Programa Hélio projeots Energia solar

 New Features in HELIOS 3D 2017

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 Yield Assessment Assessment

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 Yield Assessment HELIOS 3D contains a fully integrated module for yield assessment. That allows calculating the yield with a simulated or the real cabling as designed in the Electric module. In the first stage (without comlete electric design!" the table layout can already be otimi#ed according to the yield. $ou can comare different layouts and calculate ideal table ad%ustments and module inclination angles under consideration of meteorological data. &e use the data of the well'resected comany eteotest from Swiss" which are used in )*syst as well. The yield assessment can be started with a few clic+s and calculates the e,ected yield -uic+ and with a lot of details. The calculation basics are designed in cooeration with and certified by the raunhofer IT&. This $ield /ssessment is a reliable tool for otimi#ing a lant layout. The final dates can be e,orted in a clearly arranged reort for documentation or comarison The results of the calculation can be 0isuali#ed in our 1rowser *iewer to see the erformance of distinct rac+s and e0en strings in a 3D scene. $ou can e0en get information about distinct strings by  %ust ointing at them. &hen the yield calculation is done with an e,isting electric layout" losses caused by the run of any cable get calculated and can be dislayed in 1rowser *iewer (and in HELIOS 3D!. 1y that non'ideal cable runs and length can be easily 0isuali#ed and detected to otimi#e the layout. This new bloc+ e,tends the functional range for creating large scale hoto0oltaic ower lants with high lanning reliability and yield otimi#ation.

)erformance o0er0iew for indi0idual strings

Ergnmi! inter"a!e 1.

&e ha0e ut a lot of effort in enhancing the usability of HELIOS 3D. unctions of the wor+flow" belonging together" are groued now in secific tabs. 2omletely rewor+ed interface to ha0e less mouse clic+s and a more intuiti0e" faster wor+flow. 2ollection of related functions and information in resecti0e tabs and function windows (e0erything under one roof!.

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Li#rar$ %anagement. Helful for an easy storage and reuse of /uto2/D 1loc+s" which you use in the D and 3D Layouts. $ou $ou can define indi0idual struct ures for easy access to your ersonal 3D ob%ects. &ith these ob%ects you can create a more realistic 3D scene for the 1rowser *iewer.

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Helis 3D La$er management This function allows free#ing and thawing of layer with one clic+ and sa0ing or restoring a HELIOS 3D related layer 0isibility settings. That means you can create different dislay rofiles for different wor+ stes to enhance your wor+flow. That allows -uic+ ad%ustment of the dislay according to the current tas+.

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Indi'idual arra$ and rw num#ering s!(eme.  /llows changing the row and array labels indi0idually for a comleted la yout. The label te,ts can be changed at any time and numbers can be counted row wise" field wise or field comrehensi0e.

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*isuali+atin " arra$ sl,es wit( !lr s!(emes. Define your own sloe inter0als for colored dislay.

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Dis,la$ and e,rt s!(emes "r ,st !rdinates or a reduced ost list" you can create a mar+er scheme and afterwards list the mar+ed osts only on a reort.

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/eneral singleais tra!er s$stem la$ut

In the new 0ersion HELIOS now suorts a new system of single'a,is trac+ers. The rotation a,es for the rows with north'south orientation are connected by the dri0e shaft of the central control unit. irst ste is seerating an area into trac+er bloc+s otimi#ed for the ma,imum trac+er si#e. or the rows of rac+s" a rotation a,is can be defined and different rows are connected by a dri0e shaft. or the a,is and the shaft ma,imum sloe angles can be defined. The generated bloc+s can be registered as fields with redefined settings for -uic+ and easy lacement. lacement.

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A!!urate s(ading anal$sis "r ea!( mdule is a'aila#le.  /fter starting the shading analysis" HELIOS will show the distinct amount of shading for each module to gi0e a better understanding.

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4la!ement results !an #e "r+en w(i!( allws e.g. re,la!ing t(e la$ut wit( a di""erent mdule inclination mdule inclination angle. (for a targeted &!. HELIOS will +ee the start oints of the rows for the lacement with different rac+ inclination angles.

10. New 4*s$st E,rt wit( t(e "ield sele!tin ,tin and registered s(adw #5e!ts. $ield calculation in )*Syst for large ro%ects can be 0ery time consuming. To To gi0e more fle,ibility" HELIOS can e,ort now selected fields. .

11. 6errain anal$sis inside t(e rwser *iewer (direction" tilt" tilt in secific orientation" le0el" raindro! The 1rowser *iewer contains different analysis functions and allows transferring the results bac+ to the 2/D.

4ac+s with indi0idual yield calculation

&ater flow analysis

Etended "eatures 1. 1rowser *iewer with many e,tensions for aealing 0isuali#ations. *isuali#ation of calculation results" cable losses and yield are only some e,amles of the enhancements.

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The result statisti!s ha0e statisti!s ha0e been e,tended and the contents can be ad%usted indi0idually.

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Assignment " alternati'e string de"initins is de"initins is ossible now. This is an imortant otion" when the standard definition is not alicable.

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8al!ulatin " t(e !a#le lsses Helis nw !al!ulates !a#le lsses for each for each string cable indi0idual deending on it5s arameters (length" material" cross section!

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Indi'idual !(ange " t(e !a#le !rssse!tins ossible. !rssse!tins ossible.

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De!lare 9ina!ti'e:"ae; 4* mdules on mdules on arrays is ossible now.

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The num#ering and la#elling of la#elling of electrical stringing can be re0ised subse-uently.

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The resulting statistics ha0e been enhanced and are customi#able.

HELIOS 3D 2017 !an nl$ #e used in !m#inatin wit( Aut8AD 8i'il 3D 2017<