SOLIVIA PV Planner - Delta Energy Systems
Contents
1. A neva SOLiVi4 PV Planner Si pie te Project selection Location and customer data System wizard System configuration Cable design Result Properties View Chart View SOLIVIA 20 EU G4 TL SOLIVIA 5 0 EU G4 TR Select module SOLIVIA 3 6 EU G4 TR Select inverter 3M230 M 23 b Module data p Module data Modules par sting 57 B B B 44 45 49 44 O suse O 10 135 44 Wp 10 385 80Wp Settings Save project Project selection Location and customer data System wizard System configuration Cable design Result 103 e 103 o sos20v 499 534 Select module 535 70 V o 438 30V SM 230 M 230 Wp Sunwa v 41892 307 304 b Module data 00 Wim 19044 Y 2381A b Create custom module 70 C 1000 143A 24 294 10 C 74494 50005 v Size of PV generator 1000v e 100v O Module count 140 Q Peak power kWp 32 20 Select inverter s V Selectunselect all listed inverters forward V Show hide 1 phase inverters Aneta SOLiVi4 PV Planner weder di V Show hide 3 phase inverters I SOLIVIA 5 0 Project selection Location and customer data System wizard System configuration Cable design SOLIVIA 2 5 EU G3 TR Ud APRO Properties View Chart View i SOLIVIA 3 0 EU G3 TR CINE SOLIVIA 20 EU G4 TL MPPT 1 1100 SOLIVIA 3 3 EU G3 TR us SOLIVIA 5 0 EU G4 TR 1000 SOLIVIA 5 0 EU2. Near the cursor a tool tip is displayed Properties View Chart View MPPT 1 Select module D6M225B3A Modules per String Strings in parallel Total module count Power balance DC power at MPPT 1 8 Liles Power balance out of range 44 56 00 Power ratio DC AC 3 MPP voltage at 10 C MPP voltage at 25 C 7 5 2 Diagrams Properties View Chart View MPPT 1 1100 1000 Modules per String 900 pa 800 EJ p _ 700 Strings in parallel amp 600 ES z BU 100 A Minimax DC Vo 300 Min max MPP V e 200 MPP system voltage 100 0 E Open circuit vo 20 30 40 Temperature C MPPT 2 1100 1000 Modules per String gan 800 15 a Strings in parallel 500 500 100 300 200 Fig 7 1 Diagram view overview 20 The diagram view represents the course of various voltages for each MPP tracker dependent on the temperature 1100 1000 gn Bon TO 1 600 O AAA 300 m mmim m m m m m mi ob m L 20 a 30 do e Temferature C Dimensioning temperature L L L L L L L L T P L L L L L L m m m m m m mW Maximum module temperature Minimum module temperature ap MPP voltage at minimum module temperature o MPP voltage at dimensioning temperature e MPP voltage at maximum module temperature Fig 7 2 Diagram view description The temperature range of the diagrams is determined by the min
3. If it has not yet been established for an inverter in which phase it feeds this is indicated as an open phase Allocation of the single inverters to the phases 3 phase inverters always feed in all 3 phases and distribute the load evenly Material and cable cross section of the cable between string combiner box and inverter Single cable length between inverter and grid connection point Phase mapping Material cable cross section mm Single cable length m Power kW Fed power for every phase Current voltage drop power loss Display of the values for each phase L1 L2 L3 and the neutral conductor N Umbalanced load Total AC cable loss The maximum asymmetric load between two phases during normal operation ooceoeoo o OO Total cable losses in watts and in percent Open phases phase mapping If the system configuration was performed using the system assis tant the inverters are automatically distributed to the phases The phase assignment can be changed manually Power kW unbalanced load The power that is fed per phase Changes in the phase assignment are immediately considered When assigning phases observe the rules applicable in your country regarding asymmetric load balance gt Activate the Consider max unbalanced AC load option in the System wizard area The prob lems with the asymmetric load are indicated asymmetric load Total cable losses AC If the cable losses are abo
4. Total module count Total number of modules that are used in the current system b Remove inverter configuration Q Requested module count Number of modules that were Aconfirmation query appears entered as default in the System assistant in the section Size of 3 To remove the inverter click the OK button the PV generator PV Generator total area Total surface of all modules that amp Are you sure to delete the selected Inverter 5 m are used in the current system configuration PV Generator total power Total power of all modules that kWp are used in the current system The inverter is removed from the list configuration SOLIVIA 20 ELI G4 TL 2m VA 50 EL G4 TR n L Leask rr em E o Showa 46 EU Gd TR ee Al A LA 7 3 Single inverter configuration section Single inverter configuration Inverter count 1 Module count gg PV Generator area 151 88 m PV Generator power 20 50 KW Nominal AC power 20 kVA All information in this section relates to the inverter that is marked in the list of used inverters Entry Description Inverter count Number of inverters of this type Module count Number of connected modules PV Generator area m7 Total surface of connected mod ules PV Generator power kWp Total power of connected mod ules 9 Nominal AC power kVA Total rated power of the inverters on the AC side If the number of inverters changes the information in the sections S
5. 2 Tosave the PDF click the Save as a file button page www adobe de Downloads area Save PDF The XML format enables the exchange of project data with other PV planners and the further processing in all programs that can process XML data Discard The POF was created Save to file 9 1 Export project as XML Anew dialog box is opened 1 Click the link Export project as XML at the very bottom in the 3 Enter the name for the PDF and select the directory in which Result area the PDF is to be saved Voltage drop Power loss Anew dialog is opened 2 Select a location to save the project and enter a name Next click the Save button The project is saved as an XML in the specified folder file name lt project name gt xml 30 User Manual SOLIVIA PV Planner 9 3 Send PDF as E mail The PDF can be sent as E mail without saving the PDF previously to the computer Me 2 Click the Send PDF as Email button The New project dialog box opens New project Message x Please enter your message here Send E Mail Cancel Enter the E mail address and a message and afterwards click the Send E Mail button After sending the E mail a confirmation appears Configuration E Mail Your configuration has been sent to User Manual SOLIVIA PV Planner 8 Result 31 9 Managing modules 10 Managing modules 10 1 Use standard modules The PV Planner has an exten
6. DC voltage Umin 200 V Weight 65 kg Max DC voltage Umax Min ambient temperature DC nominal current Inom Max ambient temperature Max DC current Imax Has transformer Nominal AC power 20 000 VA cos phi factor Max AC power mage AC nominal current Max AC current Grid feed phases count input locale DE DE use for displayed units 1 Product information on the web Close The web page with product information regarding the inverter opens 7 2 2 Add inverters The list with the inverters can have new inverters added manually 1 Click the link Add inverter b Add inverter The dialog box Process WR devices is displayed 2 Click an inverter and then the Accept button SOLIVIA 20 EU G4 TL SOLIVIA 5 0 EU G4 TR SOLIVIA 3 6 EU G4 TR SOLIVIA 11 EU G4 TR 2 Click the link Inverter data b Inverter data The Inverter information dialog box is displayed User Manual SOLIVIA PV Planner 17 7 System configuration 7 2 3 Remove inverters 7 4 System configuration section An inverter can be manually removed from the list System configuration 1 Click an inverter in the list to be removed aD Total module count 140 e Requested module count 140 SOLIVIA 20 ELI G4 TL e PV Generator total area SOLIVIA 5 0 EU G4 TR SOLIVIA 3 6 ELI G4 TR SOLIVIA 11 EU G4 TR O PV Generator total power Entry Description 2 Click the link Remove inverter
7. PV Planne Location and customer data System wizard Select module System configurations 0 L Gon SM 230 M 230 Wp Sunwa w Inverter set Modules p b Module data b Create custom module The Create custom module dialog box opens gt Click the Select module button in the System wizard or Sys tem configuration areas C NELTA SOLiViA PV Planne Project selection Location and customer data System wizard Select module System configurations 0 _ Gon SM 230 M 230 Wp Sunwa w Inverter set Modules p b Module data b Create cu SOLiViA PV Planner Location and customer data System wizard System configuration Properties View Chart View MPPT 1 MPPT 2 Select module SM 230 M 23 v SM 230 M 23 w b Module data b Module data Modules per String Strings in parallel Total module count The Select module dialog box opens There is a Create custom module from existing link and a Create custom module link in the Select module dialog box User Manual SOLIVIA PV Planner 9 Managing modules Create a custom module based on a standard module 1 Inthe Select module dialog box find the Public modules tab and click on the module that is to be used as a template for the new module 2 Click the link Create custom module from existing one The Create custom module dialog box opens The techni cal data of the standard module that s
8. calculate the cable losses Cable design DC side Cable design AC side 22 User Manual SOLIVIA PV Planner 8 Cable design 8 2 DC side DC Side MPPT 1 MPPT 2 SOLIVIA 20 EU G4 TL Material Cable cross section e Cu 6 Cu B SOLIVIA 5 0 ELI G4 TR e lag 1 amn SOLIVIA 3 6 EU G4 TR s Add string combiner box scu ivi EY simple cable length m Max strings at SCB input O B Material Cable cross section O Cu 8 simple cable length m Quantity of SCB Loss trom PV array to SCB Loss trom SCB to Inverter Total DC cable loss Entry Select inverter Material cable cross section mm Single cable length m o 14 22 W Description Indicates the inverters that are used in the system configuration By click ing on an inverter the cable design for this inverter is displayed Single cable length between the strings of the PV module and string combiner box Single cable length between the string of the PV module and the inverter When using a string combiner box the cable length between the string of the PV module and the string combiner box O Add string combiner box SCB If a string combiner box is to be used this option must be activated This activates the entries 9 to 6 Max strings at SCB input Maximum number of strings that can be connected to the string combiner box Q Material cable cross section mm Material and cable cross section
9. module selection in the dialog box standard module tab on the module that is to be used as a template for the new module Click the link Create custom module from existing The Create customer specific module dialog box opens The technical data of the standard module that served as a starting point is already entered Enter a new name in the Name entry field but otherwise do not change anything After you have entered all data click the Save button Aconfirmation message appears Module saved The module has been successfully saved and selected Click the OK button The system assistant area opens The module is auto matically selected User Manual SOLIVIA PV Planner 10 2 Create customer specific modules The database with the technical data for standard modules is huge Despite this it is possible that a module cannot be found In this case you can create your own module There are two options e Create a new module based on a standard module All techni cal data will be adopted from the standard module and only the values that are different need to be changed e Create a new module from the ground up All fields for the technical data are empty and all values must be entered The dialog to create a new module can be called up at the following locations in the PV Planner Click the link Create custom module in the System wizard area A RELTA Project selection SOLiViA
10. window is dis played There are three options to continue Login Welcome to the OLIVIA PY Planner To start Login with your Delta SOLIVIA account Register for the free full version Try out the PV Planner Password s Ty out e If you have a customer account at Delta log in with your access data user name and password The user name is the email address that you entered during registration If you do not yet have a customer account with Delta you can register see 3 Registration p 7 and then log in to the PV Planner using the access data The PV Planner can be tested without prior registration and logging in Click the Try out button to open the test version NOTE gt If you already have a customer account for the SOLIVIA monitoring you can use this access data 2 Installation 2 3 Offline version The offline version does not require constant Internet connection The Internet connection is only required during installation so that the data of the modules and inverters can be loaded New updates modules inverters software settings will be installed automatically For the installation an Internet connection is needed Before downloading the offline version registration with Delta and a setting up a customer account is necessary It is not possible to test the PV planners without setting up a customer account with the offline version 2 3 1 System requirement
11. 3 Load saved project 4 4 Delete saved project 1 Click the Project selection button in the upper area of the 1 Click the Project selection button in the upper area of the main window main window A RELTA A ELTA Project selection Project selection The Project selection dialog box opens The Project selection dialog box opens 2 In order to load a project click the Load project button the 2 In order to delete a saved project click the Load project but project selection dialog box ton in the Project selection dialog box Project selection Project selection New project x New project r Load project Loadprject Continue working on current project Test01 Continue working on current project Test01 The Choose project dialog box opens The Choose project dialog box opens 4 Clickthe project to be loaded and then the Load button 3 Click the project to be deleted and then the Delete button Choose project Choose project All projects All projects 2 ein T E hiki toad Dele Cancel Aconfirmation query is opened Delete JA Do you really want to delete the project Testi Yes 4 Confirm the deletion by clicking the Yes button User Manual SOLIVIA PV Planner 9 4 Project selection 4 5 Exporting project as XML 4 6 Import project from XML The XML format enables the exchange of project data with other If a project is exported as XML it can for example b
12. 9 7 5 2 DaM dme eaa enea eee ea he ee uy ae ee Bee aaa oe ae ee a ee a 20 0 Cable desig s ver chee beech eh a ORES eG wo ee ouo ded 22 8 1 OvervieW cue Beek o9 ee eee we COE AO RO ND Dee Ge E E XOU RE ee Gee 22 8 2 DC SIUS zuo 3 99 ewe te eee eee eee eee NES eee eee eee V ww S 23 8 3 AGS lt lt 2 ea oe ee ee Nw x Pos Ww mu P x AA UR UE MO RO UM M x Pe ee ee 27 9 ROSU cb wow ana REAR RE ee AAA a MC ds ee RS KO 30 9 1 EXDOR PIOJectas MIL coe ea te eee ORORORGSORORO SEBS eee ee eee 5499299453293 eee 5 30 9 2 Save resultas PDF 1 a 30 9 3 Send PDF as E mail 4 cae ehew eee CHRD EOw x WSO X X X X 0 Xx X x X 4 x Wo ox Ew EES 31 10 Managing modules le le lel a 32 10 1 Use standard modules lt lt xx xe es ass asas AAA ERAS ERO 32 10 2 Create customer specific modules a e ll lll 33 User Manual SOLIVIA PV Planner 3 1 Introduction 1 Introduction The SOLIVIA PV Planner is a software tool for designing photovol taic systems In a few simple steps modules inverters and other components can be combined into a photovoltaic system This can either be carried out automatically using the system assis tant or manually in the system configuration Comprehensive calculations for all essential technical criteria in a photovoltaic system help optimize configuration Integrated tool tips explain the calculated values and indicate when values have not yet reached the op
13. G3 TR Lp OLIVE Ad SOLIVIA 3 6 EU G4 TR Modules per String 900 SOLIVIA 15 EU G3 TL 11 800 SOLIVIA 20 EU G3 TL eh Availability O Strings in parallel i kr 4 7 600 icc re MS b Add inverter NE A Min max DC Voltage 300 Bg Minimax MPP Voltage 200 Single inverter configuration M ve system vonage 99 Open circuit vo T 7 Inverter count dA D L tage hs L E cd A Cub d Module count 89 aid 170 PV Generator area 151 89 me b Remove inverter MPPT 2 1100 PV Generator power 2050 kW 1000 4 Nominal AC power 20 kVA Modules per String 900 y S 800 System configuration Strings in parallel lt 700 Total module count 140 BE 1H i mo Requested module count 4140 ES PV Generator total area 238 92 m E Minimax DC Voltage PV Generator total power 32 25 kW Bg Minimax mer Voltage 200 back 4 User manual SOLIVIA PV Planner A NELTA Terms and conditions DELTA has reviewed SOLIVIA PV Planner for content and function Nevertheless SOLIVIA PV Planner is only an aux lliary tool for reviewing the dimensions of PV systems and as such can never replace the involvement of an expert in technical planning and reviewing the results Within the framework of your use of SOLIVIA PV Planner you are fur ther obligated to critically assess the results of the SOLIVIA PV Planner For these reasons DELTA is not liable for material or intangible damage caused directly or indirectly b
14. aar At eh OR UR AA 11 5 2 System planner section 2 o oaoa a a 12 5 3 Installation address section a a a a s 12 5 4 Location section rara rara 12 6 System Wizard s s sone x um os ha Aaa 13 6 1 OVEIVIEWs sov x ou Wow aser asas aaa E RP 13 6 2 Configure a PV system with the system wizard ll lll llle n 13 6 2 1 SELMOQUIS AYD cue a d a m a a dic i i ARA e a GA ee in es 14 6 2 2 Establish the size of the PV generator ooo a a a 14 6 2 3 Select inverte TE IE TU RE ER EO aa rra AAA a 14 6 2 4 Start configuration of the PV system uuo ooo ea homo om d AAA A 15 6 2 5 Analyze configured PV systems oaoa aa ewe ee a ee 15 6 2 6 Further processing a system configuration o aoa oa o a e e a 15 7 System configurallOn euo zoe mb eras a a A a EEA 16 7 1 OVENVIEW e ka ade dew Ge has See X a a eee Eee eae Nw RM eee aS eee a 16 7 2 Select inverter section lll ll ll lel oss 17 7 2 1 Display inverter data americas oS Oe DS ee AAA e HR 4 17 7 2 2 Add inverters 6 654 T ST S C TOT SPEEDY 71 EES OR OES SOE DEER ES OE OOS 17 1 2 3 Remove MUESTRAN 18 17 3 Single inverter configuration section e e e e sons 18 7 4 System configuration section ox x i bos de a esras essa 18 1 5 Properties and charts section owe os bee x RA AR x T X OX AX ode e X X xe e OD A 19 5 1 PIDDEFHOSVIGUU s o sox e s woe m ae amp Ea a WOW UE ue SUE a EN M Ee S Sci E RUE 1
15. c Connection type Short circuit current Isc Cable length 0 mm Module efficiency Module technology EFG Temp coeff Pmpp Temp coeff Isc Temp coeff Uoc Input locale DE DE _ use for displayed units P Tocreate a custom module click the link Create custom module b Create custom module 14 The Create custom module dialog box opens How to create a custom module is described in chapter 10 Managing modules p 32 6 2 2 Establish the size of the PV generator Size of PV generator ie Module count e O Peak power kWp The size of the PV generator can be listed as the number of mod ules or as the peak power in kWp The second value is auto matically calculated based on the selected module 6 2 3 Select inverters select Inverter s GD v Select unselect all listed inverters E v Show hide 1 phase inverters e Y Show hide 3 phase inverters Inverter SOLIVA 2 5 EU 53 TR SOLIVIA 3 0 EU 63 TR SOLIVIA 3 3 EU 63 TR SOLIVIA 5 0 EU G3 TR SOLIVA 18 EU 63 TL SOLIVIA 20 EU G3 TL SOLVA 11FLI GA TR The list contains all inverters that are available for the set region The region is set in the Location and customer data area Using the options Show hide 1 phase inverters and Show hide 3 phase inverters the list can be limited to 1 phase or 3 phase inverters All inverters that are marked with a check in the list are consid ered by the
16. combiner box and several parallel strings 24 User Manual SOLIVIA PV Planner 8 Cable design MPPT 1 2 strings of same power Single cable length Single cable length Number of DC inputs on String combiner string combiner box box String combiner box l Single cable Single cable length length Inverter with 2 MPP trackers Fig 8 9 Example Inverter with 2 MPP trackers 1 string combiner box each at MPPT 1 and MPPT 2 User Manual SOLIVIA PV Planner 25 8 Cable design Fig 8 10 26 MPPT 1 2 Strings of same power Single cable length Single cable length umber of DC inputs on string combiner box String combiner box Single cable length Inverter with 2 MPP trackers MPPT 2 Example Inverter with 2 MPP trackers 1 string combiner box with several strings at MPPT 1 without string combiner box at User Manual SOLIVIA PV Planner 8 3 AC side AC Sid p e Inverter Open phases 5 OLIVIA 20 ELI SOLIVIA 5 0 EU D SOLIVIA 3 6 EU 0 Number Entry Inverter Open phases Phase mapping O materialicable cross section mm Cu 6 L1 Le L3 Q simple cable length m sb EB or ajo a L1 v x v B O Power kw Current o Voltage drop Power loss O unbalanced load Total AC cable loss Description The inverters that are used by the current system configuration 8 Cable design
17. d privacy statement accept Cancel NOTE gt Enter a valid E mail address since an o E mail will be sent upon completing the registration The E mail address is later used as user name when logging in gt Enter a secure Password Observe the notes that appear when entering the pass word If you do not want to receive the newsletter deselect the op tion Yes want to subscribe to the SOLIVIA Solar News Click the text so that the check disappears from the small square Carefully read the general terms of business and the data privacy statement Click the links Terms of Use and Privacy Statement Finally click the accept button Ifthe filled out registration form was successfully transmit ted the message Your registration was successful is displayed in the browser In addition an E mail is sent to the E mail address that was specified in the registration form To complete the registration click the corresponding link in the E mail that was sent to your E mail address When the registration was successfully completed the message Confirmation successful is displayed in the browser The registration is complete your customer account is acti vated and you can register at the PV Planner 4 Project selection 4 Project selection In the Project selection area you have the following options e Start new project e Load saved project e Import a project in XML format NOTE gt D
18. e imported PV planners and the further processing in all programs that can into another PV Planner XML data Th rt be started in the Result Pire mca uS did e HUNE 1 Click the Project selection button in the upper area of the 1 To open the Result area click the Result button in the upper main window right area of the PV Planner i Settings Help A RELTA Save project Logout Cable design Result Project selection 2 Click the link Export project as XML at the very bottom in the Result area The Project selection dialog box opens 1 Click Import project from_XML in the Project selection dialog box Project selection New project The dialog box Select the folder for opens Load project Continue working on current project Test01 N N Select location for dawnload by pvplanner solar inve Save As Test01 xml Where ij Documents Cancel save gt The dialog box Select the file to be loaded opens N Select the project to be loaded file name lt Project_name gt 3 Selecta location to save the project and enter a name Next xml and click the Open button click the Save button The loaded project is displayed in the PV Planner The project is saved as an XML file in the specified folder file name lt project name gt xml 10 User Manual SOLIVIA PV Planner 5 Location and customer data 5 Location and customer data P
19. erved as a starting point is already entered 3 Change any data that differs in the new module from the stan dard module which served as a starting point The technical data that is identified by a red asterisk must be filled in Otherwise the new module cannot be saved 4 After you have entered all data click the Save button Aconfirmation message appears Module saved The module has been successfully saved and selected 5 Click the OK button The System wizard area opens The new module is auto matically selected 33 A NELTA www solar inverter com 27 August 2012 All information and specifications are subject to change without notice
20. figuration conditions Min module temperature Minimum maximum module tem peratures which are to be used for Max module temperature calculations The minimum module temperature applies for the use in winter and should be set to 10 C to 20 C The maximum module temperature applies for the use in summer and should be set to 70 C to 80 C Since this information is very depen dent on the location of the PV system orientation should definitely be on the local circumstances Temperature of dimensioning After the design temperature the nominal operating condition of the system is laid out The adopted radiation power of the sun The standard value is estab lished at 1000 W m STC Standard Test Conditions according to IEC 60904 3 1989 The values are returned to the standard values by clicking the button Design tempera ture to 25 C and the irradiation to 1000 W m Design temperature Irradiation User Manual SOLIVIA PV Planner 6 System wizard 6 System wizard Project selection Location and customer data System wizard System configuration Cable design Result Select module Gp System configurations 0 Consider max unbalanced AC load 4 50 ALF 17 Schott Solar AG Inverter set Qua Modulesp Strin Power W Modules b Module data b Create custom module Size af PV generator a Module count Peak power kWp Select inverter s v Selectunse
21. grated RS485 termination resistor that can be switched on and off The 3 phase inverter e g SOLIVIA 11 G4 always distributes the power feeding evenly to all 3 phases If there is an asymmetric phase failure the 3 phase inverters switch off User Manual SOLIVIA PV Planner 29 8 Result 9 Result Project selection Location and customer data System wizard System configuration Cable design Result Personal data Installation address Configuration settings Full name Mrs Full name Mrs Min Module temp Address Address Max Module temp Dimensioning temp Irradiation 1000 Wim Region Europe Grid voltage 230 Y PW Generator data Inverter data Selected module s 51x 8M 230 M 230 Wip Selected inverter s 2 X SOLIVIA 3 5 EU G4 TR 40 x D6M225B34 1x SOLIVIA 20 EU G4 TL 45 x DGP225B3A 1x SOLIVIA 5 0 EU G4 TR PV peak power 30 88 KW Total nominal AC power 31 80 KVA Module count PV Generator total area In the Result area all information for system configuration is clearly 9 2 Save result as PDF compiled It is not possible to process the system configuration 1 Click the Save PDF button The PDF is created and the dialog box Save PDF is displayed The result can be saved as PDF or exported in the XML format PDF is a widely distributed file format to present documents on the computer and for printing The program Adobe Reader is needed to present the PDF this can be downloaded from the web
22. he data is used if the result of the configuration is printed This information is not necessary for a correct use of the PV Plan ner The entry fields can also remain blank 5 3 Installation address section Installation address Apply personal data ME salutation Mrs Title First Name Name Street House number Zip code City State Province Country In this area the address data of the PV system is managed The data is used if the result of the configuration is printed This information is not necessary for a correct use of the PV Plan ner The entry fields can also remain blank gt To adopt the data from the system planner area click the op tion Apply personal data The data is copied in the nstallation address area T2 5 4 Location section Location Region Europe 230 V v Grid voltage Configuration conditions Min Module temp Max Module temp Dimensioning temp 1 n im STC Irradiation The accuracy of the information in the location area is important so that reliable calculations can be created in the PV Planner The following table describes the meaning of individual entry fields Entry field Description Region Limits the list of displayed inverters to those that are permitted in the region The Delta web page contains a coun try specific list Grid voltage Is used to calculate the AC side loss of cables Con
23. his login data and do not need to register again You can test the PV Planner before you register Click the Try out button In test mode all functions of the PV Planner are available however registration is required to save the project 1 2 To register click Register in the Login dialog box Login Welcome to the SOLIVIA PY Planner To start Login with your Delta SOLIVIA account Register for the free full version Try out the PV Planner Username Password s Login Try out Register The Create your Delta Customer Account dialog box opens Fill in all bold entry fields in the form NOTE gt To change the language click the small flag o in the Create your Delta Customer Account dialog box at the top right and select the language desired User Manual SOLIVIA PV Planner 3 Registration Create your Delta Customer Account E Mail address Password Confirm Password Salutation Ms Mr CJ First name Last name Company Address 1 Address 2 Postal code City Country Time zone Please select Please select Language Please select Phone Mobile phone Occupation Please select Yes want to subscribe to the SOLIVIA solar news The monthly newsletter is going to inform me about solar inverter topics and the latest news from the PV business and industry By clicking accept you agree to the terms of use an
24. i mum and maximum module temperature The values are estab lished in the Location and customer data area under location The MPP system voltage green line contains the three MPP volt ages from the characteristic view among other things Minimum and maximum DC voltage red lines labels the DC input voltage range of the inverter Minimum and maximum MPP voltage blue lines label the DC input voltage range with which the MPP tracker is active An inverter should always be operated in this DC input voltage range The open circuit voltage orange line is displayed in the tempera ture range between minimum module temperature and design tem perature The values are established in the Location and customer data area under Location Working with diagram view If the number of modules per string or the number of strings change the diagrams are automatically adapted If the cursor moves over the intersections of temperature and the characteristic a legend with additional information in the form of tool tips is displayed at the cursor Every tool tip is designed as follows Line Description 1 Name of the voltage e g MPP voltage 2 Temperature value e g the value of the minimum module temperature 3 Value of the voltage in this site User Manual SOLIVIA PV Planner View Max min DC voltage Woo 1000 900 apg Tog 600 300 El m ie s 20 30 40 Temperature C Fio 72935 Example Maximum DC
25. ies and flash player cache must be activated Windows e 2 33 GHz or faster x86 compatible processor Intel Atom 1 6 GHz or faster processor for netbooks Microsoft Windows XP 32 bit Windows Server 2003 32 bit Windows Server 2008 32 bit Windows Vista 32 bit Windows 7 32 bit und 64 bit Windows guidelines should correspond to a standard installation e Internet Explorer 8 0 or higher Mozilla Firefox 4 0 or higher Google Chrome Safari 5 0 or higher Opera 11 installation with standard settings e 1024 MB RAM 128 MB graphics memory Mac OS e Intel Core Duo 1 33 GHz or faster processor e Mac OS X v10 6 or v10 7 e Safari 5 0 or higher Mozilla Firefox 4 0 or higher Google Chrome Opera 11 installation with standard settings e 1024 MB RAM 128 MB graphics memory Linux specific e 2 33 GHz or faster x86 compatible processor Intel Atom 1 6 GHz or faster processor for netbooks e Red Hat Enterprise Linux RHEL 5 6 or higher 32 bit and 64 bit openSUSEO 11 3 or higher 32 bit and 64 bit Ubuntu 10 04 or higher 32 bit and 64 bit e Mozilla Firefox 4 0 or Google Chrome installation with stan dard settings e 1024 MB RAM 128 MB graphics memory User Manual PV Planner 2 Installation Open and start online version 1 Using your browser open the website http pvplanner solar inverter com fileadmin configurator SolarCalculatorWeb html The PV Planner will start and the log in
26. ingle inverter configuration and System configuration is automati cally adapted 18 User Manual SOLIVIA PV Planner 7 5 Properties and charts section All information in section Properties and charts relates to a single inverter divided by MPP trackers All inverters have one or several MPP trackers 7 5 1 Properties Wiew Select module Modules per String Strings in parallel Total module count Power balance DC power at MPPT Power ratio DC AC MPP voltage at 10 C MPP voltage at 25 C MPP voltage at 70 C MPF current at 25 C 1000 Wim Short circuit current at 70 C 100 Open circuit voltage at 10 C Max module voltage Chart View Properties view MPPT 1 MPPT 2 SM 230 M 23 8M230M 23 b Module data b Module data 11 4 9000000000 All information in a column always refer to the MPP tracker that is specified above the column e g MPPT 1 Entry Select module Module data Modules per string Strings in parallel Total module count Power balance DC power at MPPT Power ratio DC AC MPP voltage at MPP current at Short circuit current at User Manual SOLIVIA PV Planner Description The connected module type Opens a separate dialog box with the technical data of the selected module see 10 Managing modules p 32 Number of modules that are switched in a series on a string Number of parallel closed strings All str
27. ings have the same design per MPP tracker The total number of modules results from multiplying the number of mod ules per string times the number of strings Dimensioning factor Power ratio of the modules at the overall power of all modules that are connected to the inverter Peak power of connected modules DC power of all modules that are con nected to the inverter in relation to AC rated power of the inverter The MPP voltages with three differ ing temperature values specified per MPP tracker e with minimum module tempera ture e with maximum module tempera ture e with design temperature MPP current with design temperature and specified irradiation Short circuit current with maximum module temperature and specified irradiation 4 s Entry Open circuit voltage at Description Open circuit voltage with minimum 7 System configuration module temperature Max module voltage Maximum DC input voltage 1 The values are established in the Location and customer data area under location Changes to the values are immediately considered in the system configuration Working with characteristic view A different module can be selected for every MPP tracker and the number of strings or modules per string can be set to differ Every time one of these settings is changed the system configura tion is automatically recalculated 1 To select a different module click the Select module b
28. lect all listed inverters w Show hide 1 phase inverters v Show hide 3 phase inverters Inverter SOLIVIA 2 5 ELI G3 TR SOLIVIA 3 0 EU G3 TR SOLIVIA 3 3 ELI G3 TR SOLIVIA 5 0 EU 63 TR SOLIVIA 15 EU 63 TL SOLIVIA 20 EU 63 TL fen Configure PV system 0 amp IKISISISIS 6 1 Overview 6 2 Configure a PV system with the system wizard NOTE gt Save the project regularly to avoid data loss The System wizard provides the opportunity to create an initial system configuration in a few steps The general conditions are merely defined to and the system wizard develops up to 10 suggestions for the system configuration The suggestions can afterwards be adapted to the specific requirements in the System configuration area Modules A standard module can be selected or a customer specific module can be The system wizard provides the opportunity to create an initial created see 10 Managing modules system configuration in a few steps This system configuration can p 32 then be adapted to the specific requirements PV generator Establish the size as number of mod The following system components must be defined so a calculation died of the system configuration is possible the selected modules in every dif fering value is automatically calculated e Used PV modules Inverters Select the inverters that are to be used e Size of the PV generator in the PV system Configure PV system The s
29. loss SOLIVIA 5 0 EU G4 TR SOLIVIA 3 6 EU G4 TR Availability E b Inverter data b Add inverter b Remove inverter Entry Description Select inverter The technical details are dis played for the marked inverters in sections Configuration of the inverters and Characteristics diagram Indicates whether the marked inverter can currently be deliv ered Opens a dialog box with the technical data of the marked inverter Opens a dialog box in which a new inverter can be selected and added to the list of used invert ers Removes the marked inverter from the list of used inverters Availability Inverter data Add inverters 9 Remove inverter 7 2 1 Display inverter data The technical data for every inverter used can be displayed 1 Click an inverter in the list to mark it select inverter SOLIVIA 5 0 EU G4 TR SOLIVIA 3 6 EU G4 TR 7 System configuration 3 For additional information about the inverter click the link Product information on the web TA a Inverter information Name SOLIVIA 20 EU G4 TL Max efficiency Manufacturer Delta Energy Systems Europ efficiency Type String CEC efficiency Protection class SKL I Nominal DC power 11 000 W 11 000 M Max PV generator power Pmax 12 500 W 12 500 W Degree of protection IP54 IP65 MPP tracker count 2 Width 625 mm MPP range min Umpp 350 V Height 952 mm MPP range max Umpp 800 V Depth 275 mm Min
30. minal AC power 20 kvA Short circuit current at 70 C 100 18 43 4 600 95 v 1000v Open circuit voltage at 10 C 734 49 V System configuration E Max module voltage 1 000 V Total module count 140 Requested module count 140 PV Generator total area 238 92 me PV Generator total power T 1 Overview In the system configuration area either a system configuration can be processed from the system assistant or a new system configura tion can be created completely by hand The data from the system wizard are automatically adopted The System configuration is divided into the following sections Select inverter The list of the inverters that are used in the system configuration The list can be manually adapted Single inverter con The settings for the inverter that is cur figuration rently selected in the list of inverters System configuration The size of the entire PV generator with regard to number of modules and the PV total power Porperties and charts The technical details for each MPP tracker of the inverter that is currently selected in the list of inverters The technical details can be displayed as a list Properties view tab or graphically Charts view tab Small symbols next to the data label the technical feasibility of the current settings 16 User Manual SOLIVIA PV Planner 7 2 Select inverter section NOTE gt Save the project regularly to avoid data
31. ng gt Click one of the system configurations to manually further process them Inverter set Qua Modules Strin Power W Modules Pow v1 G3 TI 6 v E37 L SOLIVIA 5 0 EU G3T 4 v E33 L SOLIVIA 5 0 EU G3 T 2 LI SOLIVIA 3 0 EU G3 TI 3 The system configuration is adopted in the System con figuration area The System configuration opens and the selected system configuration is displayed In the System configuration the settings can be manually adapted see 7 System configuration p 16 15 7 System configuration 7 System configuration Project selection Location and customer data System wizard System configuration Cable design Result Select inverter Properties View Chart View O SOLIVIA 20 EU G4 TI MPPT 1 MPPT 2 RIA AU ELA TA Select module SM230M 23 v SM230M 23 v SOLIVIA 3 6 EU G4 TR b Module data b Module data 1 E Modules per String 11 Availability amp P g Strings in parallel 4 Er b Inverter data b Addit Total module count 44 45 Power balance 40 44 Uh 0 56 b Remove inverter DC power at MPPT 10 135 44 Wp 10 365 80 Wp EEUN Single inverter configuration e Power ratio DC AC 10351 103 Inverter count B MPP voltage at 10 C 603 20 V Module count Ba MPP voltage at 25 C 4570 PV Generator area 151 89 m MPF voltage at 70 C 448 02 V PV Generator power 20 50 kW MPP current at 25 C 1000 Wm 18 04 No
32. o not forget to save the current project before you start working on a new project 4 1 Open project selection gt Click the Project selection button in the upper area of the main window A RELTA The Project selection dialog box opens Project selection Mew project Load project Continue working on current project Test01 Option Description New project Starts a new empty project Load project Opens a selection dialog to load a saved project Continue working Returns back to the current project on This option is especially useful if the current project has not yet been saved Import project from Imports a project that was previously XML exported to XML 4 2 Start new project If work is being done on a project a new project can be started in the project selection area 1 Click the Project selection button in the upper area of the main window A RELTA Project selection The Project selection dialog box opens 2 In order to start a new empty project click the New project in the Project selection dialog box Project selection New project l Load project y Continue working on current project Test01 The New project dialog box opens 3 Enter a name and click the Create project button New project Create project Cancel Anew empty project is created User Manual SOLIVIA PV Planner 4 Project selection 4
33. of the cable between string combiner box and inverter ED Single cable length m Single cable length between string combiner box and inverter Quantity of SCB Number of string combiner boxes The value is automatically adjusted if more strings are to be connected as DC inputs present at the string combiner box Loss from PV array to SCB Cable loss in watt and in percent for cable from PV generator to string Loss from SCB to inverter combiner box and from string combiner box to inverter Total DC cable loss Total cable losses in watt and in percent Single cable length When calculating it is assumed that each 1 phase DC cable has the same length If the cable length for DC and DC are very different it is best to enter the average value User Manual SOLIVIA PV Planner 23 8 Cable design E 1 String EE Single cable length String combiner box Single cable length F Inverter with one MPP tracker Inverter with one MPP tracker Fig 8 6 Example Inverter with 1 MPP tracker 1 string com Fig 8 7 Example Inverter with 1 MPP tracker and 1 string biner box and 1 string without string combiner box Strings with same power String 2 Single cable length Number of inputs on string combiner box O String combiner box O Single cable length Inverter with one MPP tracker Fig 8 8 Example Inverter with 1 MPP tracker 1 string
34. roject selection Location and customer data System wizard System configuration Cable design Result Personal data Location Salutation Region Europe o Title Grid voltage 230 VW First Name Configuration conditions Name Min Module temp Street House number Max Module temp Zip code City i aa P y Dimensioning temp State Province Irradiation 1 000 Wim Country STC Installation address Apply personal data Salutation Title First Name Name Street House number Zip code City State Province Country 5 1 Overview The Location and customer data is the starting point for each new project In this area you can manage personal data and the gen eral data for the PV system This area is devided into the following sections System planner The data of the system planner O Installation address The address of the PV system if neces sary with added contact partner Location Further information regarding location of the PV system This information is important for a correct calculation of the system configuration User Manual SOLIVIA PV Planner 11 5 Location and customer data 5 2 System planner section NOTE gt Save the project regularly to avoid data loss Personal data Salutation Title First Name Name Street House number Zip code City State Province Country In this area data of the system planner is managed T
35. s for the offline ver sion General system prerequisites e The Adobe AIR runtime environment in Version 2 0 or newer must be installed source http get adobe com de air e Sufficient memory on the hard drive to download and install the application e Internet connection is only required to update the data of the PV Planner Windows e Pentium 4 with 2 GHz or faster processor e Windows Vista Home Premium Business Ultimate or Enter prise including 64 Bit Editions Windows Vista 1 Windows XP Tablet PC Edition SP2 and SP3 Windows XP SP2 and SP3 Windows Server 2003 2008 Windows 7 Windows guidelines must always correspond to a standard installation e 1 GB RAM working memory Mac OS e Intel Core Duo 1 83 GHz or faster processor e Mac OS 10 5 or Mac OS 10 6 e 1 GB RAM working memory Linux e Pentium 4 with 2 GHz or faster processor e Fedora Core 12 Ubuntu 9 10 openSUSE 11 2 e 1 GB RAM working memory e Supported desk top environments GNOME and KDE e Package management systems RPM and Debian e Minimum version from GTK 2 6 e Windows manager Metacity Standard for GNOME and KWin Standard for KDE e Transparency A compositing window manager and additional X server expansion are required so that transparency is sup ported in AIR applications The following are supported Compositing Windows manager Beryl Compiz Compiz fusion Xserver expansions Composite Render Shape e Flash Player Fla
36. sh Player 10 2 or higher are required for seamless installation Badge from the Internet 2 3 2 Download and install offline version 1 Using your browser open the website http www solar inverter com eu en pv planner htm 2 Register in the Delta Customer Portal see 3 Registration p 7 Start the download and save the installation file on your com puter Start the installation file e g by double clicking Follow the installation instructions NOTE The Adobe AIR software from Adobe Systems is required to install and execute the offline ver sion of the PV Planner You can download Adobe AIR from the Adobe website After the installation is complete the PV Planner is automati cally started If the update of product data does not start automatically click the Update product data button to download the current product data to the modules and the inverters Project selection New project Load project Update product data The current product data is downloaded After completion of the update a message appears Update product data Your products data is up to date To start the first project click on the New Project button Project selection L New project Load project Upd te p oduct data User Manual PV Planner 3 Registration NOTE gt If you already have a customer account for the o SOLIVIA monitoring you can use t
37. sive database with standard modules 1 To select a standard module click the Select module button in the System wizard or System configuration areas A RELTA Select module SOLIViA PV Planne Project selection Location and customer data System wizard System contigurations 0 LA Gon Inverter set Qua SM 230 M 230 Wp Sunwa v Modules p b Module data b Create custom module SOLiViA PV Planner Location and customer data System wizard System configuration Properties View Chart View MPPT 1 MPPT 2 Select module SM 230 M 23 v SM 230 M 23 w b Module data b Module data Modules per String Strings in parallel Total module count 2 Inthe Public modules tab click a module and then on the Ac cept button The standard module is adopted into the system configu ration Simplify module selection Enter a search term into the Module search input field e g the manufacturer name or the MPP power The table is then filtered and only the modules which contain the search term are displayed If the same standard module is frequently used it is possible to copy this standard module into the Custom modules tab Then there is not necessary to search the entire table each time NOTE gt If you copy a standard module in the Custom modules tab the module data is not updated when the database is updated 32 Proceed as follows to copy a standard module T Click
38. system wizard when configuring the PV system The option Select deselect all inverters is the easiest way to select or deselect all inverters of the list User Manual SOLIVIA PV Planner 6 2 4 Start configuration of the PV system After establishing module type size of the PV generator and mod ule type the configuration of the PV system can start gt Click the Configure PV system button Configure PV system The system wizard starts the configuration of the PV system 6 2 5 Analyze configured PV systems The configuration variants found are listed on the right side of the system wizard The number of displayed system configurations is limited to a maximum of 10 system configurations 1 8 LA Consider max unbalanced AC load Inverter set T Modules Strin Power W Modules Pow eo e 9 9 12 1 If the system wizard could not find any system configuration a message is displayed The following information is displayed for each system configura tion Column name Description total power of all modules in relation to total power of all inverters Values 100 96 mean that the overall power of the modules is greater than that of the inverters otherwise less System configurations with power ratios between 90 and 110 are optimal Q9 Consider max unbal If a maximum asymmetric load on the anced AC load AC side must be considered activate this option and enter a
39. timal range This prevents bad planning that would consequently be a lot of hassle to correct in the actual system Project data regarding the configured photovoltaic system is all compiled into a detailed overview at the end This overview can be saved as a PDF and sent by e mail The data format XML allows project data to be exchanged easily with other PV planners and applications User Manual SOLIVIA PV Planner 2 Installation 2 1 Versions The PV Planner is available as an online and an offline version The only difference is that a constant Internet connection is required for the online version 2 2 Online version The online version runs directly in the Internet browser and requires a constant Internet connection The online version can be tested without first registering with Delta and setting up a customer account The test version has all functions of the full version How ever to save a project from the test version registration is required 2 2 1 System prerequisite online version The following information presents the minimum requirements The more powerful the computer is the faster the software runs General system prerequisites e Broadband Internet connection for the entire operating time of the application firewall must allow Internet access e Installed Adobe Flash Player starting with version 10 2 source http get adobe com de flashplayer e Java script must be activated in the browser e Cook
40. utton MPPT 1 SM 230 M 23 Y The Select module dialog box opens See 10 Managing modules p 32 for a detailed descrip tion of the dialog Module selection 2 Click a module and then the Accept button The new module is allocated to the MPP tracker MPPT 1 D6M225B3A Ml If the number of parallel strings is greater than the number of DC inputs on the inverter a string com biner box must be added to the Cable design area Information regarding the DC inputs is in the technical data of the inverter at the link Inverter data in the System configuration area 19 7 System configuration Meaning of symbols In addition to the technical data information regarding efficiency of the current system configuration is displayed Symbol Green check mark Example Power ratio DC AC Meaning The value is in the optimal range Symbol Yellow exclamation mark ss Example Power ratio DC AC Meaning The value lies outside of the optimal range but still within the permitted range Symbol Red exclamation mark Example Power ratio DC AC Meaning The value is outside of the permitted range A con figuration with this value is not possible A description in the form of tool tips can be displayed for every value and every symbol Varying information is displayed for value and symbol gt To display the description move the cursor over a value or a symbol
41. value for the maximum asymmetric load User Manual SOLIVIA PV Planner Inverter set Name of the inverter types that are used in the configuration Quantity Number of inverters per inverter type Module per string Module per string Strings Number of parallel strings per inverter 9 Power W Total power of the modules per inverter 9 Modules Total number of the modules per inverter Power ratio Dimensioning factor P P T he 6 System wizard Maximum unbalanced AC load An unbalanced load is present if different active power is fed in phases L1 L2 and L3 of a 5 conductor grid Such an unbalanced load constitutes a large load for the grid Therefore in some coun tries e g Germany and Italy a maximum permitted unbalanced load may not be exceeded on the AC side In Germany the maxi mum permitted unbalanced AC load is currently 2012 4 6 kW Some system configurations require connecting a number strings on an inverter that is larger than the number of DC inputs on the inverter Information regarding the DC inputs are at the link Inverters in the System configuration area gt If the number of strings is greater than the num ber of DC inputs a string combiner box must be added to the Cable design area see 8 Cable design p 22 6 2 6 Further processing a system configuration One of the system configurations that were calculated by the sys tem wizard can be selected for further processi
42. ve 1 a yellow proclamation sign 4 is displayed User Manual SOLIVIA PV Planner 27 8 Cable design DC connection DC connection DC connection DC isolation switch I I I I I l L L I I I I I l L L I I I I L1 L2 L3 N PE TTT Fig 8 11 Connection of a 1 phase inverter to a 3 phase net Fig 8 12 Connection of a 3 phase inverter to a 3 phase grid work left or 1 phase grid right DC connection DC isolation switch qA d Eval Goad A elta Gateway SOLIVIA 5 0 MI G2 Termination Y resistor Fig 8 13 Connection of several 1 phase inverters to a 3 phase grid 28 User Manual SOLIVIA PV Planner 8 Cable design DC connection DC isolation switch RS485 termination resistor integrated A Delta Gateway M1 G2 SOLIVIA 11 G4 L1 L2 L3 N PE O QO 2 Fig 8 14 Connection of several 1 phase inverters and a 3 phase inverter to a 3 phase grid When connecting several 1 phase inverters to the same phase in a 3 phase network gt A Delta Gateway M1 G2 is needed to avoid a prohibited asymmetric grid load e g in DE 4 6 kW with an asymmetric phase failure 1 or 2 phases The gateway regulates the power feed of the remaining phases down when there is an asymmetric phase failure The gateway is connected to the RS485 interface of the inverter The 3 phase inverters e g SOLIVIA 11 G4 have an inte
43. voltage at minimum module temperature Open Circuit Voltage 25 728 AT obama 20 30 Temperatura C Fig 7 4 Example Open circuit voltage at dimensioning tem perature Max min MPP voltage 20 30 40 Temperature Ci Fig 7 5 Example Minimum MPP voltage at maximum module temperature User Manual SOLIVIA PV Planner 7 System configuration 21 8 Cable design 8 Cable design Project selection Location and customer data System wizard System configuration Cable design Result DC Side Select inverter MateriallCable cross section SOLIVIA 5 0 EU G4 TR Simple cable length m BUEN ee LN A Add string combiner box SCB Max strings at SCB input Material Cable cross section Simple cable length m Quantity of SCB Loss from PV array to SCB 14 22 W 31 25 W 0 16 5 0 31 Loss from SCB to Inverter DW 565 Total DC cable loss 14 22 W 0 16 5 AC Side Phase mapping Material Cable cross section mm Inverter Open phases o pH Ss EA Simple cable length m SOLIVA 20 EU C0 1 214 1 0 Br B 2 EP Bj Is x SOLIVA 5 0 EL 0 SOLIVIA 3 6 EU 0 Power kW 11 27 Current 46 99 A Voltage drop D v Ov Power loss ov OW Unbalanced load 1 kw Total AC cable loss aw 8 1 Overview The information for the cable specification is found in the Cable design area This information is necessary to be able to
44. y use of SOLIVIA PV Planner provided DELTA was not at fault due to demonstrable willful intent or gross negligence Delta Energy Systems Germany GmbH Tscheulinstrake 21 79331 Teningen Germany Delta Energy Systems GmbH All rights reserved Operation and installation manual for SOLIVIA 2 5 3 0 3 3 3 6 5 0 EU G4 TR Table of contents Table of contents T MUOU IOs a ao AAA AR AAA Aa ee D 4 Za MSANI Gone cK a Mee ae Mae hee ae ee Se ea AAA RN 5 2 1 Versions aooo ae ROREM a ERE eee AAA 5 2 2 Onne VOISION eean G a ras liada ea ea asa 5 2 2 1 System prerequisite online version a e a a a 5 2 3 Onus VEISION 4 v o abra riera rara Aa AA 6 2 3 1 System requirements for the offline version lees 6 2 3 2 Download and install offline version o oo a a 6 3 Registration aoaaa a 7 4 PIOIGELSBIOCHON lt a AAA 8 4 1 Open project selection 2l lll less sss ss hayas ass 8 4 2 siga delsem PT wseteives 8 4 3 Load saved DIOlSBba wie pasada vias EB ae Ow Ee UE D Goch OE Um PO We cw WOO E DA ec d P P db oS 9 4 4 Delete saved project ata tee eat bhai AAA A AAA 9 4 5 Exporting project as XML www s le lese sesso soos osos sos 10 4 6 Import project from XML aus mk xRUE XI ROEREGUeEA E4m mESERETPeSxice5dexEasss 10 5 Location and customer data lle lle el esr esr hr nho 11 5 1 OVCIVIEW 2254 Orpa BUE ON P Seur e E ee
45. ystem wizard is started by clicking the button it develops suggestions for the configuration based on the settings e Used inverters in to 9 Configured PV sys The list of the suggestions for the sys tems tem configuration A maximum of 10 suggestions are displayed Which inverters are available for selection depends on the Region that is set in the Location and cus tomer data area gt Always make sure that the correct region is set User Manual SOLIVIA PV Planner 13 6 System wizard 6 2 1 Set module type ct module Q 50 ALFA7 Schott Solar AG Q h Module data E p Create custom module A standard module can be selected or a customer specific module can be created gt Toselect a standard module click the Select module but ton 50 ALF 17 Schott Solar AG The Select module dialog box opens A pre defined module can be selected there How to work with the module selection is described in section 10 Managing modules p 32 gt To display the technical data of the selected module click the link Module data b Module data The Module information dialog box opens s Module information Name NOCT Manufacturer Max system voltage Nominal power Pmpp 50 Wp Cell count Tolerance plus va Length 365 mm Tolerance minus Ya Width 152 mm Nominal voltage Umpp iV Height 51mm Nominal current Impp 2 Weight i kg Open circuit voltage Uo
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