Operating instructions. PARAKO Parameterisation software for PIKO inverters

Transcription

1 Operatig istructios PARAKO Parameterisatio software for PIKO iverters

2 Legal otice KOSTAL Solar Electric GmbH Haferstraße Freiburg i. Br. Germay Phoe +49 (0) Fax +49 (0) Exclusio of liability All ames, trademarks, product ames or other desigatios give i this maual may be legally protected eve if this is ot labelled as such (e.g. as a trademark). KOSTAL Solar Electric GmbH assumes o liability or warraty for their free usage. The illustratios ad texts have bee compiled with great care. However, the possibility of errors caot be ruled out. The compilatio is made without ay guaratee. Geeral ote o geder equality KOSTAL Solar Electric GmbH is aware of the importace of laguage with regard to the equality of wome ad me ad always makes a efort to relect this i the documetatio. Nevertheless, for the sake of readability we are uable to use o-geder-speciic terms throughout ad use the masculie form istead KOSTAL Solar Electric GmbH Subject to techical chages. Errors excepted. All rights reserved by KOSTAL Solar Electric GmbH, icludig those of reproductio by photocopy ad storage i electroic media. Commercial use or distributio of the texts, displayed models, diagrams ad photographs appearig i this product is ot permitted. This maual may ot be reproduced, stored, trasmitted or traslated i ay form or by meas of ay medium, i whole or i part, without prior writte permissio. Valid as of software versio 5.6 2

3 BTN-Aker Haupt IHV Cotets 1. Geeral iformatio Proper use About this maual Notes i this maual Symbols used The program Preparatory work Istallatio Fuctios Parts of the parameterisatio software Settig the parameters Geeral settigs Chagig the settigs Power limitatio ad reactive power feed-i Grid ad system protectio Displayig ad pritig the curret settigs Operatio ad operatig the device De-eergise the iverter Registratio Request password for PARAKO Idex 41 3

4 Proper use... 6 Text-Aker Kap01 1. Geeral iformatio 1.2 About this maual Notes i this maual Symbols used

5 Geeral iformatio Thak you for choosig a product from KOSTAL Solar Electric GmbH! If you have ay techical questios, please call our service hotlie or sed a to: service-solar@kostal.com. Germay ad other coutries (0) (Mo - Fri 8:00 a.m. - 5:00 p.m.) Frace, Belgium, Luxembourg Laguage: Germa, Eglish 2 Laguage: Spaish, Eglish 3 Laguage: Eglish, Turkish Greece Italy Spai, Portugal Turkey

6 Geeral iformatio Proper use The PARAKO software of KOSTAL Solar Electric GmbH is a free parameterisatio software for PIKO iverters. Parameters of the PIKO iverter prescribed by the grid operator ca be set with the software. It is ot permitted to adjust settigs o the iverters of exteral providers with the software. Parameters may oly be chaged o the iverter by qualiied electrical techicias who are familiar with the system ad at the request of the grid operator. Please always be sure to use the most recet versio of the software. Iappropriate settigs ca be hazardous ad lead to ijury or eve death of the user or third parties. Material damage to the device ad other equipmet ca also occur. 6

7 Geeral iformatio Exclusio of liability The software may oly be used for its iteded purpose. Ay use that difers from or goes beyod the stated iteded purpose is cosidered iappropriate. The maufacturer accepts o liability for ay damage resultig from this. All ames, trademarks, product ames or other desigatios used i this maual may be legally protected eve if this is ot labelled as such (e.g. as a trademark). KOSTAL Solar Electric GmbH assumes o liability or warraty for their free usage. The illustratios ad texts have bee compiled with great care. However, the possibility of errors caot be ruled out. The compilatio is made without ay guaratee. Ay istace of misuse of the PARAKO user software will result i termiatio of the warraty, guaratee ad geeral liability of the maufacturer. IMPORTANT RMATION The settigs may oly be adjusted by traied ad qualiied electrical techicias. The electricia is resposible for esurig that the applicable stadards ad regulatios are observed ad implemeted. Work that could afect the electrical power system of the respective eergy supply compay at the site of the solar eergy feed-i may oly be carried out by qualiied electricias expressly authorised (licesed) by the eergy supply compay. This icludes chages to the factory preset parameters of the iverter. KOSTAL Solar Electric GmbH assumes o liability for damages arisig from the o-observace of this maual. KOSTAL Solar Electric GmbH poits out that istallig ad usig the software ad the update fuctio are at the user's ow risk. KOSTAL Solar Electric GmbH disclaims all liability or warraty withi the scope permitted by law. KOSTAL Solar Electric GmbH does ot assume ay quality guaratee of performace data speciicatios or other descriptios of the software, eve if they refer to DIN stadards ad/or other stadards. KOSTAL Solar Electric GmbH assumes o guaratee that the software products will work with third-party software programs or will ot ifrige o their rights. 7

8 Geeral iformatio The exclusio of liability of KOSTAL Solar Electric GmbH applies particularly to data loss or hardware malfuctios caused by icompatibility of compoets o the user's PC system with the ew or modiied hardware ad software, ad to system failures that ca occur due to existig miscoiguratios or older, iterferig drivers that have ot bee completely uistalled. 8

9 Geeral iformatio About this maual Read this maual carefully i its etirety. It cotais Importat iformatio o the istallatio ad operatio of the PIKO parameterisatio software. This maual refers to the PARAKO parameterisatio software from versio 5.6. This maual is part of the software ad applies exclusively to the PARAKO parameterisatio software from KOSTAL Solar Electric GmbH. The maual for the PARAKO parameterisatio software is a step-by-step maual. We recommed that you prit this maual ad carry out the iverter parameterisatio step-by-step with the pritout at had. Most of the user guidelies are self-explaatory. You will id istructios for each step o the correspodig page. TIP Prit both sides o oe sheet of paper whe pritig out this operatig maual. This saves paper ad the documet remais easy to read. Target group This maual is iteded for istallers who istall ad commissio PV systems. Techical expertise is required to use PARAKO. 9

10 Geeral iformatio Navigatio through the documet I order to eable avigatio through this documet, it cotais clickable areas. These are, for oe, the avigatio bar i the header of each page. Here you ca go to the overview pages of the idividual chapters with a click. The table of cotets ca also be used i this way. From the idex at the begiig of each chapter you ca go to the idicated sub-chapter with a click. Fig. 1: Navigatio through the documet 1 Callig up the mai table of cotets 2 Navigatio bar 3 Tables of cotets You ca avigate to the refereced poits i the documet withi the istructio text usig the cross-refereces. Ch. 1 Fig. 1, It. 2 Fig. 2: Examples of cross-refereces 10

11 Geeral iformatio Notes i this maual Fig. 3: Safety istructios i this maual 1 Referece ico withi the istructio text 2 Warig 3 Iformatio ote 4 Other otes Notes have bee icorporated i the istructio texts. A diferetiatio is made i these istructios betwee warigs ad iformatio otes. All otes are idetiied i the text lie with a ico. 11

12 Geeral iformatio Warigs The warigs refer to life-threateig dagers. Serious ijuries possibly resultig i death may occur. Each warig cosists of the followig elemets: Fig. 4: Structure of the warigs 1 Warig symbol 2 Sigal word 3 Type of dager 4 Corrective actios 12

13 Geeral iformatio Warig symbols Dager Sigal words Dager due to electrical shock ad discharge Sigal words are used to idetify the severity of the dager. DANGER Idicates a direct hazard with a high level of risk, which ca result i death or serious ijury if it is ot preveted. WARNING Idicates a hazard with a moderate level of risk, which ca result i death or serious ijury if it is ot preveted. CAUTIONIdicates a hazard with a low level of risk, which, if ot avoided, may result i mior or slight ijury or property damage. 13

14 Geeral iformatio Iformatio otes Iformatio otes cotai importat istructios for the istallatio ad smooth operatio of the backup uit. These must be followed at all times. The iformatio otes also poit out that failure to observe ca result i damage to property or iacial damages. IMPORTANT RMATION The iverter may oly be istalled, operated, maitaied ad repaired by traied ad qualiied staf. Fig. 5: Example of a iformatio ote Symbols withi the iformatio otes Importat iformatio Damage to property possible Other otes They cotai additioal iformatio or tips. This is additioal iformatio. Fig. 6: Example of a iformatio ote Symbols withi the additioal otes Iformatio or tip Elarged view 14

15 Geeral iformatio Symbols used Symbol Meaig 1., 2., Sequetial steps i a hadlig istructio P H Æ Efect of a hadlig istructio Fial result of a hadlig istructio Cross-referece to other places i the documet or to other documets List Tab. 1: Symbols ad icos used Abbreviatios used Abbreviatio Tab. Fig. It. Ch. Explaatio Table Figure Item Chapter 15

16 2 2.1 Preparatory work Text-Aker Kap The program 2.2 Istallatio Fuctios Parts of the parameterisatio software

17 The program 2.1 Preparatory work Before you ca use the PARAKO parameterisatio software, perform the followig steps: Request a password from Service. Keep the address ad the poits of cotact perso at the eergy provider ad the system operator at the ready. Set up the iverter for parameterisatio. Requestig a password Access to the parameter settigs is protected by a persoalised password for istallers. You must request a password from Service. To do so, proceed as follows: Prit out the documet "Registratio for PARAKO password" Æ Ch. 5.1 or go to our homepage for KOSTAL Solar Electric ( de) uder "Products & Service > "Service area icl. FAQ" > "Request PARAKO password" ad call up the registratio form. This step is oly ecessary whe a commuicatio lik with the iverter has ot yet bee established or settigs are carried out o the grid ad system protectio. Do ot give the password to third parties. You, both as a perso ad specialist compay, will be held liable if the parameterisatio tool is misused ad the password disclosed. Fill out the etire documet. Sed the siged documet by fax or to Support. You will receive your password via , together with a lik to dowload the PARAKO software. 17

18 The program Cofigurig the iverter for parameterisatio If a commuicatio lik to the iverter is t yet i place (Etheret etwork or RS485), coect the iverter ad PC via a local etwork (switch ad Etheret cable), directly via a crossover cable or via a Etheret cable (commuicatio board II oly). A coectio via the RS485 iterface is possible as a alterative. If there is already a commuicatio coectio to the iverter, this poit ca be skipped. Whe workig o the iverter or the feed cables, the iverter must be completely de-eergised. It is imperative that these steps are carried out: 1. Tur the DC switch o the iverter to OFF. 2. Switch of the AC lie circuit breaker. 3. Switch of the power supply for the S0/AL-Out output (if preset). DANGER RISK OF DEATH DUE TO ELECTRI- CAL SHOCK AND DISCHARGE! De-eergise the device, secure it agaist beig restarted ad wait ive miutes so that the capacitors ca discharge. 4. Secure the etire voltage supply agaist beig restarted. 5. Discoect all DC coectios o the iverter. To this purpose, use the disassembly tool of the plug maufacturer. Press the egagig clips together ad pull the plug. 6. Wait ive miutes util the capacitors of the iverter have discharged. Allow the device to cool dow. This step is oly ecessary whe a commuicatio lik with the iverter has ot yet bee established or settigs are carried out o the grid ad system protectio. 7. Esure that all coectios are voltage-free. P The iverter is ow voltage-free. 8. Uscrew the iverter cover. 18

19 The program 9. If a commuicatio lik to the iverter is't yet i place (Etheret etwork or RS485), coect the iverter ad PC via a local etwork (switch ad Etheret cable), directly via a crossover cable or via a Etheret cable (commuicatio board II oly). A coectio via the RS485 iterface is possible as a alterative. 10. Screw the cover oto the iverter. 11. Activate grid voltage via the lie circuit breaker. 12. Switch the DC switch o the iverter to ON. Whe exteral DC voltage separators are preset, activate the DC strigs cosecutively. P The iverter starts up. P Durig start-up, the three LEDs i the cotrol pael of the iverter will light up briely. The iverter ca ow be operated. P The screesaver appears i the display ad displays the device type. The screesaver is deactivated whe a key is pressed twice. H The iverter is ready to operate ad ca ow be coigured with the parameterisatio software. Whe o key has bee pressed for several miutes, the screesaver with the image of the iverter appears automatically o the display. The iverter must be supplied with AC as well as DC voltage so that a parameterisatio ca be performed. This also applies to readig the curret settigs. 19

20 The program 2.2 Istallatio The parameterisatio software PARAKO 5.6 must be istalled o a PC with the Widows operatig system. You ca also dowload PARAKO software from the KOSTAL Solar Electric website ( uder "Dowload" > "Service". The followig systems are supported: Widows 7 / 8 / 10 Istall the software o your Widows system. Please ote the limitatios of liability relatig to usage of the software whe istallig. 20

21 The program 2.3 Fuctios The PARAKO parameterisatio software comprises the followig fuctios: Coigurig the iverter for reactive power output. Coigurig iverters for operatio with a ripple cotrol receiver if the grid operator demads separate speciicatios for cotrollig active ad reactive power. Limitatio of the maximum AC active power or AC apparet power. Settig 0% feed-i The available optios for chages ad settigs deped o the selected coutry settig of the iverter. The software is largely self-explaatory. The idividual screes cotai additioal texts that provide support for operatig the device. The iput screes are show as examples. All relevat cotrols ad iformatio are available. Chagig the grid ad system protectio, e.g. the lower ad upper grid voltage limit, miimum ad maximum frequecy, reactivatio time. This fuctio ca be used to limit the power output of the iverter, for example, to 60% or 70% of the istalled PV power. This is required, for example, by the Reewable Eergies Act (EEG) or the KfW fudig guidelies for storage systems. For "zero feed-i", the active power or apparet power is to be set to 0W. 21

22 The program 2.4 Parts of the parameterisatio software The PARAKO parameterisatio software cosists of several parts: The geeral settigs Chagig the coiguratio of the iverter or displayig the coiguratio of the iverter Not all fuctios or settigs are available for all coutries or device variats. Creatio of a protocol Geeral settigs Chage coiguratio of iverter Display coiguratio of iverter Create a protocol 22

23 The program Flow chart (Part 1) Displayig, pritig or testig the curret settig Selectio of laguage Geeral settigs Exclusio of liability Coectio to iverter Eterig the system data Chage coiguratio of iverter Chagig the settig Cotiue with low chart (Part 2) Power limitatio ad reactive power feed-i Grid ad system protectio Displayig, pritig or testig the curret settig Self-test of the grid ad system protectio Display/prit/test settigs Start self-test Create a protocol Show protocol Prit protocol of chages Prit protocol Save protocol Set up ed or additioal iverters 23

24 The program Flow chart (Part 2) Cofigurig parameters for grid ad system protectio Flow chart (part 2) Eter password Æ Ch. 5.1 Chage coiguratio of iverter Power limitatio ad reactive power Cotiue with low chart (Part 3) Which parameters should be coigured? Grid ad system protectio 1 Chage parameterisatio 1 Device ad coutry-depedet (ot all settigs are possible) Restore parameterisatio Chage, add or reset parameters Select parameter set Accept data Create a protocol Show protocol Prit protocol of chages Prit protocol Save protocol Set up ed or additioal iverters 24

25 The program Flow chart (Part 3) Power limitatio ad reactive power feed-i Flow chart (part 3) Power limitatio ad reactive power feed-i 1 Speciicatio of a ixed omial value or characteristic curve for the provisio of reactive power Speciicatio of a variable omial value by remote cotrol system (ripple cotrol receiver) 2 Chage coiguratio of iverter Reactive power mode No reactive power Displacemet factor cos φ Displacemet factor / power curve cos φ (P) Reactive power Q "Limitatio of apparet power" 3 ad "Max. active power at max. output" or "Limitatio of active power" 3 ad "Max. apparet power at max. output" ad 3 Coiguratio of power reductio at overvoltage or overfrequecy Reactive power mode (dyamic) Speciicatio of omial value by ripple cotrol receiver Reactive power / voltage characteristic curve Q(U) 1 Coutry-depedet (ot all settigs are possible i all coutries) 2 Depedet upo the reductio of the ripple cotrol sigal to x%, the rated output ad the reactive power cos φ 3 Depedet upo the device Create a protocol Show protocol Prit protocol of chages Prit protocol Save protocol Set up ed or additioal iverters 25

26 3 3.1 Geeral settigs Text-Aker Kap Settig the parameters 3.2 Chagig the settigs Power limitatio ad reactive power feed-i Grid ad system protectio Displayig ad pritig the curret settigs

27 Settig the parameters 3.1 Geeral settigs Selectio of laguage Geeral settigs Exclusio of liability Coectio to iverter Eterig the system data The geeral data must be etered after callig up the PARAKO applicatio. 1. Select laguage 2. Coirm dager otice ad exclusio of liability by eterig "YES" i the iput ield. 3. Establish the coectio to the iverter. There are two possibilities for coectio: TCP/IP (Etheret): Eter the ame of the iverter, host ame, IP address or serial umber (e.g. s90342abc0000x) of the iverter. RS485: Select the COM port of the RS485 iterface. 4. Eter the system data Eter the data of the istaller, the grid operator ad the locatio of the system. H Geeral settigs have bee etered. Followig speciicatio of the geeral settigs, the settigs of the iverter ca be chaged or the curret settigs of the iverter displayed, prited or tested. The bus address is usually set to 255 as default for both coectio possibilities. The bus addresses ca be chaged via the web server of the iverter. The system data is adopted by the protocol. The iverter data is automatically iserted ito the protocol. The protocol is required by some grid operators for commissioig the PV system ad must be siged by the istaller ad system operator. 27

28 Settig the parameters 3.2 Chagig the settigs Chagig the settigs Eter password Which parameters should be coigured? Power limitatio ad reactive power Grid ad system protectio The settigs of the iverter ca be chaged as follows: 1. Select Chagig the settigs 2. Eter password 3. Selectio of which parameters should be coigured: Power limitatio ad reactive power feed-i Æ Ch. 3.3 The password must be requested i advace through Service. Æ Ch. 5.1 Grid ad system protectio Æ Ch

29 Settig the parameters 3.3 Power limitatio ad reactive power feed-i The reactive power feed-i ca be set i two ways: Speciicatio of a ixed target value or curve Æ Page 30 Speciicatio of a variable omial value by remote cotrol system (ripple cotrol receiver) Æ Page 32 Not all settigs are available i all coutries or iverters. 29

30 Settig the parameters Specificatio of a fixed omial value or curve Depedig upo the coutry settigs ad the iverter type, various settig possibilities are ofered or are ot preset. Settigs ca be made usig the correspodig butto ext to the etries. Reactive power mode cos φ (P) Limitatio of the active power to P = xxxx W Max. apparet power at max. power S = xxxx VA Tab. 2: Settig optios, for example, for PIKO iverters of the ew geeratio Reactive power mode cos φ (P) Max. active power at max. power P = xxxx W Limitatio of the apparet power to S = xxxx VA Tab. 3: Settig optios, for example, for PIKO iverters of the prove geeratio Reactive power mode cos φ (P) Limitatio of the active power to P = xxxx W Max. apparet power at max. power S = xxxx VA Tab. 4: Settig optios accordig to stadard CEI 0-21 Reactive power mode - Max. active power at max. power P = xxxx W Limitatio of the apparet power to S = xxxx VA Tab. 5: Settig optios accordig to stadard RD

31 Settig the parameters Set reactive power mode 1. I order to set the "reactive power mode", activate the butto i the lie. P The widow "Coiguratio of omial values or curve" opes. The possibilities vary accordig to the selected coutry settig of the iverter. 2. Choose the coiguratio prescribed by the grid operator (eergy supply compay) ad eter the ailiated values. The followig possibilities are available: - No reactive power - Displacemet factor of cos φ - Displacemet factor / power curve cos φ (P) - Reactive power Q - Reactive power / voltage curve Q(U) 3. Accept the values by pressig the "Accept" butto. H The settigs will be adopted. I order to set the limitatio of the active power or the apparet power, Æ Page

32 Settig the parameters Specificatio of a variable omial value via remote cotrol system (e.g. ripple cotrol receiver) Depedig upo the coutry settigs ad the iverter type, various settig possibilities are ofered or are ot preset. Settigs ca be made usig the correspodig butto ext to the etries. Reactive power mode (dyamic) Limitatio of the active power to P = xxxx W Max. apparet power at max. power S = xxxx VA Tab. 6: Settig optios, for example, for PIKO iverters of the ew geeratio Reactive power mode (dyamic) Max. active power at max. power P = xxxx W Limitatio of the apparet power to S = xxxx VA Tab. 7: Settig optios, for example, for PIKO iverters of the prove geeratio Reactive power mode (dyamic) Max. active power at max. power P = xxxx W Limitatio of the apparet power to S = xxxx VA Tab. 8: Settig optios accordig to stadard CEI 0-21 Reactive power mode - Max. active power at max. power P = xxxx W Limitatio of the apparet power to S = xxxx VA Tab. 9: Settig optios accordig to stadard RD

33 Settig the parameters Set reactive power mode 1. I order to set the "reactive power mode", activate the butto i the lie. P The "Speciicatio of omial value by ripple cotrol receiver" widow opes. 2. Set the coiguratio for the ripple cotrol receiver assiged to you by the grid operator. 3. Accept the values by pressig the "Accept" butto. H The settigs will be adopted. I order to set the limitatio of the active power or the apparet power, Æ Page 34. The possibilities vary accordig to the selected coutry settig of the iverter. The grid operator speciies at which sigal the iverter must produce which active power ad which reactive power. If oe settig explicitly requires that o reactive power be provided, the the reactive power must be activated explicitly i the correspodig lie ad "o reactive power" must be selected as the value. 33

34 Settig the parameters Set limitatio of the active power 1. I order to set the "Limitatio of active power mode", activate the butto i the lie. P The "Limitatio of the maximum active power" widow is opeed. For the prove geeratio, the reactive power speciicatio must irst be set up whe settig up the limitatio of the active power. 2. Eter the correspodig value. Use the calculator to calculate the limitatio. 3. Accept the value by pressig the "Accept" butto. H The settigs will be adopted. Set limitatio of the apparet power 1. I order to set the "Limitatio of apparet power to", activate the butto i the lie. P The "Limitatio of the maximum apparet power" widow opes. The reactive power speciicatio must irst be set up whe settig up the limitatio of the apparet power. 2. Eter the correspodig value. Use the calculator to calculate the limitatio. 3. Accept the value by pressig the "Accept" butto. H The settigs will be adopted. Power reductio at overvoltage / overfrequecy 1. I order to set the power reductio, activate the butto or P The Coiguratio of power reductio widow opes. 2. Eter the correspodig value. Depedig o the type of iverter ad coutrie, it is possible to set the Coiguratio of power reductio at overvoltage P(U) or overfrequecy P(f). I this case, eter the correspodig values. 3. Accept the value by pressig the Accept butto. H he settigs will be adopted. 34

35 Settig the parameters 3.4 Grid ad system protectio The settigs for the grid ad system protectio may oly be chaged i exceptioal cases for good reaso ad i cosultatio with the grid operator (eergy supply compay). I the case of iverters of the ew geeratio, the followig parameters are available: I the case of iverters of the prove geeratio, the old set of parameters is automatically saved whe chages are made. This ca the be loaded at a later poit i time with the "Restore parameters" fuctio. Voltage L-N: Max./Mi./10-miute average value Frequecy: Max./Mi. Start up voltage L-N: Max./Mi. Start up frequecy: Max./Mi. Start-up waitig time Start-up waitig time: Grid error Parameters ca be added to or removed from the list with the "Expaded" butto. I the case of iverters of the prove geeratio, the followig parameters are available: Lower grid voltage limit ad switch-of time (up to 2 levels) Upper grid voltage limit ad switch-of time (up to 2 levels) 10-miute mea value of upper voltage limit Lower frequecy limit ad switch-of time (up to 2 levels) Upper frequecy limit ad switch-of time Restart time The parameters vary accordig to the selected coutry settig of the iverter. 35

36 Settig the parameters 3.5 Displayig ad pritig the curret settigs Displayig, pritig or testig the curret settig Power limitatio ad reactive power feed-i 1 Grid ad system protectio 2 Self-test of the grid ad system protectio 3 Display curret settigs Start self-test Create a protocol Show protocol Prit the protocol of chages 4 Prit protocol Save protocol Set up ed or additioal iverters 1 Power limitatio ad reactive power feed-i: I this area, you ca record the curret reactive power mode (e.g. cos φ, curve cos φ (P), etc.). 2 Grid ad system protectio: I this area, you ca record the grid switch-of parameters (lower ad upper grid voltage limit, miimum ad maximum frequecy, restart time). 3 Self-test of the grid ad system protectio: Determiig the measuremet toleraces for frequecy ad voltage through iteral ad exteral measuremet ad subsequet carryig out of the fuctio test. The self-test meets the requiremets accordig to CEI-0-21 ad is oly possible with iverters of the ew geeratio. 4 Show protocol: Madatory selectio betwee "prit" or "save". 36

37 4 4.1 De-eergise the iverter Text-Aker Kap Operatio ad operatig the device 37

38 Operatio ad operatig the device 4.1 De-eergise the iverter Whe workig o the iverter, o the battery system or o the feed cables, the etire system must be completely voltage-free. It is imperative that these steps are carried out: 1. Switch the DC switch o the iverter to OFF. 2. Switch of the power supply for the S0/AL-Out output (if preset). DANGER RISK OF DEATH DUE TO ELECTRI- CAL SHOCK AND DISCHARGE! De-eergise all devices, secure them agaist beig restarted ad wait ive miutes so that the capacitors ca discharge. 3. Discoect all DC coectios o the iverter. To this purpose, use the disassembly tool of the plug maufacturer 4. Whe preset, also shut dow all coected power storage systems (battery). 5. Secure the etire voltage supply agaist beig restarted. 6. Wait ive miutes util the capacitors have discharged. Allow the device to cool dow. 7. Esure that all coectios are voltage-free. H The system is voltage-free. Work o the iverter ca ow be carried out. 38

39 Request password for PARAKO Textaker_kap_5 5. Registratio 39

40 Registratios Request password for PARAKO The PARAKO parameterisatio software ca be used to adapt the system-speciic shutdow limits to the grid operator's requiremets. The preset parameters are described i the curret data sheet. Sice the system operator may ot chage the settigs at the iverter, the parameterisatio software is password protected. I order to chage the settigs, you have to plug i the parameterisatio dogle ad eter a persoalised password. You ca request this password here. You eed to declare that you are a authorised specialist compay ad that you will ot disclose the password to the system operator. You, both as a perso ad as a specialist compay, will be held liable if the parameterisatio tool is misused ad the password disclosed. Please sig ad sed (by post, fax or ) this documet to our techical support team: KOSTAL Solar Electric GmbH Phoe: Haferstraße 6 Fax: Freiburg i. Br. service-solar@kostal.com I hereby request a password allowig me to permaetly chage the limit values for grid moitorig. I am aware of the sigiicace ad fuctio of the parameters I will be chagig ad by sigig I declare the followig: I will treat the password as coidetial. I will make chages to the device settigs oly i cosultatio with the grid operator. I will explicitly documet ay chage to the device settigs i the correspodig documets. Please use block capitals Compay Address Phoe/ Positio Name Place, date Sigature Compay stamp Data protectio declaratio: By registerig, you agree to your persoal data beig stored by KOSTAL Solar Electric GmbH, processed ad used for iteral purposes i compliace with the applicable data protectio requiremets. 40

41 Idex Textaker_INDEX Idex C Chagig the settigs Cocludig tasks Coigurig the iverter for parameterisatio D DC coectios DC switch... 18, 19 De-eergise the iverter... 18, 38 Displayig ad pritig the curret settigs E Exclusio of liability... 7 F Flow chart... 23, 24, 25 Fuctios G Geeral settigs Grid ad system protectio H Hotlie... 5 L Laguage... 5 Legal otice... 2 Lie circuit breaker N Notes... 11, 14 41

42 Idex O Operatig system P Parameterisatio software Power limitatio ad reactive power feed-i Preparatory work Proper use... 6 R Requestig a password Ripple cotrol receiver S Safety istructios Self-test of the grid ad system protectio Service hotlie... 5 Set limitatio of the active power Set limitatio of the apparet power Set reactive power mode... 31, 33 Show protocol Software Speciicatio of a ixed omial value or curve Speciicatio of a variable omial value by remote cotrol system System overview with backup uit V Versio... 9 W Warigs Warraty

43 KOSTAL Solar Electric GmbH Haferstr Freiburg i. Br. Deutschlad Telefo: Fax: KOSTAL Solar Electric Ibérica S.L. Edii cio abm Roda Narciso Moturiol y Estarriol, 3 Torre B, despachos 2 y 3 Parque Tecológico de Valecia Valecia España Teléfoo: Fax: KOSTAL Solar Electric Frace SARL 11, rue Jacques Cartier Guyacourt Frace Téléphoe: Fax: KOSTAL Solar Electric Hellas Ε.Π.Ε. 47 Steliou Kazatzidi st., P.O. Box: st buildig 2d etrace 55535, Pilea, Thessaloiki Greece / Ελλάδα Τelephoe: Fax: KOSTAL Solar Electric Italia Srl Via Geova, Rivoli (TO) Italia Telefoo: Fax: KOSTAL Solar Electric Turkey Mahmutbey Mah. Taşocağı yolu cad. No:3 (B Blok), Ağaoğlu My Offi ce212, Kat:16, Oi s No: 269 Güeşli-İstabul Turkey Telefo: Fax: / 2016-BA-PARAKO-EN-DOC