SolarEdge Site Designer User Manual v2.3
Contents
1.2. re Figure 13 De rating factors 1 Module Factors edit the de rating factors associated with module energy losses PV nameplate Module Soiling and Module Aging There are no Mismatch losses in the SolarEdge system 2 Electrical Factors edit the de rating factors associated with electrical components in the system DC wiring AC wiring and Diodes and Connections Inverter and power optimizer losses are system dependent and are calculated according to the models used in the design 3 Location Factors edit the de rating factors associated with the specific system location System Availability and Shading 4 Save a set of values as the default values with the Set as Default icon You can choose your default values by pressing the Restore Default icon and you can return to the SolarEdge settings by pressing the Restore SolarEdge Default icon SolarEdge Site Designer solaris If you have technical queries concerning our products please contact our support through SolarEdge service portal http www solaredge com North America Australia Germany France Italy Japan United Kingdom Belgium Israel Rest of world Fax Email to Toll free 1877 360 529 2 Toll free 1800 46 55 67 089 454 597 30 Toll free O800 917 410 Toll free 800 784 824 Toll free 81 3 5530 9360 Toll free 0800 028 1183 Toll free O800 730 41 073 240 311 8 1 0 650 319 884 3 972 0 73 240 311 7 support solaredge com
3. In the Design screen you can design any system and receive immediate verification of the design This option should be used if there is no recommended design or if you do not want to use one of the recommended designs because of specific design constraints When choosing the Edit Design option the screen shows the design you chose in the Get Design screen You then build and verify a design as detailed below and shown in Figure 12 Al SolarEdge Site Designer 2 2 8 New Project xX Home Settings Database 7 oneal Location PV array System Design Summary Generate report 14 Project Settings Project Design Reports imi i ion i a Optimizer configuration 1 Modules 11 Phase imbalance 12 11 stami Req P350 v 112 112 South 80 80 Sizing range 2 264 28 28 0 46K East 32 32 Maximum HEEG 2012 3 inverter Duplicate row solar 2 dge x Modules Maxachieved DC DC AC Inverters Design details semen pensarti izing Energy kWh Iv 1 x SE17k 2 x String 1 South 40 x P350 80 19 31 117 65 22836 1x SE7k 1x String 1 East 32 x P350 32 732 11429 9162 Inverter Strings 8 anne Inverter model 4 sem String 1 EM eoe 5 Quantity 7078 PVamay Modules Optimizers 13 Yield factor Status ww South 9 0 0 East 32 32 6 View string lengths Figure 12 Edit Design 1 Choos
4. Choose a Location In the Choose Location screen you define the system location and related regional settings as detailed below and shown in Figure 6 Location pesi Project Details solar 7 Name New Project 8 O E x Description optional Location Choose Location E Favorites only 7 10 Continent 1 Fu Ambient temperature 9 E Fc Define PV Arrays 53 min max Country 2 le Get Design State Province 3 p 4 irradiance dat Grid Requirements Grid i m 11 T Keep phase imbalance under 0 2 w12 E Power Factor cosphi leading mM M E co 13 mandatory field Cancel 14 Next Figure 6 Choose Location You must fill in the following mandatory fields 1 2 3 4 Select a continent Select a country Select a state province where applicable Select a city You can manage the locations 5 Save location as the default location with the Set as Default icon You can remove this selection at any time with the Clear Default icon You can choose your default location by pressing the Restore Default icon Mark a location as favorite using the Add to Favorites icon You can remove a location from the favorite list at any time be pressing the Remove from Favorites icon 7 Check the Favorites only box to see only location saved as favorites 11 solar SolarEdge Site Designer You also have the option of changin
5. not use the Software or Documentation No part of this Documentation may be reproduced stored in a retrieval system or transmitted in any form or by any means electronic mechanical photographic magnetic or otherwise without the prior written permission of SolarEdge Inc SolarEdge This Documentation is solely for the use of SolarEdge customers and employees While SolarEdge believes this Documentation to be accurate and reliable SolarEdge assumes no responsibility for its use SolarEdge makes no guarantee that the Documentation is complete or error free The Documentation is provided AS IS and SolarEdge disclaims all warranties in respect thereof SolarEdge reserves the right to make changes to the Documentation at any time and without notice You may refer to the SolarEdge web site for the most updated version SolarEdge Site Designer solar 2 Introduction The SolarEdge Site Designer analyzes your planned PV site location size module models and orientations and then recommends one or several system designs the SolarEdge inverter power optimizer model and string sizing most suitable to your site requirements The Site Designer can also verify any site design and it supports unequal string length layouts and multi orientation systems solar hw xor ai After installation open the Site Designer from the desktop icon Wed Site data is input in the Choose Location Define PV Arrays and Get Design screens In the latt
6. 12 08 53 Check now Database updates Automatically check for updates 5 Last check 10 4 2012 08 59 Check now Close Apply Figure 3 Options screen Update tab 5 Choose if the application should automatically check for application and database updates or check if there is a new update SolarEdge Site Designer V2 2 5 5 solar E Defaults Tab Allows you to change defaults that you saved in the application fre General Update Defaults PV default 6 e Grounding requirement message Report default e Always show before generating a report Sizing default 8 E Display minimum inverter DC AC sizing Close Apply Figure 4 Options screen Defaults tab The defaults that can be saved and edited from the Options screen are 6 PV Default display a message every time a module that may require grounding is selected 7 Report default always display the report settings before generating a report 8 Sizing Default display the minimum inverter AC DC sizing Other defaults that can be saved in the application can be edited in the application itself SolarEdge Site Designer solar JF Begin a New Project After opening the application begin a new project either by selecting the New Project icon in the opening screen as indicated in Figure 5 or by selecting the New option in the main menu as indicated in Figure 1 Figure 5 New Project SolarEdge Site Designer V2 2 10 solar fr
7. E01 245 00W Azimuth North Odeg 180 gt nonn oaeo 7 2 E SIE Optimal tilt at given azimuth Mounting 10 Co planar with roof Restore default orientation w Choose Location l 12 sic Achieved min Achieved max Define PV Arrays Pmpp 245 00 241 54 Wp Voc 42 70 35 66 4644 V Get Design Vmpp 34 40 28 73 37 41 V Isc 73 7 65 7 88 A Impp 7 14 7 07 728 Voc temp coefficient 0 250 96 C System Sizing Isc temp coefficient 0 030 96 C Modules 10 6 9 DC Power STC 2 450 T kWp mt Power optimizer compatibility mM P Matching power optimizers found w A TA 13 Display optimizer data 14 Next Cancel Figure 7 Define PV Arrays You must fill in the following mandatory fields 1 Select a module Manufacturer and Model You can manage the modules 2 Save a module as the default module with the Set as Default icon You can remove this selection at any time with the Clear Default icon You can choose your default module by pressing the Restore Default icon 3 Mark a module as favorite using the Add to Favorites icon You can remove a module from the favorite list at any time be pressing the Remove from Favorites icon 4 Check the Favorites only box to see only modules saved as favorites 5 Check the Only modules optimized by SolarEdge box to see only modules with embedded power optimizers 6 Define the System size either a
8. SolarEdge _ Site Designer 2 SolarEdge Site Designer V2 2 solar Iri Table of Contents Table OF COMCCIGS 2 INGE I 3 Starting to Use the Site Designer eee eee eee eere rettet nnn 4 Begin New Project iones e everest rae ene tsuetan od nEn MEE 9 Conse a ciin Me 10 Define Modules and Orientations eee e eere ee eee eee eeee 12 Get Recommended Designs ccccccssssssssssssvercccccocccccssesscssessssssoescccccosees 15 PP ORCL Summa 18 Generate System Report occiso vito ette EYE ite acicasini intricate 19 Edit System DGS OW m 24 Change the Energy De rating Factors ecce 25 Important Notice Copyright 2010 SolarEdge Inc All rights reserved All company and brand products and service names are trademarks or registered trademarks of their respective holders This Site Designer Manual the Documentation accompanies the SolarEdge Site Designer the Software and as such is subject to the terms and conditions of the Site Designer Terms of Use the Terms which is available on the SolarEdge web site www solaredge com Use of the Software or Documentation constitutes your acceptance of the Terms If you do not want to accept the Terms do
9. ain power optimizer does not match as shown in Figure 8 Sometimes the application will allow connecting more than one module to each power optimizer input These connections are indicated with the following notation after the power optimizer model axb this means that a modules are connected to the power optimizer input in parallel and b modules are connected in series For parallel connection you will need to use a branch cable After entering all the information 14 Press Next 14 SolarEdge Site Designer V2 2 Power optimizer compatibility details Zax Optimizer configuration does not match OP250 LV PV Array 1 Module power above power optimizer max power Module Voc above power optimizer max input voltage Module Vmpp above power optimizer max mpp voltage OP300 MV OP400 MV OP400 EV PB250 AOB discontinued lt lt lt lt lt lt lt PB350 AOB discontinued Note The notation axb means a modules in parallel x b modules in series Figure 8 Power Optimizer Compatibility Details 15 solar EEE SolarEdge Site Designer Get Recommended Designs In the Get Design screen the Site Designer recommends one or several system designs as shown in Figure 9 based on the location and PV array data that you input at the previous stages System M8 M System settings 2 Optimizer configurat
10. an EEE John Smith 2 Company Solar Insts Inc Shona BESSESS 5551234 Mobile 55542 SO c ye 2 Email John Smith solamstsles com To Name Jane Doe Address 5 Oak Street Phone 555 4444 Email Jane gmailcom Project New Project 0S 14 2013 mno 05 rw nr Location Antwerp Belgium System data Installed power 45 55 Kip Max achieved DG power 44 82 KW Inverters AC power 3400 EVA Inverters active power power factor 5 33 22 KW PV Array 1 South Tilt Azimuth Mounting am 180 Go planar with roof Sanyo Electric 245 01 24500 W PV Array 2 East Tilt Azimuth Mounting 3r 180 Co planar with roof Sanyo Electric 245 01 24500 W Inverter design Inverters 1 2 SESK Sings 1 5 South 26 x OPZ50 V Inverter 3 SES String 1 South 26 x String gt South 25 x OFZEO LV Inverter 4 String 1 East 35 x OPFZ50 LV Power optimizer extreme operating conditions V Calculated Limit Max input power 245 W 250 W ww Min input voltage AV av wu Max input voltage 48 V n5 V vw Max input current amp A 10 A y Max output cunent 11A 15 A yt Calculated values are the absolute minimax of all arrays using this power optimizer confgurbn 23 SolarEdge Site Designer eee solar gE Energy estimation Estimated monthly D Actual kWh C Clipping 3 kWh clipped Enargy kwhj Estimated yearly energy 4275 MWh Clipped energy Energy yiel
11. ccording to number of modules or to system size in kWp STC 7 Adjust the modules Orientation 13 232 SolarEdge Site Designer You also have the option of changing the following fields 8 Edit the PV array name This name will appear in the system recommendation and in the system report if you generate one 9 If the desired module is not available you can add a module by pressing the Add icon You can later edit or delete this location using the corresponding icons these icons appear only when using a location you added Added modules can be sent to SolarEdge for inclusion in the Site Designer after verification To send them select Send Send my database to SolarEdge from the main menu 10 Change the Mounting of the system This affects the modules temperature 11 For a multi facet system or for a system with several module models add a PV Array for each additional orientation and module type This is done by pressing the Add icon VE at the top of the screen After all selections are made you may view the following two results 12 View the electrical parameters of a selected module under both STC conditions and extreme conditions at the selected location and orientation 13 See all compatible power optimizers by pressing the Display optimizer data as shown in Figure 8 A green V marks power optimizers that are compatible with the chosen modules and orientations Hover over a red X to understand why a cert
12. d send an email to SolarEdge support or send SolarEdge modules that you added to the Designer o Options define various designer settings as detailed below The Options screen can also be accessed by selecting the Options icon in the opening screen 7 About software version information and SolarEdge support contact information 8 Exit close the application SolarEdge Site Designer V2 2 solar fr The Options screen has the options detailed below and shown in Figures 2 4 General Tab Allows you to change your personal preferences Options General Update Defaults Application language Language 7 English Temperature units e Celsius Fahrenheit Project history Number of projects to show in history 3 5 B 4 Clear projects history Close Figure 2 Options screen General tab 1 Change the application Language The following languages are available English German French and Italian 2 Change the Temperature units to be used in the application Celsius or Fahrenheit 3 Change the Number of projects to show in the history The last saved projects appear in the main menu 4 Clear the project history Apply SolarEdge Site Designer solar 7 Update Tab Allows you to select whether or not to receive automatic application or database updates from SolarEdge Options General Update Defaults Application version updates Automatically check for updates 5 Last check 10 4 20
13. ds are an approximation they are not guaranteed by Bill of Materials Inverters SESK ER D1 M40 quantity 3 SETK ER 01 M40 quantity 1 Optimizers OP250 1 V MC4SM 4U quantity 150 Figure 17 Project report 1 User contact information and SolarEdge logo this appears at the top of every page in the report To customer contact information Project project name description and creation date Location system location oR o N System data system STC power max DC power at given location and orientation and inverter AC power o PV Arrays details of all the arrays defined Array name tilt azimuth mounting type and module model 7 Inverter design inverter models and quantities number of strings per inverter and power optimizer quantity and configuration from each array per string 8 Power optimizer extreme operating conditions the expected electric parameters of the power optimizer configuration under extreme conditions at the selected location and orientation displayed next to the power optimizer limitations A green checkmark 1s displayed next to each valid parameter 9 Energy estimation graph displaying the estimated monthly energy that the system will produce including AC energy loss due to output power clipping if it occurs 10 Bill of Materials the part number and quantity of each SolarEdge product needed for the design 24 solar 7 SolarEdge Site Designer V2 2 Edit System Design
14. e a different Optimizer configuration Adjust the maximum DC AC sizing N 3 Germany only If the system size is lt 30kWp this checkbox appears This allows you to get designs with an AC DC ratio according to EEG 2012 4 Choose a different Inverter model Change the quantity of inverters of a given model 6 View the permitted string lengths for the chosen power optimizer configuration and inverter model 25 SolarEdge Site Designer eee sola e 2 7 Change the Quantity of a specific string design This means that if you are designing an inverter with several strings that are identical in string length and number of modules from each array you just increase the string quantity 8 Adda string to an inverter if you are designing an inverter with several non identical strings 9 Assign modules to a string modules from different arrays can be combined in the same string 10 Add an inverter when using multiple inverter models or when having a different design per inverter e g if you have an SE4000 with 17 modules and an SE4000 with 18 modules 11 Check how many modules you have already assigned to strings out of the total number of modules you defined in the PV array screen You can check this per array and for the total system 12 Check that the max phase imbalance you defined in the Location Screen is not exceeded 13 Check that if a yield factor appears it is at a satisfactory value The yield factor indicates low ene
15. er the recommended designs are displayed Designs can be edited and verified in the Design screen An overview of the system can be seen in the Summary screen and a system report can be created using the Generate Report button After creating a project you can save it by clicking on the application icon r solar 79 at the top left of the window and selecting the Save or Save As options A saved project can be opened by selecting the Open option from this menu SolarEdge Site Designer V2 2 EES 2 Starting to Use the Site Designer Before starting a new project with the SolarEdge Site Designer familiarize yourself with some of the icons used in the application and with the main menu Icons The following icons are used throughout the application Edit Remove Set as Default ml Clear Default Restore Default SE Restore SolarEdge Default ACI Add to Favorites l Remove from Favorites Main Menu solar 73 The main menu is reached by clicking on the application icon e at the top left of the window The main menu has the options detailed below and shown in Figure 1 SolarEdge Site Designer Dakara 120kW Stionsesd oversizing Antwerp sesd Ctri O Ctrl S Figure 1 Main menu New start a new project Open open a saved project Save Save as save a project Close close a project ao hON Sen
16. g the following fields 8 Enter a project Name and Description if you generate a report these fields will appear in the report 9 Adjust the Ambient Temperature range to which the system will be subjected 10 If the desired location is not available you can add a location by pressing the Add icon You can later edit or delete this location using the corresponding icons these icons appear only when using a location you added 11 Select an electrical grid to ensure designs with inverters that comply with the required grid 12 Adjust the phase imbalance limit which is the maximum phase imbalance permitted between phases For single phase inverter installations connected to the three phase grid the application will not allow higher phase imbalance 13 Adjust the inverter power factor This field is available only in countries with reactive power requirements After entering all the information 14 Press Next 12 SolarEdge Site Designer V2 2 Eeyore solar gE Define Modules and Orientations In the Define PV Arrays screen you select a module model and define the system sizing and related settings as detailed below and shown in Figure 7 PV Array South X East X 11 2 PV Array Module Details _ Only modules optimized by SolarEdge 5 PV array name amp South _ Favorites only 4 Orientation Manufacturer SanyoElectric H L 9 Ground 0 deg B7 Model HIT H245
17. has 2 strings one with 26 OP250 LV power optimizers from array South and the other with 25 OP250 LV power optimizers from the same array and the inverter in the third group has 1 string with 35 OP250 LV power optimizers from the array East 17 solar SolarEdge Site Designer 4 Total per inverter a Number of modules b Max achieved DC power the maximum input DC to the inverter at the given location c DC AC sizing the ratio of the input DC 9 STC to inverter rated AC power 5 System Total shown below the dashed line a Number of inverters strings and modules b Max achieved DC power the maximum input DC to the system at the given location P Estimated yearly energy i Clipped energy when there is a large DC AC sizing ratio the inverter may clip the produced energy Select a recommendation by clicking on it so that it is marked in red You then proceed by selecting one of two buttons at the bottom of the screen 6 Press View Summary to see an overview of the selected design T PressEdit Design to manually change the system design These options are discussed in further detail in the following chapters 18 SolarEdge Site Designer V2 2 solar View Project Summary In the Summary screen you can see an overview of the selected design as detailed below and shown in Figure 11 m ld SolarEdge Site Designer 2 2 8 New Project x e i Home Settings Database ie mcum J Loca
18. ion 3 Inverters solar edo E Inverter DC AC sizing v P405 4 v 1 phase inverters E DC STC gt P500 5E2200 4 b Ayl ies Ag Fa roo v 5E3000 Maximum w P700 1 parallel 2 series SE3500 v OP250 LV v SE4000 v OP300 MV v 5E5000 OP400 MV 4 w 3 phase inverters 5 EEG 2012 gt v OP600 96V v SESk PB250 AOB discontinued v SE7k v SESk Choose Location 1 Recommended designs 6 Recommend again Define PV Arrays DC AC sizing 2 Strings Modules Max achieved DC power Est yearly energy Get Design String 1 South Modules Inverter Max achieved DC power DC AC sizing 9 String 1 East Modules Inverter Max achieved DC power Figure 9 Get Design 4 Review different recommendations in this area In some complex mutli orientation designs the application may not offer any recommendation In this case you can change the system settings as described below or manually design the installation by pressing Edit Design Changing the system settings 2 Restrict the recommendation to specific Optimizer configurations that should be used in the design specific power optimizer models and specific number of modules connected to each power optimizer 3 Restrict the recommendation to specific inverter models that should be used in the design 16 solar 2 SolarEdge Site Designer V2 2 4 Adjust the maximum DC AC sizing This is the ratio between
19. on by pressing the Restore Default icon and you can clear this information with the Clear Default icon 21 SolarEdge Site Designer eee solar gE 7 Optional Input the contact information of the customer for whom you designed this system 8 Press Generate Report A general view of the report can be seen in Figure 16 vonage Max input voltage Max input Max output curan 15A Calculates valves are the absolute mie max of all arrays using ID power coti ce configuri Sanyo Electric HIT H245501 24600 W PV Array 2 East Mourera with rod 180 Co cianar Electric HIT H245501 24600 W Inverter design laverters 1 2 SEX Sungsi South 26x OP2504V Inverter 3 SEX Steg South 26 x OP250 LV Seng South 25 x OP250 LV Inverter 4 SEX String t East 35 2504 Estates yearly energy CT Energy yields are an approrimanica they are not by Santa Bill of Materials Invertes O14 quantty 3 SETK ERO1 M40 quaeaty 1 Ormas OP250 LV MC4SM 4U quantty 150 Figure 16 Project report general look The report can be saved by pressing the Save icon at the top of the screen indicated in Figure 16 The report can be saved in the following formats e Pdf e CSV e Excel 97 2003 e Rich Text Format e Tiff e Web archive The report includes the information detailed below and shown in Figure 17 22 SolarEdge Site Designer V2 2 DOETJE Se ngi cl
20. rgy production in multi facet installations due to low number of modules on a facet 14 Change the location PV arrays or system settings that you originally input From the Edit Design screen you can generate a system report as detailed in the Generate a System Report chapter If the design you chose is not valid the Generate report button will be disabled and the non valid part of the design will be indicated in red Change the Energy De rating Factors From the Summary and Design screens you can change the energy de rating factors which affect the estimated energy of the system To do this press the Settings tab at the top left of the screen and then press the De rating factors button In this screen you can edit the factors and save the new values as detailed below and shown in Figure 13 26 SolarEdge Site Designer V2 2 EE 2 De rating factors Module Factors 1 PV Nameplate EGO 3 Possible Range 80 105 Module Soiling 5 0 a Yo Possible Range 30 99 5 Module Aging 00 0 Possible Range 70 100 Mismatch 100 Electrical Factors 2 DC Wiring bao Possible Range 97 99 AC Wiring 99 0 6 Possible Range 98 99 3 Diodes And Connections E Possible Range 99 99 7 Inverter amp power optimizer system dependant Location Factors 3 System Availability 99 5 Possible Range 0 99 5 Shading 00 0 Possible Range 0 100 4 solar gt
21. suring that the power optimizer part number provided in the report meets the system requirements 20 52 SolarEdge Site Designer V2 2 3 Choose the Required power optimizer output cable length according to the installation of the modules portrait or landscape This is a mandatory field ensuring that the power optimizer part number provided in the report meets the system requirements 4 Optional Choose whether or not the Report settings screen should appear every time you press the Generate Report button Unchecking this box means that the last settings will be used Contact Information Tab Report Content Contact Information 5 User contact information Name John Smith Title First Last Company Solar Installers Inc Address 1 Main Street Phone 555 5555 Fax 555 1234 Mobile 555 4321 Email John Smith solarinstallers com pe 6 ia 7 Customer contact information Name bd Jane Doe Title First Last Company Address 5 Oak Street Phone 555 4444 Fax Mobile Email Jane gmail com Always show before generating a report Y solar JE Cancel 8 Generate Report Figure 15 Report Settings Contact Information tab 5 Optional Input your contact information including a logo if desired Save a set of values as the default values with the Set as Default icon 6 Save the information as the default information with the Set as Default icon You can choose your default informati
22. the rated STC power of the modules and the inverter peak AC power Adjusting this range allows you to change the inverter over sizing Save a maximum sizing value with the Set as Default icon You can choose your default value by pressing the Restore Default icon and you can return to the SolarEdge maximum value by pressing the Restore SolarEdge Default icon 5 Germany only If the system size is lt 30kWp this checkbox appears This allows you to get designs with an AC DC ratio according to EEG 2012 When this box is checked the inverter AC power can be limited to a value between 60 70 of inverter max AC power 6 If you change any of these settings press Recommend again Each recommended design includes the information detailed below and shown in Figure 10 Figure 10 Recommendation 1 Recommendation In the example recommendation 1 is shown 2 Inverter models and quantity In the example there are 3 inverters from one model and 1 inverter from a second model Rge 3 inverters from the same model are split into two groups inverters 1 2 and inverter 3 because the inverters in the first group have different string sizing from the inverters in the second group 3 Number of strings per inverter and power optimizer quantity and configuration from each array per string In the example each inverter from the first group has 2 strings each with 26 OP250 LV power optimizers from array South the inverter from the second group
23. the inverter is strongly over sized and as a result there AC energy is lost due to output power clipping the monthly and yearly values of energy lost due to clipping are displayed as well as a percentage of produced energy From the summary screen you can generate a system report as detailed in the Generate a System Report chapter SolarEdge Site Designer 19 solar fr Generate a System Report From the Summary and Design screens you can generate a system report by selecting the Generate Report button at the top of the screen Selecting this option opens a screen where you can define and input report data as detailed below and shown in Figures 14 and 15 Content Tab p Report Content Contact Information Report content w Project name and location w System description w List of arrays w Power optimizer extreme operating conditions Energy yield w Bill of Materials Additional data Power optimizer input connector 2 Y J iw Always show before generating a report 4 solar 7 1 F Company contact information w Customer contact information iw Project description Mounting Phase balancing Power optimizer output cable length 3 Cancel Figure 14 Report Settings Content tab 1 Optional Exclude certain sections from the report 2 Choose the Required power optimizer input connector according to the modules used in the design This is a mandatory field en
24. tion PV array System Design Summary Generate report Project Settings Project Design Reports saved 2052 00 tons Equivalent trees planted 6857 Daily lightbulbs powered 15863 Estimated monthly ener 2 9 Projectsummary 1 y gy 5 edad Actual kWh Clipp kWh clipped Peak power STC 490 kWp E Actual kWh 8 Clipping kWh clipped Max achieved DC power 471 kW Inverter active power 350 kW m 3 395 Invert nt UR nverter apparent power 350 k a 3 3 Em 33 1 7 Yearly energy 2 Estimated yearly energy 5 23 MWh gy k Please note energy yields are anapproximationand are not guaranteed by SolarEdge Ener Project design 3 Inverters 1 PV arrays 1 Power optimizers 20 Orientations 1 Modules 20 Phase balancing req No Estimated yearly energy 5 235 MWh Clipped energy 2 18 Figure 11 Summary 1 Project summary STC power max DC power at given location and orientation inverter active AC power and inverter apparent AC power 2 Yearly energy estimated yearly energy that the system will produce Project design inverter power optimizer and module quantity number of PV arrays defined number of different orientations used phase balancing requirement 4 Environmental data the system s environmental impact according to its estimated energy 5 Estimated monthly energy graph displaying the estimated monthly energy that the system will produce If
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