits
* Amin, Amax - voltage phase aplitude limits
* Smax - thermal limits
* objective function:
* ------------------
* sum_{i in nodes} f_i(P_i) = a_i P_i^2 + b_i P_i
* real power flow constraints:
* ---------------------------
* R_i * ( G * R - B * I ) + I_i * ( G * I + B * R )
* - P_i + PD_i = 0 for all nodes i
* reactive power flow constraints:
* -------------------------------
* I_i * ( G * R - B * I ) - R_i * ( G * I + B * R )
* - Q_i + QD_i = 0 for all nodes i
* line thermal limit constraints:
* ------------------------------
* f_i(A,M) <= Smax_i and t_i(A,M) <= Smax_i for all lines i
* here if we write v = R + i I,
* f_i = ( v_j(i) . ( Yf * v )_i ) * conj( v_j(i) . ( Yf * v )_i )
* t_i = ( v_j(i) . ( Yt * v )_i ) * conj( v_j(i) . ( Yt * v )_i )
* where the nodes j(i) and
* Yf = Yf^R + i Yf^I and Yt = Yt^R + i Yt^I are given
* This leads to
* f_i = ( R_j . Yf^R R - R_j . Yf^I I + I_j . Yf^R I + I_j . Yf^I R )^2 +
* ( I_j . Yf^R R - I_j . Yf^I I - R_j . Yf^R I - R_j . Yf^I R )^2
* and
* t_i = ( R_j . Yt^R R - R_j . Yt^I I + I_j . Yt^R I + I_j . Yt^I R )^2 +
* ( I_j . Yt^R R - I_j . Yt^I I - R_j . Yt^R I - R_j . Yt^I R )^2
* if Yt^R R = sum_k Yt_k^R R_k (etc), we have
* f_i = ( sum_k [ R_j . Yf^R_k R_k - R_j . Yf^I_k I_k +
* I_j . Yf^R_k I_k + I_j . Yf^I_k R_k ] )^2 +
* ( sum_k [ I_j . Yf^R_k R_k - I_j . Yf^I_k I_k -
* R_j . Yf^R_k I_k - R_j . Yf^I_k R_k ] )^2
* = sum_k [ ( Yf^R_k^2 + Yf^I_k^2 ) R_j^2 R_k^2
* + ( Yf^R_k^2 + Yf^I_k^2 ) I_j^2 I_k^2
* + ( Yf^R_k^2 + Yf^I_k^2 ) R_j^2 I_k^2
* + ( Yf^R_k^2 + Yf^I_k^2 ) I_j^2 R_k^2 ] +
* sum_k sum_l>k [ 2 ( Yf^R_k Yf^R_l + Yf^I_k Yf^I_l )
* R_j^2 R_k R_l
* + 2 ( Yf^R_k Yf^R_l + Yf^I_k Yf^I_l )
* R_j^2 I_k I_l
* + 2 ( Yf^R_k Yf^R_l + Yf^I_k Yf^I_l )
* I_j^2 R_k R_l
* + 2 ( Yf^R_k Yf^R_l + Yf^I_k Yf^I_l )
* I_j^2 I_k I_l
* + 2 ( Yf^R_k Yf^I_l - Yf^I_k Yf^R_l )
* R_j^2 I_k R_l
* - 2 ( Yf^R_k Yf^I_l - Yf^I_k Yf^R_l )
* R_j^2 R_k I_l
* + 2 ( Yf^R_k Yf^I_l - Yf^I_k Yf^R_l )
* I_j^2 I_k R_l
* - 2 ( Yf^R_k Yf^I_l - Yf^I_k Yf^R_l )
* I_j^2 R_k I_l ]
* and similarly for t_i
* [ ** NOT USED **
* maximum phase-amplitude difference constraints:
* Amin_ij <= A_i - A_j <= Amax_ij for all interconnects i and j ]
* node voltage modulus limits:
* ---------------------------
* Mmin_i^2 <= R_i^2 + I_i^2 <= Mmax_i^2 for all nodes i
* generator real power limits:
* ---------------------------
* Pmin_i <= P_i <= Pmax_i for all nodes i
* generator reactive power limits:
* -------------------------------
* Qmin_i <= Q_i <= Qmax_i for all nodes i
* SIF input: Nick Gould, August 2011
* classification QOR2-AN-128-331
* number of nodes
IE NODES 57
* number of power limits
IE LIMITS 7
* number of lines
IE LINES 80
* other parameter definitions
IE 1 1
VARIABLES
DO I 1 NODES
X R(I)
X I(I)
ND
DO I 1 LIMITS
X P(I)
X Q(I)
ND
GROUPS
* objective function
N OBJ P1 2000.0
N OBJ P2 4000.0
N OBJ P3 2000.0
N OBJ P4 4000.0
N OBJ P5 2000.0
N OBJ P6 4000.0
N OBJ P7 2000.0
* real power flow constraints
DO I 1 NODES
XE RP(I)
ND
* reactive power flow constraints
DO I 1 NODES
XE IP(I)
ND
E RP1 P1 -1.0
E IP1 Q1 -1.0
E RP2 P2 -1.0
E IP2 Q2 -1.0
E RP3 P3 -1.0
E IP3 Q3 -1.0
E RP6 P4 -1.0
E IP6 Q4 -1.0
E RP8 P5 -1.0
E IP8 Q5 -1.0
E RP9 P6 -1.0
E IP9 Q6 -1.0
E RP12 P7 -1.0
E IP12 Q7 -1.0
* thermal limit inequality constraint, from-node
DO I 1 LINES
XL FN(I)
ND
* thermal limit inequality constraint, to-node
DO I 1 LINES
XL TN(I)
ND
* node voltage modulus limits:
DO I 1 NODES
XG VM(I)
ND
RHS
X ACOPR57 RP1 -0.55
X ACOPR57 RP2 -0.03
X ACOPR57 RP3 -0.41
X ACOPR57 RP5 -0.13
X ACOPR57 RP6 -0.75
X ACOPR57 RP8 -1.5
X ACOPR57 RP9 -1.21
X ACOPR57 RP10 -0.05
X ACOPR57 RP12 -3.77
X ACOPR57 RP13 -0.18
X ACOPR57 RP14 -0.105
X ACOPR57 RP15 -0.22
X ACOPR57 RP16 -0.43
X ACOPR57 RP17 -0.42
X ACOPR57 RP18 -0.272
X ACOPR57 RP19 -0.033
X ACOPR57 RP20 -0.023
X ACOPR57 RP23 -0.063
X ACOPR57 RP25 -0.063
X ACOPR57 RP27 -0.093
X ACOPR57 RP28 -0.046
X ACOPR57 RP29 -0.17
X ACOPR57 RP30 -0.036
X ACOPR57 RP31 -0.058
X ACOPR57 RP32 -0.016
X ACOPR57 RP33 -0.038
X ACOPR57 RP35 -0.06
X ACOPR57 RP38 -0.14
X ACOPR57 RP41 -0.063
X ACOPR57 RP42 -0.071
X ACOPR57 RP43 -0.02
X ACOPR57 RP44 -0.12
X ACOPR57 RP47 -0.297
X ACOPR57 RP49 -0.18
X ACOPR57 RP50 -0.21
X ACOPR57 RP51 -0.18
X ACOPR57 RP52 -0.049
X ACOPR57 RP53 -0.2
X ACOPR57 RP54 -0.041
X ACOPR57 RP55 -0.068
X ACOPR57 RP56 -0.076
X ACOPR57 RP57 -0.067
X ACOPR57 IP1 -0.17
X ACOPR57 IP2 -0.88
X ACOPR57 IP3 -0.21
X ACOPR57 IP5 -0.04
X ACOPR57 IP6 -0.02
X ACOPR57 IP8 -0.22
X ACOPR57 IP9 -0.26
X ACOPR57 IP10 -0.02
X ACOPR57 IP12 -0.24
X ACOPR57 IP13 -0.023
X ACOPR57 IP14 -0.053
X ACOPR57 IP15 -0.05
X ACOPR57 IP16 -0.03
X ACOPR57 IP17 -0.08
X ACOPR57 IP18 -0.098
X ACOPR57 IP19 -0.006
X ACOPR57 IP20 -0.01
X ACOPR57 IP23 -0.021
X ACOPR57 IP25 -0.032
X ACOPR57 IP27 -0.005
X ACOPR57 IP28 -0.023
X ACOPR57 IP29 -0.026
X ACOPR57 IP30 -0.018
X ACOPR57 IP31 -0.029
X ACOPR57 IP32 -0.008
X ACOPR57 IP33 -0.019
X ACOPR57 IP35 -0.03
X ACOPR57 IP38 -0.07
X ACOPR57 IP41 -0.03
X ACOPR57 IP42 -0.044
X ACOPR57 IP43 -0.01
X ACOPR57 IP44 -0.018
X ACOPR57 IP47 -0.116
X ACOPR57 IP49 -0.085
X ACOPR57 IP50 -0.105
X ACOPR57 IP51 -0.053
X ACOPR57 IP52 -0.022
X ACOPR57 IP53 -0.1
X ACOPR57 IP54 -0.014
X ACOPR57 IP55 -0.034
X ACOPR57 IP56 -0.022
X ACOPR57 IP57 -0.02
X ACOPR57 FN1 9801.0
X ACOPR57 FN2 9801.0
X ACOPR57 FN3 9801.0
X ACOPR57 FN4 9801.0
X ACOPR57 FN5 9801.0
X ACOPR57 FN6 9801.0
X ACOPR57 FN7 9801.0
X ACOPR57 FN8 9801.0
X ACOPR57 FN9 9801.0
X ACOPR57 FN10 9801.0
X ACOPR57 FN11 9801.0
X ACOPR57 FN12 9801.0
X ACOPR57 FN13 9801.0
X ACOPR57 FN14 9801.0
X ACOPR57 FN15 9801.0
X ACOPR57 FN16 9801.0
X ACOPR57 FN17 9801.0
X ACOPR57 FN18 9801.0
X ACOPR57 FN19 9801.0
X ACOPR57 FN20 9801.0
X ACOPR57 FN21 9801.0
X ACOPR57 FN22 9801.0
X ACOPR57 FN23 9801.0
X ACOPR57 FN24 9801.0
X ACOPR57 FN25 9801.0
X ACOPR57 FN26 9801.0
X ACOPR57 FN27 9801.0
X ACOPR57 FN28 9801.0
X ACOPR57 FN29 9801.0
X ACOPR57 FN30 9801.0
X ACOPR57 FN31 9801.0
X ACOPR57 FN32 9801.0
X ACOPR57 FN33 9801.0
X ACOPR57 FN34 9801.0
X ACOPR57 FN35 9801.0
X ACOPR57 FN36 9801.0
X ACOPR57 FN37 9801.0
X ACOPR57 FN38 9801.0
X ACOPR57 FN39 9801.0
X ACOPR57 FN40 9801.0
X ACOPR57 FN41 9801.0
X ACOPR57 FN42 9801.0
X ACOPR57 FN43 9801.0
X ACOPR57 FN44 9801.0
X ACOPR57 FN45 9801.0
X ACOPR57 FN46 9801.0
X ACOPR57 FN47 9801.0
X ACOPR57 FN48 9801.0
X ACOPR57 FN49 9801.0
X ACOPR57 FN50 9801.0
X ACOPR57 FN51 9801.0
X ACOPR57 FN52 9801.0
X ACOPR57 FN53 9801.0
X ACOPR57 FN54 9801.0
X ACOPR57 FN55 9801.0
X ACOPR57 FN56 9801.0
X ACOPR57 FN57 9801.0
X ACOPR57 FN58 9801.0
X ACOPR57 FN59 9801.0
X ACOPR57 FN60 9801.0
X ACOPR57 FN61 9801.0
X ACOPR57 FN62 9801.0
X ACOPR57 FN63 9801.0
X ACOPR57 FN64 9801.0
X ACOPR57 FN65 9801.0
X ACOPR57 FN66 9801.0
X ACOPR57 FN67 9801.0
X ACOPR57 FN68 9801.0
X ACOPR57 FN69 9801.0
X ACOPR57 FN70 9801.0
X ACOPR57 FN71 9801.0
X ACOPR57 FN72 9801.0
X ACOPR57 FN73 9801.0
X ACOPR57 FN74 9801.0
X ACOPR57 FN75 9801.0
X ACOPR57 FN76 9801.0
X ACOPR57 FN77 9801.0
X ACOPR57 FN78 9801.0
X ACOPR57 FN79 9801.0
X ACOPR57 FN80 9801.0
X ACOPR57 TN1 9801.0
X ACOPR57 TN2 9801.0
X ACOPR57 TN3 9801.0
X ACOPR57 TN4 9801.0
X ACOPR57 TN5 9801.0
X ACOPR57 TN6 9801.0
X ACOPR57 TN7 9801.0
X ACOPR57 TN8 9801.0
X ACOPR57 TN9 9801.0
X ACOPR57 TN10 9801.0
X ACOPR57 TN11 9801.0
X ACOPR57 TN12 9801.0
X ACOPR57 TN13 9801.0
X ACOPR57 TN14 9801.0
X ACOPR57 TN15 9801.0
X ACOPR57 TN16 9801.0
X ACOPR57 TN17 9801.0
X ACOPR57 TN18 9801.0
X ACOPR57 TN19 9801.0
X ACOPR57 TN20 9801.0
X ACOPR57 TN21 9801.0
X ACOPR57 TN22 9801.0
X ACOPR57 TN23 9801.0
X ACOPR57 TN24 9801.0
X ACOPR57 TN25 9801.0
X ACOPR57 TN26 9801.0
X ACOPR57 TN27 9801.0
X ACOPR57 TN28 9801.0
X ACOPR57 TN29 9801.0
X ACOPR57 TN30 9801.0
X ACOPR57 TN31 9801.0
X ACOPR57 TN32 9801.0
X ACOPR57 TN33 9801.0
X ACOPR57 TN34 9801.0
X ACOPR57 TN35 9801.0
X ACOPR57 TN36 9801.0
X ACOPR57 TN37 9801.0
X ACOPR57 TN38 9801.0
X ACOPR57 TN39 9801.0
X ACOPR57 TN40 9801.0
X ACOPR57 TN41 9801.0
X ACOPR57 TN42 9801.0
X ACOPR57 TN43 9801.0
X ACOPR57 TN44 9801.0
X ACOPR57 TN45 9801.0
X ACOPR57 TN46 9801.0
X ACOPR57 TN47 9801.0
X ACOPR57 TN48 9801.0
X ACOPR57 TN49 9801.0
X ACOPR57 TN50 9801.0
X ACOPR57 TN51 9801.0
X ACOPR57 TN52 9801.0
X ACOPR57 TN53 9801.0
X ACOPR57 TN54 9801.0
X ACOPR57 TN55 9801.0
X ACOPR57 TN56 9801.0
X ACOPR57 TN57 9801.0
X ACOPR57 TN58 9801.0
X ACOPR57 TN59 9801.0
X ACOPR57 TN60 9801.0
X ACOPR57 TN61 9801.0
X ACOPR57 TN62 9801.0
X ACOPR57 TN63 9801.0
X ACOPR57 TN64 9801.0
X ACOPR57 TN65 9801.0
X ACOPR57 TN66 9801.0
X ACOPR57 TN67 9801.0
X ACOPR57 TN68 9801.0
X ACOPR57 TN69 9801.0
X ACOPR57 TN70 9801.0
X ACOPR57 TN71 9801.0
X ACOPR57 TN72 9801.0
X ACOPR57 TN73 9801.0
X ACOPR57 TN74 9801.0
X ACOPR57 TN75 9801.0
X ACOPR57 TN76 9801.0
X ACOPR57 TN77 9801.0
X ACOPR57 TN78 9801.0
X ACOPR57 TN79 9801.0
X ACOPR57 TN80 9801.0
X ACOPR57 VM1 0.8836
X ACOPR57 VM2 0.8836
X ACOPR57 VM3 0.8836
X ACOPR57 VM4 0.8836
X ACOPR57 VM5 0.8836
X ACOPR57 VM6 0.8836
X ACOPR57 VM7 0.8836
X ACOPR57 VM8 0.8836
X ACOPR57 VM9 0.8836
X ACOPR57 VM10 0.8836
X ACOPR57 VM11 0.8836
X ACOPR57 VM12 0.8836
X ACOPR57 VM13 0.8836
X ACOPR57 VM14 0.8836
X ACOPR57 VM15 0.8836
X ACOPR57 VM16 0.8836
X ACOPR57 VM17 0.8836
X ACOPR57 VM18 0.8836
X ACOPR57 VM19 0.8836
X ACOPR57 VM20 0.8836
X ACOPR57 VM21 0.8836
X ACOPR57 VM22 0.8836
X ACOPR57 VM23 0.8836
X ACOPR57 VM24 0.8836
X ACOPR57 VM25 0.8836
X ACOPR57 VM26 0.8836
X ACOPR57 VM27 0.8836
X ACOPR57 VM28 0.8836
X ACOPR57 VM29 0.8836
X ACOPR57 VM30 0.8836
X ACOPR57 VM31 0.8836
X ACOPR57 VM32 0.8836
X ACOPR57 VM33 0.8836
X ACOPR57 VM34 0.8836
X ACOPR57 VM35 0.8836
X ACOPR57 VM36 0.8836
X ACOPR57 VM37 0.8836
X ACOPR57 VM38 0.8836
X ACOPR57 VM39 0.8836
X ACOPR57 VM40 0.8836
X ACOPR57 VM41 0.8836
X ACOPR57 VM42 0.8836
X ACOPR57 VM43 0.8836
X ACOPR57 VM44 0.8836
X ACOPR57 VM45 0.8836
X ACOPR57 VM46 0.8836
X ACOPR57 VM47 0.8836
X ACOPR57 VM48 0.8836
X ACOPR57 VM49 0.8836
X ACOPR57 VM50 0.8836
X ACOPR57 VM51 0.8836
X ACOPR57 VM52 0.8836
X ACOPR57 VM53 0.8836
X ACOPR57 VM54 0.8836
X ACOPR57 VM55 0.8836
X ACOPR57 VM56 0.8836
X ACOPR57 VM57 0.8836
RANGES
X ACOPR57 VM1 0.24
X ACOPR57 VM2 0.24
X ACOPR57 VM3 0.24
X ACOPR57 VM4 0.24
X ACOPR57 VM5 0.24
X ACOPR57 VM6 0.24
X ACOPR57 VM7 0.24
X ACOPR57 VM8 0.24
X ACOPR57 VM9 0.24
X ACOPR57 VM10 0.24
X ACOPR57 VM11 0.24
X ACOPR57 VM12 0.24
X ACOPR57 VM13 0.24
X ACOPR57 VM14 0.24
X ACOPR57 VM15 0.24
X ACOPR57 VM16 0.24
X ACOPR57 VM17 0.24
X ACOPR57 VM18 0.24
X ACOPR57 VM19 0.24
X ACOPR57 VM20 0.24
X ACOPR57 VM21 0.24
X ACOPR57 VM22 0.24
X ACOPR57 VM23 0.24
X ACOPR57 VM24 0.24
X ACOPR57 VM25 0.24
X ACOPR57 VM26 0.24
X ACOPR57 VM27 0.24
X ACOPR57 VM28 0.24
X ACOPR57 VM29 0.24
X ACOPR57 VM30 0.24
X ACOPR57 VM31 0.24
X ACOPR57 VM32 0.24
X ACOPR57 VM33 0.24
X ACOPR57 VM34 0.24
X ACOPR57 VM35 0.24
X ACOPR57 VM36 0.24
X ACOPR57 VM37 0.24
X ACOPR57 VM38 0.24
X ACOPR57 VM39 0.24
X ACOPR57 VM40 0.24
X ACOPR57 VM41 0.24
X ACOPR57 VM42 0.24
X ACOPR57 VM43 0.24
X ACOPR57 VM44 0.24
X ACOPR57 VM45 0.24
X ACOPR57 VM46 0.24
X ACOPR57 VM47 0.24
X ACOPR57 VM48 0.24
X ACOPR57 VM49 0.24
X ACOPR57 VM50 0.24
X ACOPR57 VM51 0.24
X ACOPR57 VM52 0.24
X ACOPR57 VM53 0.24
X ACOPR57 VM54 0.24
X ACOPR57 VM55 0.24
X ACOPR57 VM56 0.24
X ACOPR57 VM57 0.24
BOUNDS
LO ACOPR57 'DEFAULT' -1.0D+30
UP ACOPR57 'DEFAULT' 1.0D+30
LO ACOPR57 P1 0.0
UP ACOPR57 P1 5.7588
LO ACOPR57 P2 0.0
UP ACOPR57 P2 1.0
LO ACOPR57 P3 0.0
UP ACOPR57 P3 1.4
LO ACOPR57 P4 0.0
UP ACOPR57 P4 1.0
LO ACOPR57 P5 0.0
UP ACOPR57 P5 5.5
LO ACOPR57 P6 0.0
UP ACOPR57 P6 1.0
LO ACOPR57 P7 0.0
UP ACOPR57 P7 4.1
LO ACOPR57 Q1 -1.4
UP ACOPR57 Q1 2.0
LO ACOPR57 Q2 -0.17
UP ACOPR57 Q2 0.5
LO ACOPR57 Q3 -0.1
UP ACOPR57 Q3 0.6
LO ACOPR57 Q4 -0.08
UP ACOPR57 Q4 0.25
LO ACOPR57 Q5 -1.4
UP ACOPR57 Q5 2.0
LO ACOPR57 Q6 -0.03
UP ACOPR57 Q6 0.09
LO ACOPR57 Q7 -1.5
UP ACOPR57 Q7 1.55
START POINT
V ACOPR57 'DEFAULT' 0.0
V ACOPR57 R1 1.04
V ACOPR57 R2 1.0097858122
V ACOPR57 R3 0.9796578426
V ACOPR57 R4 0.9730048777
V ACOPR57 R5 0.9652290669
V ACOPR57 R6 0.9688530001
V ACOPR57 R7 0.9754014597
V ACOPR57 R8 1.0019703497
V ACOPR57 R9 0.9663899788
V ACOPR57 R10 0.9664452014
V ACOPR57 R11 0.9586967013
V ACOPR57 R12 0.9981326207
V ACOPR57 R13 0.9647434012
V ACOPR57 R14 0.9571678366
V ACOPR57 R15 0.9802524897
V ACOPR57 R16 1.0009397283
V ACOPR57 R17 1.0125032068
V ACOPR57 R18 0.9801665900
V ACOPR57 R19 0.9443715357
V ACOPR57 R20 0.9377169407
V ACOPR57 R21 0.9825985449
V ACOPR57 R22 0.9847443911
V ACOPR57 R23 0.9825199925
V ACOPR57 R24 0.9724058792
V ACOPR57 R25 0.9332465787
V ACOPR57 R26 0.9346087945
V ACOPR57 R27 0.9623543411
V ACOPR57 R28 0.9804633229
V ACOPR57 R29 0.9954116196
V ACOPR57 R30 0.9113238939
V ACOPR57 R31 0.8831815003
V ACOPR57 R32 0.9001691523
V ACOPR57 R33 0.8980625014
V ACOPR57 R34 0.9301072626
V ACOPR57 R35 0.9378739013
V ACOPR57 R36 0.9486739772
V ACOPR57 R37 0.9581443845
V ACOPR57 R38 0.9881776087
V ACOPR57 R39 0.9559996038
V ACOPR57 R40 0.9456381320
V ACOPR57 R41 0.9662039032
V ACOPR57 R42 0.9308670178
V ACOPR57 R43 0.9903170462
V ACOPR57 R44 0.9952898002
V ACOPR57 R45 1.0225282358
V ACOPR57 R46 1.0274722076
V ACOPR57 R47 1.0085527824
V ACOPR57 R48 1.0023056004
V ACOPR57 R49 1.0097718012
V ACOPR57 R50 0.9951910861
V ACOPR57 R51 1.0269838566
V ACOPR57 R52 0.9604283799
V ACOPR57 R53 0.9489632626
V ACOPR57 R54 0.9753411560
V ACOPR57 R55 1.0128055299
V ACOPR57 R56 0.9303148215
V ACOPR57 R57 0.9249735264
V ACOPR57 I2 -0.020799363
V ACOPR57 I3 -0.102447602
V ACOPR57 I4 -0.124990031
V ACOPR57 I5 -0.144598922
V ACOPR57 I6 -0.147390176
V ACOPR57 I7 -0.129799816
V ACOPR57 I8 -0.077977036
V ACOPR57 I9 -0.162758744
V ACOPR57 I10 -0.195396193
V ACOPR57 I11 -0.171978588
V ACOPR57 I12 -0.184272275
V ACOPR57 I13 -0.166466722
V ACOPR57 I14 -0.157256899
V ACOPR57 I15 -0.123487069
V ACOPR57 I16 -0.155848196
V ACOPR57 I17 -0.095531440
V ACOPR57 I18 -0.203161157
V ACOPR57 I19 -0.221500344
V ACOPR57 I20 -0.223568644
V ACOPR57 I21 -0.224864624
V ACOPR57 I22 -0.224451518
V ACOPR57 I23 -0.225207602
V ACOPR57 I24 -0.228971190
V ACOPR57 I25 -0.305572942
V ACOPR57 I26 -0.214912543
V ACOPR57 I27 -0.195443398
V ACOPR57 I28 -0.180833272
V ACOPR57 I29 -0.171042998
V ACOPR57 I30 -0.308111603
V ACOPR57 I31 -0.309978124
V ACOPR57 I32 -0.300493755
V ACOPR57 I33 -0.300487509
V ACOPR57 I34 -0.233626796
V ACOPR57 I35 -0.231405585
V ACOPR57 I36 -0.229333131
V ACOPR57 I37 -0.228438916
V ACOPR57 I38 -0.222876677
V ACOPR57 I39 -0.228809434
V ACOPR57 I40 -0.229123379
V ACOPR57 I41 -0.241797471
V ACOPR57 I42 -0.258152271
V ACOPR57 I43 -0.198424161
V ACOPR57 I44 -0.209014864
V ACOPR57 I45 -0.166529297
V ACOPR57 I46 -0.216335070
V ACOPR57 I47 -0.223406098
V ACOPR57 I48 -0.223858177
V ACOPR57 I49 -0.231639611
V ACOPR57 I50 -0.236904415
V ACOPR57 I51 -0.228052972
V ACOPR57 I52 -0.194877723
V ACOPR57 I53 -0.205693281
V ACOPR57 I54 -0.201805920
V ACOPR57 I55 -0.192836611
V ACOPR57 I56 -0.267466507
V ACOPR57 I57 -0.275043588
V ACOPR57 P1 1.289
V ACOPR57 P3 0.4
V ACOPR57 P5 4.5
V ACOPR57 P7 3.1
V ACOPR57 Q1 -0.161
V ACOPR57 Q2 -0.008
V ACOPR57 Q3 -0.01
V ACOPR57 Q4 0.008
V ACOPR57 Q5 0.621
V ACOPR57 Q6 0.022
V ACOPR57 Q7 1.285
QUADRATIC
X P1 P1 1551.59
X P2 P2 200.0
X P3 P3 5000.0
X P4 P4 200.0
X P5 P5 444.444
X P6 P6 200.0
X P7 P7 645.162
ELEMENT TYPE
EV P2 V1
EV P4 V1
EV P11 V1 V2
EV P31 V1 V2
EV P22 V1 V2
EV P211 V1 V2
EV P211 V3
ELEMENT USES
T F1 P2
V F1 V1 R1
T F2 P2
V F2 V1 I1
T F3 P2
V F3 V1 R1
T F4 P2
V F4 V1 I1
T F5 P11
V F5 V1 R1
V F5 V2 R2
T F6 P11
V F6 V1 I1
V F6 V2 I2
T F7 P11
V F7 V1 R1
V F7 V2 I2
T F8 P11
V F8 V1 I1
V F8 V2 R2
T F9 P11
V F9 V1 I1
V F9 V2 R2
T F10 P11
V F10 V1 R1
V F10 V2 I2
T F11 P11
V F11 V1 I1
V F11 V2 I2
T F12 P11
V F12 V1 R1
V F12 V2 R2
T F13 P11
V F13 V1 R1
V F13 V2 R15
T F14 P11
V F14 V1 I1
V F14 V2 I15
T F15 P11
V F15 V1 R1
V F15 V2 I15
T F16 P11
V F16 V1 I1
V F16 V2 R15
T F17 P11
V F17 V1 I1
V F17 V2 R15
T F18 P11
V F18 V1 R1
V F18 V2 I15
T F19 P11
V F19 V1 I1
V F19 V2 I15
T F20 P11
V F20 V1 R1
V F20 V2 R15
T F21 P11
V F21 V1 R1
V F21 V2 R16
T F22 P11
V F22 V1 I1
V F22 V2 I16
T F23 P11
V F23 V1 R1
V F23 V2 I16
T F24 P11
V F24 V1 I1
V F24 V2 R16
T F25 P11
V F25 V1 I1
V F25 V2 R16
T F26 P11
V F26 V1 R1
V F26 V2 I16
T F27 P11
V F27 V1 I1
V F27 V2 I16
T F28 P11
V F28 V1 R1
V F28 V2 R16
T F29 P11
V F29 V1 R1
V F29 V2 R17
T F30 P11
V F30 V1 I1
V F30 V2 I17
T F31 P11
V F31 V1 R1
V F31 V2 I17
T F32 P11
V F32 V1 I1
V F32 V2 R17
T F33 P11
V F33 V1 I1
V F33 V2 R17
T F34 P11
V F34 V1 R1
V F34 V2 I17
T F35 P11
V F35 V1 I1
V F35 V2 I17
T F36 P11
V F36 V1 R1
V F36 V2 R17
T F37 P11
V F37 V1 R2
V F37 V2 R1
T F38 P11
V F38 V1 I2
V F38 V2 I1
T F39 P11
V F39 V1 R2
V F39 V2 I1
T F40 P11
V F40 V1 I2
V F40 V2 R1
T F41 P11
V F41 V1 I2
V F41 V2 R1
T F42 P11
V F42 V1 R2
V F42 V2 I1
T F43 P11
V F43 V1 I2
V F43 V2 I1
T F44 P11
V F44 V1 R2
V F44 V2 R1
T F45 P2
V F45 V1 R2
T F46 P2
V F46 V1 I2
T F47 P2
V F47 V1 R2
T F48 P2
V F48 V1 I2
T F49 P11
V F49 V1 R2
V F49 V2 R3
T F50 P11
V F50 V1 I2
V F50 V2 I3
T F51 P11
V F51 V1 R2
V F51 V2 I3
T F52 P11
V F52 V1 I2
V F52 V2 R3
T F53 P11
V F53 V1 I2
V F53 V2 R3
T F54 P11
V F54 V1 R2
V F54 V2 I3
T F55 P11
V F55 V1 I2
V F55 V2 I3
T F56 P11
V F56 V1 R2
V F56 V2 R3
T F57 P11
V F57 V1 R3
V F57 V2 R2
T F58 P11
V F58 V1 I3
V F58 V2 I2
T F59 P11
V F59 V1 R3
V F59 V2 I2
T F60 P11
V F60 V1 I3
V F60 V2 R2
T F61 P11
V F61 V1 I3
V F61 V2 R2
T F62 P11
V F62 V1 R3
V F62 V2 I2
T F63 P11
V F63 V1 I3
V F63 V2 I2
T F64 P11
V F64 V1 R3
V F64 V2 R2
T F65 P2
V F65 V1 R3
T F66 P2
V F66 V1 I3
T F67 P2
V F67 V1 R3
T F68 P2
V F68 V1 I3
T F69 P11
V F69 V1 R3
V F69 V2 R4
T F70 P11
V F70 V1 I3
V F70 V2 I4
T F71 P11
V F71 V1 R3
V F71 V2 I4
T F72 P11
V F72 V1 I3
V F72 V2 R4
T F73 P11
V F73 V1 I3
V F73 V2 R4
T F74 P11
V F74 V1 R3
V F74 V2 I4
T F75 P11
V F75 V1 I3
V F75 V2 I4
T F76 P11
V F76 V1 R3
V F76 V2 R4
T F77 P11
V F77 V1 R3
V F77 V2 R15
T F78 P11
V F78 V1 I3
V F78 V2 I15
T F79 P11
V F79 V1 R3
V F79 V2 I15
T F80 P11
V F80 V1 I3
V F80 V2 R15
T F81 P11
V F81 V1 I3
V F81 V2 R15
T F82 P11
V F82 V1 R3
V F82 V2 I15
T F83 P11
V F83 V1 I3
V F83 V2 I15
T F84 P11
V F84 V1 R3
V F84 V2 R15
T F85 P11
V F85 V1 R4
V F85 V2 R3
T F86 P11
V F86 V1 I4
V F86 V2 I3
T F87 P11
V F87 V1 R4
V F87 V2 I3
T F88 P11
V F88 V1 I4
V F88 V2 R3
T F89 P11
V F89 V1 I4
V F89 V2 R3