3 Hans Kr. Høidalen, NTNU-Norway
Contents
1. Type From Ta Or Pu scaling iaroup power B ENDA F D ID power B EMDB H B an V du iU U power B ENDC a TN 7 1 1 TT 1 PE Vs E Preview E power B BEGA al D E E power B BEGE D STAT i I power B BEGC D EE volt M MIDA 14563 1 Text Editor Belt EN MIDE 14523 1 File Edit Character Done Help va e3 fo fe 1 45ESHIDA MIDE HIDC BEG BEGE BEGC ENDA ENDE EHDC volt M MICC 145263 1 wd 1 E6 ENDA ENDE EHDC BEGA BEGB CONT 4 1 E6 BEGC 3i volt M BEGA 145e3 1 e volt MN BEGB 145283 1 id volt N BEGC 14563 i volt N ENDA 14583 i ATP Settings volt N ENDE 4563 i Simulation Output awitchzLIM Format Variables volt M END 14583 1 Switch study Universal machines energy B ENDA le d Statistic study Initialization enerqy B ENDE le 2 SEET a Automatic energy B END le z 1 O Manual energy B BEGE le 2 Units energy B BEGC le z Gi z 5 Optimization Variables Variable Minimum Maximum Best fit Optimization module m Ben e Gradient Method Object Function Solution Genetic Algorithm MEO ov Extrema 46365 6201 i MiniMax l Genetic Algorithm w Max ter 10 e C9 Minimize enetic algorithm settings simplex mee l l id EE Crossover P 0 96 Select variables with limits Resolution bie zl Inversion pn and cost function Selection Mutation P2. DATA LIMIT VALUE NODE PHASE MAME mT 3 5 Induction machine fitting Frequency Hz al BUS ABC BUS voltage L L pom 1n ROTM ABC FOT Input Entered Adjusted Weight Output pu Ohm H Fower hp 1000 iE JE Li Power factor 0 9 0 9 Rs ECEE 0 174199 Speed rpm 1500 MELIT 1 H ee TT me l M Efficiency 0 98 0 98 xs 0 083736 0 032156 Efficiency pu 0 98 TRO sources 1 TROS Slip 1 1 843 Ym 2 337387 1 781614 Slip z Va A H Va Current start b l At 0 083 36 0 032156 Start curr pu 5 x Kees ee Torque start 0 65 0 65 1 R1 D 018974 2 209034 Fase ente data gi wel el anetned 18 rn T B 5 SOMMER Maximum torque 2 5 2 853 D NS 00 D Model Start up Output GE Cage Factor Refit Rated torgue 4741 557 Mm Rotor Wound ba Moment of inertia unit kgm 2 M Hide sil Hans Kr H idalen NTNU Norway Windsyn in AI PDraw e Windsyn relaxes the fitting of the slip while AI PDraw now offers this as a part of the cost function Windsyn does the fitting iteratively without adjusting the stator resistance when slip efficiency or power factor becomes different Bugfixes hp conversion round off error mechanical vs electrical power motor vs generator efficiency e he TAGS section made smoother with less variables KVAR KWAT PUVT PUIM Slip Only relevant nodes presented in th
3. Hans Kr H idalen NTNU Norway 4 ATPDraw Honame ac p S n a S h ots 8 File Edi View ATP Library Tools Window Help Cie aig ea je ale Hybrid transformer SIMA Structure Ratings amp connections Number of phases 3 Frim Humber of windings L L voltage kV Type of core Deg stacked e Power MVA 230 sit Connections Y Data based on Ind Res Cap Core Phase shifts 1 Design param A e e Nodenames DV a Test frequency Hz Winding sequence ele Ext neutral connections core inner outer Hide core nodes T est report i E F amp Typical values Ge Ea Data MODE EDIT Modified d Inductance Resistance Capacitance Lore Performed at Average currents Relative dimensions SEC Zero seq available Ratios ref leg Area Length E MC s PlotXY plot OG positive sequence 2290 MWA Yoke 15 Volt Il Loss kM lav 4 4 Outer leg 0 54 2 5 75 moi 005 EI 875 1188 011 9375 1436 017 100 1786 03 106 29 2265 Ob View core Initialize View f Settings Order o Label i Comment www ntnu no k Hans Kr H idalen NTNU Norway Line Cable modeling Type Bergeron e Pl Line Cable Constants Cable Parameters Kon Bergeron PI JMarti Semlyen Noda _ emer Noda e View Cross section grounding Verify Frequency response power frequency params e Line Check Power freq test of line cable secti
4. Probes amp 3 phgse Branch Linear m W Branch Nonltdear EE Cable AP Lines Cables H switches SOURCES 1221 2 Machines transformers zZMNH d 11wy 10 70 583 Ev Regulation transformers 11 3 D B kv i E al gt SE 32k 22 2 mH Transformers MODELS TACS User Specified steady state All standard comp EI Modified Registered ATPDraw node naming What you see is what you get Connected nodes automatically get the same name Direct node overlap nodes connected nodes overlap Positioned on connection Warnings in case of duplicates and d disconnections l e 3 phase and n phase nodes Extensions A Z added automatically Objects for transposition and splitting Connection between n and single phase Transposition Splitter Connection Hans Kr Heidalen NTNU Norway ATPDraw Component dialog Editable data values Windows Clipboard support Branch output Edit local definitions Icon help pos name units Component RLC3 mn Attributes DATA LIMIT VALUE NODE PHASE MAME Node names Lt R 1 Ohms D INT BUST red user spec L 1 mH 22 18493 DUT 1 BUS L 1 uF 1 Hz Ohms 1 L2 mH 72 18493 Used for bz uF D sorting H3 Ohms 1 L3 mH 22 18433 Label on a screen Ba Cop Paste Reset Order 0 Label 22 2 mH Comment Comment in
5. 2006 Vector graphics multi phase cirucits new file handling Hans Kr H idalen NTNU Norway ATPDraw main windows Main menu file Edit View ATP Library AE ATPDraw Tool bar 3cG Hdus Side bar Selection Simulation z Probes amp S phase optional gt gt Branch Linear Branekrtfonlinear 4 Lines Cables Header 4 Lumped 9 4 ALC Piequiv 1 circuit file Padus name NE 341 ph cable Circuit RL Coupled 51 gt Distributed windows Switches Circuit gt Sources 4 Machines under MEG construction me Be Induction Wl i Sunchronaus wl m W indsun External UM Synchronous Be UMS Induction be UMA Induction H UME Single phase in LMS DC Transformer MODELS e TACS User Specified Steady state www ntnu no MODE EDIT n Ea Tools Windows Web Help v A D P ao G EI Zi 49 100 100 AEEUGTITAATPDrawProjectsExa 15 acp o LEE Circuit map k CMEEUGIVATPOraw Projects Exa_l4acp Calculation af harmonics in HvDC 24 pulse power supply utilizing zigzag transformers with 7 5 deg phase shift A model FOURIER calculates up to 26th harmonics using a recursive DFT routine Component The zigzag transformer implementation is documented in H K H idalen R Sporild Lsing zigzag Transformers with Phase shiftta reduce Harmonics in AC DC Systems IPSTOS Mantreal Canada selection menu
6. ATP file Output dii Component Current vi SVmtage not to ATP m High FEH m o He precision Hans Kr Heidalen NTNU Norway A PDraw capability e 30 000 nodes e 10 000 components e 10 000 connections e 1 000 text strings Upto 64 data and 32 nodes per component Upto 26 phases per node A Z extension e 28 phases in LCC module Circuit world is 10 000x10 000 pixels user 25 400 e 100 UnDo ReDo steps Hans Kr H idalen NTNU Norway Files in ATPDraw Project file acp Contains all circuit data e Support file sup Component definitions Used only when a component is added to the project Standard components ATPDraw scl User defined components Optionally in global library Data file alc bct xfm Contain special data Stored internally in data structure Optionally in global library Help file sup txt User specified help text Global help stored in sup file or HLP directory txt file Local help created under Edit definitions Edit definitionis Hans Kr H idalen NTNU Norway All standard components File Edit View ATP 3 4 d Branch 7 von ee om a oc re eile mile Y U 0 n sech 4 Connections WW h emm All available components Library mr AR Tan i3 Tools Windows Web L lump L distr zu a LINE Z T Ga ga DONE Z MT lm AESP ELE A ATP
7. T ER Add 0 0 OT 1st quad mm WA 2 ae E Es bel DE Sp i i i i 100 0 125 0 150 0 Hans Kr H idalen NTNU Norway atest news version 5 9 Internal parser TbcParser Assign a global variable to component data Can be a function of the simulation number KNT in multiple runs Alternative to ATP s PARAMETERS Almost transparent except for the logical operators Benefit allows parameterization of all data also those involved in internal calculations source amplitudes and phase shifts line lengths etc Relaxed restrictions in the FILE and syntax Sidebar shoutbox Chat with all online users oynchronous machine improvements Plot window enhancements Hans Kr H idalen NTNU Norway atest news version 5 8 Hybrid transformer further developed 4 windings Zigzag enhanced core settings new H f options e New synchronous machine 58 59 with multi masses and output control e LCC template Cross section in a template object length in a new LCC section object referencing the template Optional single phase view of LCC section e BCTRAN corrections e Grouping of MODELS UseAs surfaced e Enhanced voltage probes Web and MySQL connection Upload download forum e Support of png images Far better zooming of images Hans Kr Heidalen NTNU Norway Hybrid transformer e Extended to 4 windings e Y D Auto Zigzag New winding sequence specifier e Core
8. is Tolet EN values and properties M ona 20 Arrange rotate flip e Grouping for move copy Mode Select Modified 25 96 full Layer info Hans Kr Heidalen NTNU Norway Example 1 e Single phase to 3 phase connection 5 Edit connection z E Old New rte i TE i E Phase index 1 A si Pom Aa label 1 Phase label on screen Hide he Splitter carries Transpositions the single phase connection not Hans Kr H idalen NTNU Norway Example 2 e Multi ohase groups PULSE er gt NEG 6 phase e New component Collector Hans Kr H idalen NTNU Norway Extended probe capabilities e Steady state performance e Reads the LIS file Monitor 1 26 phases Display scaled steady state values Open Probe 1 490 Phases Monitor Steady state En In screen iv Curr Pow 2 None Cur phasor J Power Hau Scale 4 714 Cur Ampl P Add current hode F kl 49556 7 1 75 558 Heb S 21ES541 02E4 Hans Kr H idalen NTNU Norway Sele View ATP Library Tool Undo Gridsnap Chr DN Redo Chr X cut Ctrlt Ad Copy Ctrl C bai Paste Ctrl V EE Duplicate Ctrl D Del Grouping Clear dd Copy Graphics Ctrl wW e Select a group components connections text e Click on Edit Compress LI Select external data nodes t Select A Edit Text Ctrl T S
9. Import save Metafile Print Print Setup ER Exit Hans Kr H idalen NTNU Norway Edit View ATP Library Tools Undo Open Component Ctrl eZ A TPDraw Edit options EM Cr e Ctrl Ctrl C Ctrl i Ctrl D Del Ctrl T Ctrl R Ctrl L Ctrl F Ctrl i Du Rubber Bands Ctrl B Multiple documents B several circuit windows pem large circuit windows map scroll grid snapping CIE Circuit editing omm Copy Paste Export Import Rotate Flip pee Undo Redo 100 7 D Compress Extract multilevel Merge a collection into single icon select nodes and data Edit group e Dive down into the groups s content and inspect or edit Edit circuit go one level up Windows Clipboard Circuit drawings icons text circuit data Rubber bands Hans Kr H idalen NTNU Norway A PDraw View options e urn on off side bar and status bars e Customize main tool bar e Zooming e Centre circuit in window e Lock the circuit for moving child safety Default view options View Options Circuit Objects SEN Zoom 2 Made dots 100 Made names Drag over info Node size 4 if Red color default 100 v Branch output Grid paints Circuit size SI E Lock circuit 100 Apply Al CKI Gis Apply View ATP Library Tool status Bar Comment Line side Bar Toolbar Customize JP Zoo
10. Window e New line voltage 3 phase probe Select A B or A C convention Overview e Branch voltage probe changes from large resistor branch voltage to true voltage difference File menu Inclusion of MODELS in groups The UseAs name is brought out as part of the attributes of the mother object Internal Edit menu MODELS will get UseAs names with a n postfix Also fixes bug where thename of Models were not visible in the Compress Saken Right click for rotate is removed Shift has to be pressed instead context popup is shown more standard Windows Tod mieti behavior Beginners have difficulties with unintentional rotate Window menu e Edit group dialog changed The user must actively check Set Order and Hide button for the changes to take place new Help menu choice Set data of member type is added The user can select a component type in the group and perform common data Web menu editing of all of them simultaneously PH e Hybrid Transformer Extended to 4 windings with support of zigzag Initial support of 4W not fully tested Geen Hybrid Transformer Enhanced fitting of frequency dependent winding resistance b Circuit Window Hybrid Transformer Core settings options for final slope added Qi Customizing Components e BCTRAN Scaling of auto transformer losses corrected Corrected node naming trouble single phase transformer conncted in Open Connection dialog 3 phase circuit Open Text dialog LCC template and section New option
11. d Defaultmodel model e Select Models Default model e TACS E 17 PTE ecified k Type 94 3 Edit the Models text Bs ies Models Library Library Model MAN Use Az Record A TPDraw reads the Model text and identifies the circuit components with input output data Information Model successfully identified i Input 2 Output 2 Data re Multi phase nodes 26 and indexed data supported Hans Kr H idalen NTNU Norway Example e Multi ohase Models M Cable fourier 132 11 3 HVBUS H ke pe 132 KV 22 2mH Gp Regulation transformers 11 3 10 6 kV Cable QU New Model probe MODEL FOURIER INPUT X input signal to be transformed DATA FREQ DFLT 50 power frequency n DFLT 26 number of harmonics to calculate OUTPUT absF 1 26 angF 1 26 F0 DFT signals VAR absF 1 26 angF 1 26 FO0 reF 1 26 imF 1 26 1 NSAMPL OMEGA D F1 F2 F3 F4 5 uH 5 mF Fev ES C 9 LIU 0 0265 NV Saf u Diode Zig zag bridges transformers Sun 5 mF ZNO0d11y0 RAN 10 7 0 693 kV E a m 9 V g 0 0265 SD Ein A 0 02 0 03 0 04 0 05 0 06 0 07 0 08 file Exa 14 pl4 x var t m X0027E m X0027G m X0027V m X0027Y 0 09 s 0 10 Hans Kr Heidalen NTNU Norway Example Transformer tester ATP Settings Simulation Output Switch UM Format Record anables SPARAMETER settings MAME VALUE O
12. the PYM source the TFORTRAM objects are used to Wi have a model independent on node names This enables copy of group Upload Help MOTE By goloading nraiecE vou aaree to share the Register Update your contact information or change password hans hoidalen elkraft ntru no Mew password pk ee Confirm password Jff Update Country MORWA Telephone cc Do MOT use your secret door opening password here The password is encrypted in database at atpdraw net but given in plain text in Ehe atpdraw ini File You need the password to register ATPDraw on multiple computers and log in at www atodraw net Help Hans Kr H idalen NTNU Norway Download and contribute e Download dialog with sorting and search options Upload your own cases to assist other users All cases are moderated Contributor cited both in ATPDraw and on www atpdraw net Gr Search and Download D Es Topic Keyword Comp case Contributor Order by MySQL database Show results any e bath e any Time newest e DN 1 6 m id Title Contributor Uploaded keywords rating downloads wersion 6 Exa don Hans Kr H idalen 12 18 2012 induction motor pwm grouping O OO T 5 0 5 PW Hans Kr H idalen 11 1 2012 ISBT converter nMOS BJT pnp O 01 7 i5 4 MOSFET Tester Hans Kr H idalen 11 1 2012 MOSFET transistor nMOS pios 0 1 5 0 3 IGET Tester Hans Kr H idalen 11 1 2012 ISBT transistor nMOS BJT pnp O 01 3 5 0 BJ
13. 10 Y n 1 34 P OC P 1 C Linear internal External Lm C External LmlRm Am Lm me Ze Lme flus 7 IV IW J y Comment 70 0 00 0 02 0 04 0 06 0 08 s 0 10 file Exa_16 pl4 x var t c X0004A LV XA c X0004A LV BA Cancel Import Export Hun ATP View Copy Help www ntnu no Hans Kr H idalen NTNU Norway Hybrid Transformer model XFMR e Topologically correct e The model includes an inverse inductance matrix for the leakage description frequency dependent winding resistance Capacitive coupling and a topologically correct core model with individual saturation and losses in legs and yokes Triplex 3 5 shell form cores Fitting to test report data given relative core dimensions e The user can base the transformer model on three sources of data Design parameter specify geometry and material parameters of the core and windings Test report standard transformer tests Typical values typical values based on the voltage and power ratings Hans Kr H idalen NTNU Norway Core representation e Attached to the fictitious N 1th winding e Topologically correct core model with Mg nonlinear inductances representing each leg and limb oO Lj i Triplex 3 and 5 legged core MGE e Flux linkage current relation by Frolich equation and relative lengths and p Lj areas e Fitting to Test Report Zei j a b lil
14. ATP folder wWindsyr C EEUGTOVATPOrawsWindsyn exe Browse NV save Load Am He MIDI ATPDraw Windows options e Arrange multiple document windows e Show the Map windows window A ATPDraw File Edit View ATP Library Tools Windows Web Help ud Es E Hb Exa 4gn acp Regulatian transformers transformers ENOAT y0 11 30 56 Ev 10 770 593 kV F MODE EDIT Modified Registered Hans Kr H idalen Windows Web Help Tile horizontal f Tile vertical Cascade Arrange Icons Exa dgn acp MiAPrasjekt amp TP Oran De CAEEU GITAATPDraaPra CAEEL GTTAATPDraa Proj List all circuit projects loads and select active project NTNU Norway ATPDraw Web options Register at from AI PDraw w Homepage e Work otf line Fi Edit account Sa Unregister S i Download circuit ei Upload circuit Moderate Direct access to MySQL databases from ATPDraw e Upload and download of circuits Direct support one click provide information Author cited both in ATPDraw and web page Ex Upload active circuit Topic General Keywords induction motor pwm grouping Title Exa 4gn Describe content searchable Illustrates the usage of induction motors universal Authar Hans Kr H idalen machine approach and primarily grouping of the mechanical load and the pulse width modulated source In
15. Draw MAProsjekt ATPDrawADevelopmentiDistributeXPrajectsVAllacp Help A 8 Switches T Bum es ai ft Je Kd Tatr LCC 1 28 phases LOG LOG Template Section Lo e CH o La 9999 9 q nr n P Sa Zoom X Node Ej Is Transfer functions G s Machines Tranformers Models TACS Devices er di p fr DU fe eic 59 had k Fa ry Ob th ha mh a ENEE RH 3 wl ek v Chee s i i z elle iw ke N TR ris 53 D DO KS Kl j WRITE 1 T 2 eL orl A i 54 EC InitConad maT d TACS val lt e ae 5e 85 Windsyn User Specified or re SS e pe m RS ale o Fn m E i s z zu Fortran VK e Math Lue b Is EE oe Logic YYY un RANE YYYY Steady state TES re HFS CIGRE LOAD Die H Kat CIGRE LOAD ER Kat BG Load Kat F sl z Power system DI s DI amp 1 m 4 m toolbox ERES s ZZ D C Pb D p lz ANB En En e x r d k fs A PDraw File options e Project stored in a single binary file acp Entire project stored in memory and ATP files are written to disk on demand Make ATP files under the ATP item e Sub circuits can be imported exported File Edit View gt _j New fr pen Ctrl 0 3 save Ltrl 5 save As CN save ll 4 Close Close All sik
16. I Doll 3AKNT e Pocket calculator e RMS and Power calculation e I Tester Averaging printout Ww Text Editor zu Number of simulations BH 4 v Delete File Edit Character Done Help MODEL TTezter DATA FREQ np Usa Is Fs INPUT U 1 3 I 1 ES AM OUTPUT Volt Curr Pow VAR Volt Curr Pow Flag IHIT Flag U fer al ENDINIT EXEC Volt 0 Curr sl Pow 0 ResultDir model 1 FOR pel to np DO Volt Volt sart 3 U p np Us 87 5003664 17121764 131 434758 Curr Curr cI p l np Izs DU A Ed Pees 93 503926 220581306 151 5103 SUE IF t 2 recip FREQ AND Flag 0 THEN 100 000419 351094 2 173 603833 Gees E 106 250445 743208151 196 896531 vELTEL Volt Curr Pow EHDEYEC 112 5004 1 2 85953651 221 288092 ENDHODEL x ans Kr H idalen NTNU Norway TE
17. Introduction to ATPDraw version 5 e Introduction to AI PDraw e Layout and dialogs e Main menu options e Transformer modeling e Machine modeling e Multi phase circuits e Vector graphics e Grouping e Models e Lines amp Cables modeling Hans Kr H idalen NTNU Norway Introduction e AlPDraw is a graphical mouse driven dynamic preprocessor to ATP on the Windows platform e Handles node names and creates the ATP input file based on what you see Is what you get Freeware e Supports All types of editing operations 7100 standard components 40 TACS components MODELS SINCLUDE and User Specified Components Hans Kr H idalen NTNU Norway Introduction ATPDraw history Simple DOS version Leuven EMTP Centre fall meeting 1991 1992 Extended DOS versions 1994 95 e Windows version 1 0 July 1997 B Line Cable modelling program ATP LCC BPA User Manual Sponsored e Windows version 2 0 Sept 1999 MODELS more components UM SatTrafo Integrated line cable support Line Constants Cable Parameters Hans Kr Heidalen NTNU Norway Introduction ATPDraw history e Windows version 3 Dec 2001 Grouping Compress Data Variables Parameter PCVP LOG Verify Cable Constants BCTRAN User Manual version 3 5 Windows version 4 July 2004 Line Check Hybrid Transformer model Zigzag Saturable transformer e Windows version 5 Sept
18. T Tester Hans Kr H idalen 11 1 2012 Bipolar junction transistors BIT 10 01 Lm tin oe DE Exit Exit Double click in arid to download right click to see content and rate contribution Help Help Hans Kr Heidalen NTNU Norway Help Topics On Main window 4 About B A D r T a About ATPDraw EN PDraw Help options LET Windows version 5 8 Copyright amp 1994 2012 MTNMLIZISINTEF Norway Graphical pre processor to ATP Bonneville Power Administration USA v D co sponsored by EELIG and Schneider Electric France e Show main help Local help inside every dialog About with web registration info 3 ATPDraw for Windows Help n So Programmed bu H K H idalen Registered at waat atpdraw net Web username and password Windows version and enhancements by 0 G Dahl Dahl Data Design Norway D Other corrections updates in version 5 8 Web connection to MYSQL database at www atpdraw net Possible to easily upload download cases for sharing knowledge Getting Started Discussion forums Requires registration of ATPDraw software What is ATPDraw e New Paste options for component dialog Data Grids Mot only paste raw data into fixed positions but use the Data Names for ATPDraw files pasting similar data ve eas EE New Synchronous machine model type 58 59 with support of up to 4 masses User control of output and external TACS E EU User Interface Objects connections Ei DO Main
19. U I contin e Preserve fittest Rival count 5 Loops ATP serial parallel Writes back final variable E Method Extrema 46397 986 values pm Simplex Annealing zx Max iter 100 Solution Simplex Annealing settings Method Extrema 464 Population 4 Ftol 0 001 Gradient Method Mes iter Mutation P 0 01 ratio Gradient Method settings Max climbs eps delta x 0 001 PFarameters 0 Nelder Mead Simplex 0 5 beta 0 5 Hans Kr H idalen NTNU Norway Example Resonance coll tuning How to set the coil to 10 over compensation e 1 Define reactance REACT of coil as variable e 2 Define CURR as a local variable e 3 Add cost function to neutral voltage e 4 Run Optimization e 5 Divide REACT by 1 1 5 Optimization SEE AIP Settings Variables Simulation Output Format Switch UM Load flow Variables PARAMETER settings variable Minimum Maximum Best fit CURR l zl Object Function Solution MAX s Method Min Max Gradient Method Ve O Minimize Gradient Method settings 8 Maximize eps Harmonics abc2rms abc seq Latest news version 5 9 a Load PQ ui2RX ui2PQ s Power system tools ui2PQ 3ph Phasors power and RX calculation with DFT Z Plot phasors Write phasors Distance and differential relay trajectories y M Ek 9 8 LOAL ER CR
20. c icon RLC transformer switch Individual selection area P Pies Multi phase nodes ii I ei f f 1 26 phases A Z extension MODELS input output X 1 26 Connection between n phase and single phase 21 phases in LCC components New file management Project file follows the PKZIP 2 format Improved compression acp extension Sup file only used when a component is created External data moved from files to memory Individual editable help strings for all components sommes PPP Hans Kr Heidalen NTNU Norway Vector graphic editor GH Vector qraphic editor L E m e Shapes line rectangle 5 tm Undo Cut t Show layer All e if Nodes s Frame a Je polyline polygon e E Edtelemert E D P ee mem Pen ellipse arc pie bezier E we d 2 Duplicate Di dB da Properties Value Copy to Metafile Ctrl W Kind Ellipse Brush a r row 8 q ER F Visible True idi Select All Ctrl A ES a ag Text Delete All Fen color 240 EZE Ctrl I Pen style Sold mh Den width 1 d Nodes and frame ek OG id FP 15 1 B Brush color 240 Mode grid Brush style Clear og Inspect by element id Or Arrange Lh Bring up Ctrl PgUp S Flip amp Rotate t L3 Senddown Ctrl PgDn ayer 4 Bring to front Shift Pallp B Sendto back Shift PgDn Nodes Frame d Edit point drag edit O eme D Du 3
21. e Slides News Hep EEUG Download Cases Forums Administration Discussions on how to use ATPDraw and ATP Tips and tricks Keyword Authar Sort by 4 New post Search by keyword oraren Time newest I Show amp 7 of 7 Previous Dear Users Hella I am would like to do a MODEL to find symmetrical components 10 I1 I2 and YO v1 V21 following the indicated in the attached file At the moment I write the following code but I dont understand how have to write the intregal shows in file So any help regards this issue I will be greatful thanks and regards MODEL 3ph Seq012 DATA FREQ DFLT 60 Frecuencia del sistema OMEGA DFLT 2 PI FREGT Frecuencia angular PERIOD OFLT 1 FREQ Periada INPUT IIB IC Entrada de se ales corriente instantaneas OUTPUT 10 11 12 Salida componentes simetricas de las corrientes VAR KO YO KL yl xe ve IMIT s0 0 vU ei 1 0 vl 0 geil v 0 EMDINIT EXEC VU Embedded Windsyn e Direct support of Windsyn features ATPDraw has embedded induction machine fitting with extended user control incl Tmax fitting Convergent gradient method for fitting cost function More flexible start up output control and T w plotting Component UMIND E Attributes
22. e icon no field voltage node only rotor winding node for wound rotor No need to rerun the fitting when the type of Initialization or compensation prediction change Hans Kr H idalen NTNU Norway Example e Create double cage IM model 5 Induction machine fitting Pai Entered Adjusted D 83 0 979 0 697 6 113 1 006 0 961 2 411 Cage factor 0 0 0 5 1 0 1 5 2 0 Hans Kr H idalen NTNU Norway Weight 1 l 0 069449 1 545059 0 069449 0 047356 0 009116 0 0564 72 Ohm H 1 238828 D 023193 D 617172 0 023193 4 956841 0 956439 0 015859 Rated torque 4680 207 Mm e uning of weight factors required to get rated current Machines e The following types are supported Universal machine Q Type 59 58 synchronous machine l Eo Type 56 induction machine Um X e Embedded adapted Windsyn support Manufacturer data input ss Ox Start up facilities Tor Tor Embedded controls exciter governor Hans Kr H idalen NTNU Norway Type 56 machine e Initial support in ATPDraw Improvements required TACS control combination with UM Brand new versions of ATP and PlotXY required More numerically stable phase domain e Limitations on the mechanical side and in rotor coils Type e lt 96 ri lt TAGS INIT Hans Kr H idalen NTNU Norway Transformer modeling Saturable Transformer f BCT L BCTRAN JE e Hyb
23. election menu Edit objects Standard Edit the ATPDraw scl component selection Not for the average user as the file becomes overwritten in a new installation User defined help can instead be added as text files in the HLP directory User specified requires an external DBM file and Models e Synchronize Reload standard icons from ATPDraw scl turn an old circuit into vector graphic Hans Kr H idalen NTNU Norway Windows dy Bitmap Editor d Vector Editor BD Help Editor zi Text Editor ATPDraw Tools options Drawing tools jv Options e Bitmap vector graphic and help stand alone editors so e Text editor embedded with line and column number Drawing tools BE D QUO Draw Arrow 13 ini L Draw Rectangle 1 tet Edit Shapes J msn l l gt DrawElipse 1 FN Options important a m D v Behind components General ATP Draw Options General Preferences LE Files amp Folders View ATP Autosave and backup NM e Save ini file on exit Buffers 10 Preferences pE ae a Background window Custom e Undo redo steps Programs j Link to ATP and plot Test editar Browse ATP CXEEUGTISATPDrawrunatp bat Browse Files amp Folders Amat Catptlikarmafitese Browse e Default folders incl Plot program C XEELIGTOSPIoEg Plot win exe Browse
24. l Rotate R Ctrl R A7 Rotate L Chr dk Flip Ctrl F Rubber Bands Chr GROUP mech AP Compress Group Objects Data Available Added to group IC Ee ES m E M Extract Edit Group Ctrl 65 ENER Edit Circuit CEri H Group name Mech Gees een e Data with the same C Bitmap name appear only F Nonlinearity f Vector once In the input ier Added to group Nisi ed i R OUDIE CIICK on name Ta BUSMG D 20 fo Position to c ange B 8 e Nonlinear characteristic supported www ntnu no Hans Kr H idalen NTNU Norway Example Create 3 phase MOV Compress Group Objects Data Avallable Added to group MLINRES He Vilash SPLITTER v Hash MLIMHES Hi Group name MOY3PH lca Ce Bitmap h Add nonlinear Iw Nonlinearity C Vector Hodes Available Added to group Auto pos Fas Pos KR Tod GROUND E 20 fo m Position Hans Kr H idalen NTNU Norway Group MOV3PH www ntnu no Example Induction motor e Induction motor fed by a pulse width modulated voltage source External mechanical load TFORTRAN components in TACS 11 9 D1 9 group becomes transparent and possible to copy Q DATA LIMIT VALUE BINPLIT H eu ACC x HDATA l E i i DATA 781 2 2 0 11 GI 12 1 0 D1 2 0 BUSMG Wy BUSMS tc Dc Torque UU 9 C9 C9 Hans Kr Heidalen NTNU Norway Models MODELS k MODELS
25. mln NUM PLUSS J Zoom Qut NUM MINUS t1 TEE Centre circuit E Refresh Ctr Q set Circuit Font View Options Hans Kr Heidalen NTNU Norway ATP Library Tools Window E settings CG run ATP F run Plot AT P raw AT P O oll O 1 S sub pracess e Settings important Simulation Time step cap ind units frequency scan Output printout control auto detect error messages Format Sorting ATP cards Univeral Machine switch and Load flow settings Output control variables Parameters e Output manager lists all outputs Find and Edit Inspect ATP and LIS file Optimization writeminmax object function to optimize variables GA Gradient Annealing methods e Line Check calculate sequence parameters of multiple transmission line segments User customized commands www ntnu no Hans Kr H idalen NTNU Norway 3 Output manager F3 z Edit ATP file F4 View LIS file Find nade a Find next nade Fi Optimization Line Check Edit Commands run ATP file Ctrl 4lt 0 Tools Windows Web Help Ej ATPDraw sd A 3 RW Templates on disk jr Mew User Specified D Syncronize Ea Edit User Specified A PDraw Library options Library OH New Model Sup file s Edit Model Sup file New Model Mod file mf Edit Model Mod file New objects User specified MODELS but this should better me made from Default Model in the S
26. node select Final slope enhancements Final slape mH La H pu of Lp Estimate Add final segment La e Copper loss enhancements H sotltl o L const A Cigre LFR www ntnu no Hybrid transformer APMAR UK Cancel I Import Structure Ratings amp connections Humber of phases 3 Frim Dec l2 x L L voltage kv oer Number of windings Type af care 3 leg stacked e Power HVA 290 290 Test frequency Hz 50 Connections Y D Data based on Ind Res Cap Core Phase shifts D 150 Design param Made names Test repart a a a Ext neutral connections Hide core nodes Winding sequence Typical values i wP core Inner auter ER Data Inductance Resistance Capacitance Core Performed at Relative dimensions v Average currents Insert SEC ero seq available Delete Ratios ref leg Area Length positive sequence 2290 Mva Yoke 1 75 Volt Loss kM lav 4 o ro SEN 0 05 or 118 8 0 17 Initialize 93 5 145 6 U17 SE 100 1786 031 Mien 106 25 2265 O68 Ja nieee Order Label Commen New synchronous machine e Manufacturers input similar to UM e Support of type 58 e Multi masses 4 General Field current Masses Output HMasses 2 Roter 1 E scitera Mass EXTRAS HICO DSR DSO DSM p 0 5 0 03 0 s 1 EE 0 1 0 02 0 100 1 e Output control General Field current Masses Output l
27. ons Hans Kr H idalen NTNU Norway Line Check e he user selects a group in the circuit e ATPDraw identifies the inputs and outputs user modifiable CG Line Check Definitions H ATPDraw Moname acp amp File Edit View 3M Library Tools Window Help Di e H l Settings F3 X run ATP Edit ATP file 4 Edit LIS File GEIER Make File Ae Make Names Find node Find next Edit Commands CtrlH Alt 0 Frequency 50 h Exact phasor equivalent www ntnu no Hans Kr H idalen NTNU Norway Line Check cont e Al PDraw reads the lis file and calculates the series impedance and shunt admittance M Result of Line Check Calculations EE x C alf Mutual ero sequence self and mutual impedanc Linet ME SEA D 1159 0 16 01185 016 02219 0 7531 Positive sequence self and mutual Impedanc Te ERI 0102 0 0013 0 002 0 0013 0 0567 0 3811 Zeno sequence self and mutual admittanc a 4 3 E 2 0 0113 GE 4 00019 57E 2 9 6604 3E 8 00119 4 E 74 6 897 Positive sequence self and mutual admittane Calculated at 50 Hz Admittance units Scal Length Length unit Wl E cese f uF fen C uS Ons Mone amp length 0 factor n Ge km Iis LIF Report Help www ntnu no d Hans Kr Heidalen NTNU Norway Latest NEWS Version 5 0 available from October 2006 Sponsored by BPA amp EEUG Vector graphics improved zoom Larger dynami
28. rid Transformer XFMR deal 2n gu Ml Hans Kr H idalen NTNU Norway Saturable transformer e Zigzag supported 1 23 B 6E 5 0 00331 L hel 1 260048 0 00973 Coupling z e D sit l Phase shift 12 3 30 si pt 0 Rm D I 3deg core RAMS 132kV 132 1 1 3 SR R TE12 7 3 winding KOP 222mH Zig zag transformers ZNOd1l in 10 7 0 693 kV V 5 ur 6 5mohm L l L V 5 uH NNNNA EI aly 6 Cable HEV 6 5mohm ve S D Ee 5 uH ED E ME transformers TE al Cable FEN 6 5mohm ve SU Ehe L 1 L V Sun NNNNA Cable ehar 6 5mohm ye C me S D AP L L V 5 uH EN E Hans Kr H idalen NTNU Norway Bi Bi Bi Bi Bi 5 5mF 5 5mF 5 5mF 5 5mF 5 5mF BCIRAN e Automatic inclusion of external magnetization characteristic BC IRAM M Prosjekt A IPDrawWevelopmentWersjon50 Atp 6C IRAN pch E Structure Rating Number of phases HY Ly L L voltage kV 432 fi G Number of windings Power Mva 280 230 XFMR Type of core v E Test frequency Hz Lonnections I AR Output jw Auto add nonlinearities Phase shift deg 30 Ext neutral connections Factory tests BCTRAN Open circuit Short circuit Performed at Lv Connect at Lv Zeno sequence data available 80 positive sequence Eh V A li Volt 4 Loss Ikw id i 0 05 93 094 0 11 118 818 BI EXE si X y Positive core magnetization View Cop
29. s WII ED MFORCE Angle Speed Torque op jig Fis mans A s MIC E TID IL TER VF IF TEAC Dynamic TACS output 5 Component Sk Attributes DATA UNIT Frequency Hz Power EVA Voltage LL kvm Pales gt PP S pu MM pu LU mrs rat 34 Copy ES Paste hi LJ Reset Field current Masses Output HTALS out z state 000 hip L G deg Edit definitionis x VALUE NODE FHASE MAME HD BUS 1000 POWER A D 1 EFL 1 4 EXOUT 1 0 03 Es0OUT2 1 1 3 ESUUTS 1 AS EXOUT4 1 0 12 l EsOUTS 1 Order 0 Label Time constants Hide Farallel operation Open Short J Dela connection Type 58 phase ren pm Hans Kr Heidalen NTNU Norway LOG template section dag Template i Enclosing Fipe HPh 8 e LCC object has property Template umberof cables f on the object becomes a dummy component not written to the ATP file Template and name e New LCC section reference by Name x uer Holds section length Single phase option mii diii eee RE railway y where new Mou is useful Section 1 Section 2 m E emplate T 1 mohm ER ite U Group 3 content KL m KL KL get pnr GRP GS GRP GRP RAIL d b i Loc 4 1 9 iu WS LE 60000m 3 m Z mm 3 m 160 m 1 monn 9m 3 RAIL EMA Kr H idalen NTNU Norway www ntnu no 32 Web page and forum Eh www atpdraw net discussion php Hom
30. template added to LCC objects When this turned on the object just holds the model Gen GE but not the length The template has to be used by a new object called LCC section LCC which carries the line section ne length Map Wind m pmi Dialog e Support of png images in components Better zooming and scaling of images www ntnu no Hans Kr H idalen NTNU Norway User s manual e Documents version 5 6 of AT PDraw 269 pages pdf Written by Laszlo Prikler and H K Heidalen e Content Intro To ATP and ATPDraw Installation Introductory manual Mouse Edit MyFirstCircuit Reference manual All menus and components Advanced manual Grouping LCC Models BC T RAN create new components Application manual 9 real examples Hans Kr H idalen NTNU Norway Output manager F9 e Gives an overview of all output requests in the circuit e Stay on top window Lists output in same order as in pl4 file Volt Power Branch Volt Power Switch Volt Node Curr Energy Switch Curr Energy Branch SM IACS MODELS UM e Goes into User Specified Additional cards and Windsyn Find Edit 5 Output Manager curr 5 AA OOOI V curr B AAL POS curr B Pos MEG MEG POS Kal e un Cancel Sie Find Edit Help OK Hans Kr Heidalen NTNU Norway Statistical tabulation e Addition to output manager 5 Output Manager eis Statistical tabulation control
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