[{"data":1,"prerenderedAt":4261},["ShallowReactive",2],{"blog-post-de-pv-anlage-schema":3,"blog-alternates-pv-system-documentation":947},{"id":4,"title":5,"articleId":6,"body":7,"category":925,"date":926,"description":927,"extension":928,"lastUpdated":926,"locale":929,"meta":930,"navigation":931,"path":932,"publishDate":926,"readTime":933,"refreshInterval":934,"seo":935,"slug":936,"stem":937,"tags":938,"__hash__":946},"blog\u002Fblog\u002Fpv-system-documentation.de.md","PV-Anlage im Schema: Dokumentation und AREI-Vorschriften für Solaranlagen","pv-system-documentation",{"type":8,"value":9,"toc":891},"minimark",[10,14,18,21,26,29,52,57,69,71,75,78,83,94,98,187,189,193,197,252,269,273,326,330,387,399,401,405,409,453,457,489,493,513,517,545,553,555,559,563,570,590,597,601,608,627,630,641,643,647,650,654,660,664,667,685,697,699,703,710,783,787,794,813,820,822,826,829,843,845,849,876,878],[11,12,5],"h1",{"id":13},"pv-anlage-im-schema-dokumentation-und-arei-vorschriften-für-solaranlagen",[15,16,17],"p",{},"Eine Photovoltaikanlage (PV-Anlage) auf dem Dach ist in Belgien nicht nur eine Investition in die Zukunft — sie muss auch korrekt dokumentiert und beim Netzbetreiber angemeldet werden. In diesem Artikel erfahren Sie, wie die PV-Anlage im Eindrahtschema dargestellt wird, welche Schutzgeräte nötig sind und was bei der Anmeldung zu beachten ist.",[19,20],"hr",{},[22,23,25],"h2",{"id":24},"warum-ist-die-dokumentation-pflicht","Warum ist die Dokumentation Pflicht?",[15,27,28],{},"Jede PV-Anlage muss in der elektrischen Dokumentation Ihres Gebäudes erscheinen — das heißt:",[30,31,32,40,46],"ol",{},[33,34,35,39],"li",{},[36,37,38],"strong",{},"Eindrahtschema:"," Die PV-Anlage mit allen Komponenten (Module, Wechselrichter, Schutzgeräte) muss eingezeichnet sein.",[33,41,42,45],{},[36,43,44],{},"Situationsplan:"," Die Position des Wechselrichters und der DC-Trennschalter muss markiert sein.",[33,47,48,51],{},[36,49,50],{},"Netzbetreiber-Anmeldung:"," Die Anlage muss beim zuständigen Netzbetreiber registriert werden.",[15,53,54],{},[36,55,56],{},"Ohne korrekte Dokumentation:",[58,59,60,63,66],"ul",{},[33,61,62],{},"Besteht die AREI-Kontrolle nicht.",[33,64,65],{},"Kann der Netzbetreiber den Netzanschluss verweigern.",[33,67,68],{},"Entfällt der Anspruch auf Einspeisevergütung oder Prosumententarif.",[19,70],{},[22,72,74],{"id":73},"was-gehört-ins-eindrahtschema","Was gehört ins Eindrahtschema?",[15,76,77],{},"Die PV-Anlage wird als eigener Strang im Eindrahtschema dargestellt. Der Signalfluss läuft von den Modulen bis zum Einspeisepunkt:",[79,80,82],"h3",{"id":81},"komponentenkette","Komponentenkette",[84,85,90],"pre",{"className":86,"code":88,"language":89},[87],"language-text","PV-Module (Strings)\n   │\n   ├── DC-Kabel (Solar-Kabel, z.B. 6 mm²)\n   │\n   ├── DC-Trennschalter (Feuerwehrschalter)\n   │\n   ├── SPD DC-Seite (Überspannungsschutz DC)\n   │\n   └── Wechselrichter (Inverter)\n         │\n         ├── SPD AC-Seite (Überspannungsschutz AC)\n         │\n         ├── MCB für PV-Kreis (z.B. B20A oder C20A je nach Wechselrichter)\n         │\n         ├── RCD 30 mA Typ A (oder Typ B bei trafolosem Wechselrichter)\n         │\n         └── Einspeisepunkt (Anschluss an Hauptverteiler)\n","text",[91,92,88],"code",{"__ignoreMap":93},"",[79,95,97],{"id":96},"symbole-im-schema","Symbole im Schema",[99,100,101,117],"table",{},[102,103,104],"thead",{},[105,106,107,111,114],"tr",{},[108,109,110],"th",{},"Komponente",[108,112,113],{},"AREI-Symbol",[108,115,116],{},"Anmerkung",[118,119,120,132,143,154,165,176],"tbody",{},[105,121,122,126,129],{},[123,124,125],"td",{},"PV-Modul",[123,127,128],{},"Rechteck mit Sonnensymbol",[123,130,131],{},"Anzahl und Leistung angeben (z. B. „12x 400 Wp\")",[105,133,134,137,140],{},[123,135,136],{},"Wechselrichter",[123,138,139],{},"Rechteck mit „~\" und „=\"",[123,141,142],{},"DC-Eingang \u002F AC-Ausgang",[105,144,145,148,151],{},[123,146,147],{},"DC-Trennschalter",[123,149,150],{},"Schaltersymbol mit „DC\"",[123,152,153],{},"Feuerwehr-Freischaltung",[105,155,156,159,162],{},[123,157,158],{},"SPD",[123,160,161],{},"Blitzsymbol mit Erde",[123,163,164],{},"DC-Seite UND AC-Seite",[105,166,167,170,173],{},[123,168,169],{},"MCB",[123,171,172],{},"Standard-MCB-Symbol",[123,174,175],{},"Typ B ist für die meisten modernen Wechselrichter mit Soft-Start ausreichend; Typ C nur bei hohem Einschaltstrom (Herstellerangaben beachten)",[105,177,178,181,184],{},[123,179,180],{},"RCD",[123,182,183],{},"Standard-RCD-Symbol",[123,185,186],{},"Typ angeben (A oder B)",[19,188],{},[22,190,192],{"id":191},"schutzgeräte-für-pv-anlagen","Schutzgeräte für PV-Anlagen",[79,194,196],{"id":195},"dc-seite-zwischen-modulen-und-wechselrichter","DC-Seite (zwischen Modulen und Wechselrichter)",[99,198,199,212],{},[102,200,201],{},[105,202,203,206,209],{},[108,204,205],{},"Schutzgerät",[108,207,208],{},"Funktion",[108,210,211],{},"Pflicht?",[118,213,214,226,239],{},[105,215,216,220,223],{},[123,217,218],{},[36,219,147],{},[123,221,222],{},"Freischalten der PV-Module (Feuerwehr!)",[123,224,225],{},"Ja, AREI Art. 7.112",[105,227,228,233,236],{},[123,229,230],{},[36,231,232],{},"SPD DC-Seite",[123,234,235],{},"Überspannungsschutz DC-Seite",[123,237,238],{},"Art. 4.5.1 verlangt allgemein Überspannungsschutz nach den Regeln des Fachs; in der Praxis bei PV empfohlen, insbesondere bei Modulen >10 m vom Wechselrichter oder Leitungen auf dem Dach",[105,240,241,246,249],{},[123,242,243],{},[36,244,245],{},"String-Sicherungen",[123,247,248],{},"Schutz bei mehreren Strings",[123,250,251],{},"Ab 3+ parallelen Strings",[253,254,255],"blockquote",{},[15,256,257,260,261,264,265,268],{},[36,258,259],{},"Feuerwehr-Trennschalter:"," Gemäß AREI Art. 7.112 muss der DC-Trennschalter ",[36,262,263],{},"leicht zugänglich"," und ",[36,266,267],{},"deutlich gekennzeichnet"," sein (rotes Schild mit Blitzsymbol). Er kann auch im Gebäude installiert werden, solange er für Rettungskräfte auffindbar ist.",[79,270,272],{"id":271},"ac-seite-zwischen-wechselrichter-und-verteiler","AC-Seite (zwischen Wechselrichter und Verteiler)",[99,274,275,285],{},[102,276,277],{},[105,278,279,281,283],{},[108,280,205],{},[108,282,208],{},[108,284,211],{},[118,286,287,300,313],{},[105,288,289,294,297],{},[123,290,291],{},[36,292,293],{},"SPD AC-Seite",[123,295,296],{},"Überspannungsschutz AC-Seite",[123,298,299],{},"Art. 4.5.1 — Überspannungsschutz nach Regeln des Fachs",[105,301,302,307,310],{},[123,303,304],{},[36,305,306],{},"MCB (B- oder C-Charakteristik)",[123,308,309],{},"Kurzschluss- und Überlastschutz",[123,311,312],{},"Ja",[105,314,315,320,323],{},[123,316,317],{},[36,318,319],{},"RCD 30 mA",[123,321,322],{},"Fehlerstromschutz",[123,324,325],{},"Empfohlen (dedizierter RCD pro PV-AC-Kreis ist nicht zwingend vom AREI vorgeschrieben; der Kreis muss durch die allgemeinen Schutzmassnahmen geschützt sein)",[79,327,329],{"id":328},"welcher-rcd-typ","Welcher RCD-Typ?",[99,331,332,345],{},[102,333,334],{},[105,335,336,339,342],{},[108,337,338],{},"Wechselrichter-Typ",[108,340,341],{},"RCD-Typ",[108,343,344],{},"Warum?",[118,346,347,361,375],{},[105,348,349,355,358],{},[123,350,351,354],{},[36,352,353],{},"Mit Trafo"," (galvanische Trennung)",[123,356,357],{},"Typ A",[123,359,360],{},"Kein DC-Fehlerstrom möglich",[105,362,363,369,372],{},[123,364,365,368],{},[36,366,367],{},"Trafolos"," (ohne galvanische Trennung)",[123,370,371],{},"Typ B",[123,373,374],{},"DC-Fehlerströme möglich",[105,376,377,382,384],{},[123,378,379],{},[36,380,381],{},"Mit integrierter RCMU",[123,383,357],{},[123,385,386],{},"RCMU erkennt DC-Fehlerströme intern",[253,388,389],{},[15,390,391,394,395,398],{},[36,392,393],{},"Tipp:"," Moderne Wechselrichter haben oft eine integrierte ",[36,396,397],{},"RCMU"," (Residual Current Monitoring Unit), die DC-Fehlerströme erkennt. In diesem Fall genügt ein Typ-A-RCD. Prüfen Sie die Herstellerangaben.",[19,400],{},[22,402,404],{"id":403},"anmeldung-beim-netzbetreiber","Anmeldung beim Netzbetreiber",[79,406,408],{"id":407},"zuständige-netzbetreiber-in-belgien","Zuständige Netzbetreiber in Belgien",[99,410,411,421],{},[102,412,413],{},[105,414,415,418],{},[108,416,417],{},"Region",[108,419,420],{},"Netzbetreiber",[118,422,423,433,443],{},[105,424,425,430],{},[123,426,427],{},[36,428,429],{},"Flandern",[123,431,432],{},"Fluvius",[105,434,435,440],{},[123,436,437],{},[36,438,439],{},"Wallonien",[123,441,442],{},"ORES, RESA, AIEG",[105,444,445,450],{},[123,446,447],{},[36,448,449],{},"Brüssel",[123,451,452],{},"Sibelga",[79,454,456],{"id":455},"ablauf-der-anmeldung","Ablauf der Anmeldung",[30,458,459,465,471,477,483],{},[33,460,461,464],{},[36,462,463],{},"Vor der Installation:"," Antrag auf Netzanschluss \u002F Kapazitätserweiterung beim Netzbetreiber (bei Anlagen > 5 kVA oft nötig).",[33,466,467,470],{},[36,468,469],{},"Nach der Installation:"," Konformitätserklärung des Installateurs einreichen.",[33,472,473,476],{},[36,474,475],{},"AREI-Kontrolle:"," Durch zugelassenen Kontrollorganismus (z. B. BTV, Vinçotte, AIB).",[33,478,479,482],{},[36,480,481],{},"Zählerumstellung:"," Auf bidirektionalen (digitalen) Zähler umstellen.",[33,484,485,488],{},[36,486,487],{},"Aktivierung:"," Netzbetreiber gibt die Einspeisung frei.",[79,490,492],{"id":491},"erforderliche-dokumente","Erforderliche Dokumente",[58,494,495,498,501,504,507,510],{},[33,496,497],{},"Eindrahtschema (mit PV-Anlage)",[33,499,500],{},"Situationsplan",[33,502,503],{},"Datenblatt der PV-Module",[33,505,506],{},"Datenblatt des Wechselrichters",[33,508,509],{},"Konformitätserklärung des Installateurs",[33,511,512],{},"AREI-Kontrollbericht",[79,514,516],{"id":515},"fristen","Fristen",[58,518,519,529,539],{},[33,520,521,524,525,528],{},[36,522,523],{},"Fluvius (Flandern):"," Anmeldung innerhalb von ",[36,526,527],{},"30 Tagen"," nach Inbetriebnahme.",[33,530,531,534,535,538],{},[36,532,533],{},"ORES (Wallonien):"," Anmeldung ",[36,536,537],{},"vor"," der Inbetriebnahme empfohlen.",[33,540,541,544],{},[36,542,543],{},"Sibelga (Brüssel):"," Voranmeldung bei Anlagen > 5 kVA.",[253,546,547],{},[15,548,549,552],{},[36,550,551],{},"Maximale Einspeiseleistung:"," Belgische Netzbetreiber begrenzen die maximale Einspeiseleistung (typisch 5 kVA bei Standardanschluss). Für höhere Leistungen ist eine Netzkapazitätsprüfung erforderlich.",[19,554],{},[22,556,558],{"id":557},"eigenverbrauch-vs-einspeisung","Eigenverbrauch vs. Einspeisung",[79,560,562],{"id":561},"flandern-digitaler-zähler","Flandern: Digitaler Zähler",[15,564,565,566,569],{},"Seit 2021 werden in Flandern alle analogen Zähler schrittweise durch ",[36,567,568],{},"digitale Zähler"," ersetzt. Der digitale Zähler misst Verbrauch und Einspeisung separat:",[58,571,572,578,584],{},[33,573,574,577],{},[36,575,576],{},"Eigenverbrauch"," wird direkt verrechnet (kein Netzentgelt).",[33,579,580,583],{},[36,581,582],{},"Einspeisung"," wird zum aktuellen Marktpreis vergütet (Injection-Tarif).",[33,585,586,589],{},[36,587,588],{},"Netzbezug"," wird zum normalen Tarif berechnet.",[253,591,592],{},[15,593,594,596],{},[36,595,393],{}," Maximieren Sie den Eigenverbrauch durch intelligente Steuerung (Wärmepumpe, Boiler, Wallbox tagsüber laden).",[79,598,600],{"id":599},"wallonien-prosumententarif","Wallonien: Prosumententarif",[15,602,603,604,607],{},"In Wallonien gilt seit 2024 der ",[36,605,606],{},"Prosumententarif",":",[58,609,610,617,620],{},[33,611,612,613,616],{},"Kompensation zwischen Einspeisung und Verbrauch auf ",[36,614,615],{},"Jahresbasis"," (noch bis Ende 2030).",[33,618,619],{},"Ab 2031 schrittweise Umstellung auf Echtzeit-Messung.",[33,621,622,623,626],{},"Netzgebühren werden auf Basis des ",[36,624,625],{},"Jahresverbrauchs"," berechnet.",[79,628,449],{"id":629},"brüssel",[58,631,632,638],{},[33,633,634,637],{},[36,635,636],{},"Green-Certificate-System",": Grüne Zertifikate pro erzeugter MWh.",[33,639,640],{},"Kompensation über den Zähler möglich (abhängig vom Zählertyp).",[19,642],{},[22,644,646],{"id":645},"batterie-integration-im-schema","Batterie-Integration im Schema",[15,648,649],{},"Wenn Sie einen Batteriespeicher hinzufügen, erweitert sich das Schema:",[79,651,653],{"id":652},"zusätzliche-komponenten","Zusätzliche Komponenten",[84,655,658],{"className":656,"code":657,"language":89},[87],"Wechselrichter (Hybrid-Wechselrichter)\n   │\n   ├── AC-Ausgang → Hauptverteiler (wie oben)\n   │\n   └── DC-Batterie-Anschluss\n         │\n         ├── Batterie-Trennschalter (DC)\n         │\n         ├── BMS (Batterie-Management-System, intern)\n         │\n         └── Batteriespeicher (z.B. 10 kWh LFP)\n",[91,659,657],{"__ignoreMap":93},[79,661,663],{"id":662},"notstrom-umschaltung-optional","Notstrom-Umschaltung (optional)",[15,665,666],{},"Bei einem Notstrom-fähigen System kommt hinzu:",[58,668,669,675,682],{},[33,670,671,674],{},[36,672,673],{},"Umschaltvorrichtung"," (automatisch oder manuell): Trennt das Haus vom Netz und versorgt es aus der Batterie.",[33,676,677,678,681],{},"Muss im Eindrahtschema als ",[36,679,680],{},"Umschalter"," eingezeichnet werden.",[33,683,684],{},"Die Notstrom-Kreise müssen gekennzeichnet sein.",[253,686,687],{},[15,688,689,692,693,696],{},[36,690,691],{},"AREI-Vorschrift:"," Bei Notstrom-Systemen muss sichergestellt sein, dass ",[36,694,695],{},"keine Rückspeisung ins Netz"," stattfindet, wenn das Netz abgeschaltet ist (Inselschutz \u002F Anti-Islanding).",[19,698],{},[22,700,702],{"id":701},"arei-spezialregeln-für-pv-art-7112","AREI-Spezialregeln für PV (Art. 7.112)",[15,704,705,706,709],{},"Das AREI widmet PV-Anlagen einen eigenen Abschnitt — ",[36,707,708],{},"Art. 7.112",". Die wichtigsten Punkte:",[99,711,712,722],{},[102,713,714],{},[105,715,716,719],{},[108,717,718],{},"Regel",[108,720,721],{},"Details",[118,723,724,733,743,753,763,773],{},[105,725,726,730],{},[123,727,728],{},[36,729,147],{},[123,731,732],{},"Leicht zugänglich, deutlich gekennzeichnet, Feuerwehr-tauglich",[105,734,735,740],{},[123,736,737],{},[36,738,739],{},"Kabelführung DC",[123,741,742],{},"Getrennt von AC-Kabeln verlegen (eigener Kabelkanal\u002FRohr)",[105,744,745,750],{},[123,746,747],{},[36,748,749],{},"Kennzeichnung",[123,751,752],{},"Alle DC-Komponenten mit „Achtung: PV, Spannung auch bei abgeschaltetem Netz\"",[105,754,755,760],{},[123,756,757],{},[36,758,759],{},"Schutzklasse Kabel",[123,761,762],{},"DC-Kabel mind. Klasse II (doppelt isoliert)",[105,764,765,770],{},[123,766,767],{},[36,768,769],{},"Blitzschutz",[123,771,772],{},"Bei Gebäuden mit Blitzschutzanlage: PV in Blitzschutzkonzept integrieren",[105,774,775,780],{},[123,776,777],{},[36,778,779],{},"Dachbefestigung",[123,781,782],{},"Keine AREI-Vorschrift, aber Baurecht (Windlast, Statik) beachten",[79,784,786],{"id":785},"kennzeichnung-am-gebäude","Kennzeichnung am Gebäude",[15,788,789,790,793],{},"Gemäß AREI muss am Gebäude ein ",[36,791,792],{},"Hinweisschild"," angebracht werden, das auf die PV-Anlage hinweist:",[58,795,796,803,807],{},[33,797,798,799,802],{},"Am ",[36,800,801],{},"Zählerkasten"," oder Hauptverteiler",[33,804,798,805],{},[36,806,147],{},[33,808,798,809,812],{},[36,810,811],{},"Gebäudeeingang"," (Feuerwehr-Information)",[15,814,815,816],{},"Text: ",[817,818,819],"em",{},"„Achtung: Photovoltaikanlage. DC-Spannung kann auch bei abgeschaltetem Netz anliegen.\"",[19,821],{},[22,823,825],{"id":824},"planelec-pv-im-eindrahtschema","PlanElec: PV im Eindrahtschema",[15,827,828],{},"Mit PlanElec können Sie Ihre PV-Anlage direkt im Eindrahtschema dokumentieren:",[58,830,831,834,837,840],{},[33,832,833],{},"PV-Module als Quelle hinzufügen",[33,835,836],{},"Wechselrichter und Schutzgeräte platzieren",[33,838,839],{},"Automatische AREI-Validierung (SPD vorhanden? DC-Trennschalter? RCD-Typ korrekt?)",[33,841,842],{},"Export als PDF für Netzbetreiber und Kontrollorganismus",[19,844],{},[22,846,848],{"id":847},"verwandte-artikel","Verwandte Artikel",[58,850,851,858,864,870],{},[33,852,853],{},[854,855,857],"a",{"href":856},"\u002Fde\u002Fblog\u002Fwas-ist-eindrahtschema","Was ist ein Eindrahtschema?",[33,859,860],{},[854,861,863],{"href":862},"\u002Fde\u002Fblog\u002Fschaltschrank-planen-aufbau","Schaltschrank planen: Aufbau und Dimensionierung",[33,865,866],{},[854,867,869],{"href":868},"\u002Fde\u002Fblog\u002Fkabelquerschnitt-sicherungsautomat","Kabelquerschnitt und Sicherungsautomat: Die richtige Kombination",[33,871,872],{},[854,873,875],{"href":874},"\u002Fde\u002Fblog\u002Felektrische-kontrolle","Elektrische Kontrolle in Belgien",[19,877],{},[15,879,880],{},[817,881,882,883,886,887],{},"Dokumentieren Sie Ihre PV-Anlage normgerecht mit ",[36,884,885],{},"PlanElec"," — Wechselrichter, Schutzgeräte und Batteriespeicher im Eindrahtschema. AREI-konform, exportbereit für den Netzbetreiber. ",[854,888,890],{"href":889},"\u002F","Jetzt starten →",{"title":93,"searchDepth":892,"depth":892,"links":893},2,[894,895,900,905,911,916,920,923,924],{"id":24,"depth":892,"text":25},{"id":73,"depth":892,"text":74,"children":896},[897,899],{"id":81,"depth":898,"text":82},3,{"id":96,"depth":898,"text":97},{"id":191,"depth":892,"text":192,"children":901},[902,903,904],{"id":195,"depth":898,"text":196},{"id":271,"depth":898,"text":272},{"id":328,"depth":898,"text":329},{"id":403,"depth":892,"text":404,"children":906},[907,908,909,910],{"id":407,"depth":898,"text":408},{"id":455,"depth":898,"text":456},{"id":491,"depth":898,"text":492},{"id":515,"depth":898,"text":516},{"id":557,"depth":892,"text":558,"children":912},[913,914,915],{"id":561,"depth":898,"text":562},{"id":599,"depth":898,"text":600},{"id":629,"depth":898,"text":449},{"id":645,"depth":892,"text":646,"children":917},[918,919],{"id":652,"depth":898,"text":653},{"id":662,"depth":898,"text":663},{"id":701,"depth":892,"text":702,"children":921},[922],{"id":785,"depth":898,"text":786},{"id":824,"depth":892,"text":825},{"id":847,"depth":892,"text":848},"guide","2026-04-21","Vollständige Anleitung zur Dokumentation einer PV-Anlage im Eindrahtschema. Schutzgeräte, Netzbetreiber-Anmeldung, Batterie-Integration und AREI Art. 7.112.","md","de",{},true,"\u002Fblog\u002Fpv-system-documentation.de","8 min",12,{"title":5,"description":927},"pv-anlage-schema","blog\u002Fpv-system-documentation.de",[939,940,941,942,943,944,945,432],"PV","solaranlage","eindrahtschema","AREI","wechselrichter","netzbetreiber","batterie","kMztMMGdp-eN5mCk-iyzpiMmWurPx7_fEbfU9lwdbWw",[948,1602,2489,3381],{"id":4,"title":5,"articleId":6,"body":949,"category":925,"date":926,"description":927,"extension":928,"lastUpdated":926,"locale":929,"meta":1599,"navigation":931,"path":932,"publishDate":926,"readTime":933,"refreshInterval":934,"seo":1600,"slug":936,"stem":937,"tags":1601,"__hash__":946},{"type":8,"value":950,"toc":1567},[951,953,955,957,959,961,975,979,987,989,991,993,995,1000,1002,1064,1066,1068,1070,1114,1124,1126,1170,1172,1216,1224,1226,1228,1230,1266,1268,1290,1292,1306,1308,1326,1332,1334,1336,1338,1342,1356,1362,1364,1368,1380,1382,1390,1392,1394,1396,1398,1403,1405,1407,1419,1427,1429,1431,1435,1495,1497,1501,1515,1519,1521,1523,1525,1535,1537,1539,1557,1559],[11,952,5],{"id":13},[15,954,17],{},[19,956],{},[22,958,25],{"id":24},[15,960,28],{},[30,962,963,967,971],{},[33,964,965,39],{},[36,966,38],{},[33,968,969,45],{},[36,970,44],{},[33,972,973,51],{},[36,974,50],{},[15,976,977],{},[36,978,56],{},[58,980,981,983,985],{},[33,982,62],{},[33,984,65],{},[33,986,68],{},[19,988],{},[22,990,74],{"id":73},[15,992,77],{},[79,994,82],{"id":81},[84,996,998],{"className":997,"code":88,"language":89},[87],[91,999,88],{"__ignoreMap":93},[79,1001,97],{"id":96},[99,1003,1004,1014],{},[102,1005,1006],{},[105,1007,1008,1010,1012],{},[108,1009,110],{},[108,1011,113],{},[108,1013,116],{},[118,1015,1016,1024,1032,1040,1048,1056],{},[105,1017,1018,1020,1022],{},[123,1019,125],{},[123,1021,128],{},[123,1023,131],{},[105,1025,1026,1028,1030],{},[123,1027,136],{},[123,1029,139],{},[123,1031,142],{},[105,1033,1034,1036,1038],{},[123,1035,147],{},[123,1037,150],{},[123,1039,153],{},[105,1041,1042,1044,1046],{},[123,1043,158],{},[123,1045,161],{},[123,1047,164],{},[105,1049,1050,1052,1054],{},[123,1051,169],{},[123,1053,172],{},[123,1055,175],{},[105,1057,1058,1060,1062],{},[123,1059,180],{},[123,1061,183],{},[123,1063,186],{},[19,1065],{},[22,1067,192],{"id":191},[79,1069,196],{"id":195},[99,1071,1072,1082],{},[102,1073,1074],{},[105,1075,1076,1078,1080],{},[108,1077,205],{},[108,1079,208],{},[108,1081,211],{},[118,1083,1084,1094,1104],{},[105,1085,1086,1090,1092],{},[123,1087,1088],{},[36,1089,147],{},[123,1091,222],{},[123,1093,225],{},[105,1095,1096,1100,1102],{},[123,1097,1098],{},[36,1099,232],{},[123,1101,235],{},[123,1103,238],{},[105,1105,1106,1110,1112],{},[123,1107,1108],{},[36,1109,245],{},[123,1111,248],{},[123,1113,251],{},[253,1115,1116],{},[15,1117,1118,260,1120,264,1122,268],{},[36,1119,259],{},[36,1121,263],{},[36,1123,267],{},[79,1125,272],{"id":271},[99,1127,1128,1138],{},[102,1129,1130],{},[105,1131,1132,1134,1136],{},[108,1133,205],{},[108,1135,208],{},[108,1137,211],{},[118,1139,1140,1150,1160],{},[105,1141,1142,1146,1148],{},[123,1143,1144],{},[36,1145,293],{},[123,1147,296],{},[123,1149,299],{},[105,1151,1152,1156,1158],{},[123,1153,1154],{},[36,1155,306],{},[123,1157,309],{},[123,1159,312],{},[105,1161,1162,1166,1168],{},[123,1163,1164],{},[36,1165,319],{},[123,1167,322],{},[123,1169,325],{},[79,1171,329],{"id":328},[99,1173,1174,1184],{},[102,1175,1176],{},[105,1177,1178,1180,1182],{},[108,1179,338],{},[108,1181,341],{},[108,1183,344],{},[118,1185,1186,1196,1206],{},[105,1187,1188,1192,1194],{},[123,1189,1190,354],{},[36,1191,353],{},[123,1193,357],{},[123,1195,360],{},[105,1197,1198,1202,1204],{},[123,1199,1200,368],{},[36,1201,367],{},[123,1203,371],{},[123,1205,374],{},[105,1207,1208,1212,1214],{},[123,1209,1210],{},[36,1211,381],{},[123,1213,357],{},[123,1215,386],{},[253,1217,1218],{},[15,1219,1220,394,1222,398],{},[36,1221,393],{},[36,1223,397],{},[19,1225],{},[22,1227,404],{"id":403},[79,1229,408],{"id":407},[99,1231,1232,1240],{},[102,1233,1234],{},[105,1235,1236,1238],{},[108,1237,417],{},[108,1239,420],{},[118,1241,1242,1250,1258],{},[105,1243,1244,1248],{},[123,1245,1246],{},[36,1247,429],{},[123,1249,432],{},[105,1251,1252,1256],{},[123,1253,1254],{},[36,1255,439],{},[123,1257,442],{},[105,1259,1260,1264],{},[123,1261,1262],{},[36,1263,449],{},[123,1265,452],{},[79,1267,456],{"id":455},[30,1269,1270,1274,1278,1282,1286],{},[33,1271,1272,464],{},[36,1273,463],{},[33,1275,1276,470],{},[36,1277,469],{},[33,1279,1280,476],{},[36,1281,475],{},[33,1283,1284,482],{},[36,1285,481],{},[33,1287,1288,488],{},[36,1289,487],{},[79,1291,492],{"id":491},[58,1293,1294,1296,1298,1300,1302,1304],{},[33,1295,497],{},[33,1297,500],{},[33,1299,503],{},[33,1301,506],{},[33,1303,509],{},[33,1305,512],{},[79,1307,516],{"id":515},[58,1309,1310,1316,1322],{},[33,1311,1312,524,1314,528],{},[36,1313,523],{},[36,1315,527],{},[33,1317,1318,534,1320,538],{},[36,1319,533],{},[36,1321,537],{},[33,1323,1324,544],{},[36,1325,543],{},[253,1327,1328],{},[15,1329,1330,552],{},[36,1331,551],{},[19,1333],{},[22,1335,558],{"id":557},[79,1337,562],{"id":561},[15,1339,565,1340,569],{},[36,1341,568],{},[58,1343,1344,1348,1352],{},[33,1345,1346,577],{},[36,1347,576],{},[33,1349,1350,583],{},[36,1351,582],{},[33,1353,1354,589],{},[36,1355,588],{},[253,1357,1358],{},[15,1359,1360,596],{},[36,1361,393],{},[79,1363,600],{"id":599},[15,1365,603,1366,607],{},[36,1367,606],{},[58,1369,1370,1374,1376],{},[33,1371,612,1372,616],{},[36,1373,615],{},[33,1375,619],{},[33,1377,622,1378,626],{},[36,1379,625],{},[79,1381,449],{"id":629},[58,1383,1384,1388],{},[33,1385,1386,637],{},[36,1387,636],{},[33,1389,640],{},[19,1391],{},[22,1393,646],{"id":645},[15,1395,649],{},[79,1397,653],{"id":652},[84,1399,1401],{"className":1400,"code":657,"language":89},[87],[91,1402,657],{"__ignoreMap":93},[79,1404,663],{"id":662},[15,1406,666],{},[58,1408,1409,1413,1417],{},[33,1410,1411,674],{},[36,1412,673],{},[33,1414,677,1415,681],{},[36,1416,680],{},[33,1418,684],{},[253,1420,1421],{},[15,1422,1423,692,1425,696],{},[36,1424,691],{},[36,1426,695],{},[19,1428],{},[22,1430,702],{"id":701},[15,1432,705,1433,709],{},[36,1434,708],{},[99,1436,1437,1445],{},[102,1438,1439],{},[105,1440,1441,1443],{},[108,1442,718],{},[108,1444,721],{},[118,1446,1447,1455,1463,1471,1479,1487],{},[105,1448,1449,1453],{},[123,1450,1451],{},[36,1452,147],{},[123,1454,732],{},[105,1456,1457,1461],{},[123,1458,1459],{},[36,1460,739],{},[123,1462,742],{},[105,1464,1465,1469],{},[123,1466,1467],{},[36,1468,749],{},[123,1470,752],{},[105,1472,1473,1477],{},[123,1474,1475],{},[36,1476,759],{},[123,1478,762],{},[105,1480,1481,1485],{},[123,1482,1483],{},[36,1484,769],{},[123,1486,772],{},[105,1488,1489,1493],{},[123,1490,1491],{},[36,1492,779],{},[123,1494,782],{},[79,1496,786],{"id":785},[15,1498,789,1499,793],{},[36,1500,792],{},[58,1502,1503,1507,1511],{},[33,1504,798,1505,802],{},[36,1506,801],{},[33,1508,798,1509],{},[36,1510,147],{},[33,1512,798,1513,812],{},[36,1514,811],{},[15,1516,815,1517],{},[817,1518,819],{},[19,1520],{},[22,1522,825],{"id":824},[15,1524,828],{},[58,1526,1527,1529,1531,1533],{},[33,1528,833],{},[33,1530,836],{},[33,1532,839],{},[33,1534,842],{},[19,1536],{},[22,1538,848],{"id":847},[58,1540,1541,1545,1549,1553],{},[33,1542,1543],{},[854,1544,857],{"href":856},[33,1546,1547],{},[854,1548,863],{"href":862},[33,1550,1551],{},[854,1552,869],{"href":868},[33,1554,1555],{},[854,1556,875],{"href":874},[19,1558],{},[15,1560,1561],{},[817,1562,882,1563,886,1565],{},[36,1564,885],{},[854,1566,890],{"href":889},{"title":93,"searchDepth":892,"depth":892,"links":1568},[1569,1570,1574,1579,1585,1590,1594,1597,1598],{"id":24,"depth":892,"text":25},{"id":73,"depth":892,"text":74,"children":1571},[1572,1573],{"id":81,"depth":898,"text":82},{"id":96,"depth":898,"text":97},{"id":191,"depth":892,"text":192,"children":1575},[1576,1577,1578],{"id":195,"depth":898,"text":196},{"id":271,"depth":898,"text":272},{"id":328,"depth":898,"text":329},{"id":403,"depth":892,"text":404,"children":1580},[1581,1582,1583,1584],{"id":407,"depth":898,"text":408},{"id":455,"depth":898,"text":456},{"id":491,"depth":898,"text":492},{"id":515,"depth":898,"text":516},{"id":557,"depth":892,"text":558,"children":1586},[1587,1588,1589],{"id":561,"depth":898,"text":562},{"id":599,"depth":898,"text":600},{"id":629,"depth":898,"text":449},{"id":645,"depth":892,"text":646,"children":1591},[1592,1593],{"id":652,"depth":898,"text":653},{"id":662,"depth":898,"text":663},{"id":701,"depth":892,"text":702,"children":1595},[1596],{"id":785,"depth":898,"text":786},{"id":824,"depth":892,"text":825},{"id":847,"depth":892,"text":848},{},{"title":5,"description":927},[939,940,941,942,943,944,945,432],{"id":1603,"title":1604,"articleId":6,"body":1605,"category":925,"date":926,"description":2475,"extension":928,"lastUpdated":926,"locale":2476,"meta":2477,"navigation":931,"path":2478,"publishDate":926,"readTime":933,"refreshInterval":934,"seo":2479,"slug":2480,"stem":2481,"tags":2482,"__hash__":2488},"blog\u002Fblog\u002Fpv-system-documentation.en.md","PV System Diagram: Documentation and AREI\u002FRGIE Requirements for Solar Installations",{"type":8,"value":1606,"toc":2443},[1607,1610,1613,1615,1619,1622,1642,1647,1658,1660,1664,1667,1671,1677,1681,1761,1763,1767,1771,1826,1842,1846,1898,1902,1959,1970,1972,1976,1980,2021,2025,2057,2061,2081,2085,2113,2115,2119,2123,2130,2150,2157,2161,2168,2187,2190,2201,2203,2207,2210,2214,2220,2224,2227,2244,2256,2258,2262,2268,2340,2344,2351,2370,2375,2377,2381,2384,2398,2400,2404,2430,2432],[11,1608,1604],{"id":1609},"pv-system-diagram-documentation-and-areirgie-requirements-for-solar-installations",[15,1611,1612],{},"A photovoltaic (PV) system on your roof is not just an investment in the future in Belgium — it must also be correctly documented and registered with the distribution grid operator (DSO). In this article, you will learn how the PV system is represented in the single-line diagram, which protection devices are required, and what to consider during registration.",[19,1614],{},[22,1616,1618],{"id":1617},"why-is-documentation-mandatory","Why Is Documentation Mandatory?",[15,1620,1621],{},"Every PV system must appear in the electrical documentation of your building — meaning:",[30,1623,1624,1630,1636],{},[33,1625,1626,1629],{},[36,1627,1628],{},"Single-line diagram:"," The PV system with all components (modules, inverter, protection devices) must be drawn in.",[33,1631,1632,1635],{},[36,1633,1634],{},"Situation plan:"," The position of the inverter and DC disconnect switch must be marked.",[33,1637,1638,1641],{},[36,1639,1640],{},"Grid operator registration:"," The system must be registered with the relevant DSO.",[15,1643,1644],{},[36,1645,1646],{},"Without correct documentation:",[58,1648,1649,1652,1655],{},[33,1650,1651],{},"The AREI\u002FRGIE inspection will fail.",[33,1653,1654],{},"The grid operator can refuse the grid connection.",[33,1656,1657],{},"Entitlement to feed-in compensation or prosumer tariff is lost.",[19,1659],{},[22,1661,1663],{"id":1662},"what-goes-in-the-single-line-diagram","What Goes in the Single-Line Diagram?",[15,1665,1666],{},"The PV system is shown as a separate branch in the single-line diagram. The signal flow runs from the modules to the feed-in point:",[79,1668,1670],{"id":1669},"component-chain","Component Chain",[84,1672,1675],{"className":1673,"code":1674,"language":89},[87],"PV Modules (strings)\n   │\n   ├── DC cable (solar cable, e.g. 6 mm²)\n   │\n   ├── DC disconnect switch (firefighter switch)\n   │\n   ├── SPD DC side (surge protection DC)\n   │\n   └── Inverter\n         │\n         ├── SPD AC side (surge protection AC)\n         │\n         ├── MCB for PV circuit (e.g. B20A or C20A depending on inverter)\n         │\n         ├── RCD 30 mA Type A (or Type B for transformerless inverter)\n         │\n         └── Feed-in point (connection to main board)\n",[91,1676,1674],{"__ignoreMap":93},[79,1678,1680],{"id":1679},"symbols-in-the-diagram","Symbols in the Diagram",[99,1682,1683,1696],{},[102,1684,1685],{},[105,1686,1687,1690,1693],{},[108,1688,1689],{},"Component",[108,1691,1692],{},"AREI Symbol",[108,1694,1695],{},"Note",[118,1697,1698,1709,1720,1731,1741,1751],{},[105,1699,1700,1703,1706],{},[123,1701,1702],{},"PV module",[123,1704,1705],{},"Rectangle with sun symbol",[123,1707,1708],{},"State quantity and power (e.g., \"12x 400 Wp\")",[105,1710,1711,1714,1717],{},[123,1712,1713],{},"Inverter",[123,1715,1716],{},"Rectangle with \"~\" and \"=\"",[123,1718,1719],{},"DC input \u002F AC output",[105,1721,1722,1725,1728],{},[123,1723,1724],{},"DC disconnect switch",[123,1726,1727],{},"Switch symbol with \"DC\"",[123,1729,1730],{},"Firefighter disconnection",[105,1732,1733,1735,1738],{},[123,1734,158],{},[123,1736,1737],{},"Lightning symbol with earth",[123,1739,1740],{},"DC side AND AC side",[105,1742,1743,1745,1748],{},[123,1744,169],{},[123,1746,1747],{},"Standard MCB symbol",[123,1749,1750],{},"Type B is sufficient for most modern inverters with soft-start; Type C only for high inrush current (check manufacturer specifications)",[105,1752,1753,1755,1758],{},[123,1754,180],{},[123,1756,1757],{},"Standard RCD symbol",[123,1759,1760],{},"State type (A or B)",[19,1762],{},[22,1764,1766],{"id":1765},"protection-devices-for-pv-systems","Protection Devices for PV Systems",[79,1768,1770],{"id":1769},"dc-side-between-modules-and-inverter","DC Side (Between Modules and Inverter)",[99,1772,1773,1786],{},[102,1774,1775],{},[105,1776,1777,1780,1783],{},[108,1778,1779],{},"Device",[108,1781,1782],{},"Function",[108,1784,1785],{},"Mandatory?",[118,1787,1788,1800,1813],{},[105,1789,1790,1794,1797],{},[123,1791,1792],{},[36,1793,1724],{},[123,1795,1796],{},"Isolate PV modules (firefighters!)",[123,1798,1799],{},"Yes, AREI Art. 7.112",[105,1801,1802,1807,1810],{},[123,1803,1804],{},[36,1805,1806],{},"SPD DC side",[123,1808,1809],{},"Surge protection DC side",[123,1811,1812],{},"Art. 4.5.1 requires overvoltage protection according to good professional practice; in practice recommended for PV, especially with modules >10 m from inverter or rooftop cables",[105,1814,1815,1820,1823],{},[123,1816,1817],{},[36,1818,1819],{},"String fuses",[123,1821,1822],{},"Protection with multiple strings",[123,1824,1825],{},"From 3+ parallel strings",[253,1827,1828],{},[15,1829,1830,1833,1834,1837,1838,1841],{},[36,1831,1832],{},"Firefighter switch:"," According to AREI Art. 7.112, the DC disconnect switch must be ",[36,1835,1836],{},"easily accessible"," and ",[36,1839,1840],{},"clearly marked"," (red sign with lightning symbol). It can also be installed inside the building, provided it is locatable by rescue services.",[79,1843,1845],{"id":1844},"ac-side-between-inverter-and-board","AC Side (Between Inverter and Board)",[99,1847,1848,1858],{},[102,1849,1850],{},[105,1851,1852,1854,1856],{},[108,1853,1779],{},[108,1855,1782],{},[108,1857,1785],{},[118,1859,1860,1873,1886],{},[105,1861,1862,1867,1870],{},[123,1863,1864],{},[36,1865,1866],{},"SPD AC side",[123,1868,1869],{},"Surge protection AC side",[123,1871,1872],{},"Art. 4.5.1 — overvoltage protection according to good professional practice",[105,1874,1875,1880,1883],{},[123,1876,1877],{},[36,1878,1879],{},"MCB (B or C characteristic)",[123,1881,1882],{},"Short-circuit and overload protection",[123,1884,1885],{},"Yes",[105,1887,1888,1892,1895],{},[123,1889,1890],{},[36,1891,319],{},[123,1893,1894],{},"Residual current protection",[123,1896,1897],{},"Recommended (a dedicated RCD per PV AC circuit is not strictly required by AREI; the circuit must be protected by general protection measures)",[79,1899,1901],{"id":1900},"which-rcd-type","Which RCD Type?",[99,1903,1904,1917],{},[102,1905,1906],{},[105,1907,1908,1911,1914],{},[108,1909,1910],{},"Inverter Type",[108,1912,1913],{},"RCD Type",[108,1915,1916],{},"Why?",[118,1918,1919,1933,1947],{},[105,1920,1921,1927,1930],{},[123,1922,1923,1926],{},[36,1924,1925],{},"With transformer"," (galvanic isolation)",[123,1928,1929],{},"Type A",[123,1931,1932],{},"No DC fault currents possible",[105,1934,1935,1941,1944],{},[123,1936,1937,1940],{},[36,1938,1939],{},"Transformerless"," (no galvanic isolation)",[123,1942,1943],{},"Type B",[123,1945,1946],{},"DC fault currents possible",[105,1948,1949,1954,1956],{},[123,1950,1951],{},[36,1952,1953],{},"With integrated RCMU",[123,1955,1929],{},[123,1957,1958],{},"RCMU detects DC fault currents internally",[253,1960,1961],{},[15,1962,1963,1966,1967,1969],{},[36,1964,1965],{},"Tip:"," Modern inverters often have an integrated ",[36,1968,397],{}," (Residual Current Monitoring Unit) that detects DC fault currents. In this case, a Type A RCD is sufficient. Check the manufacturer's specifications.",[19,1971],{},[22,1973,1975],{"id":1974},"registration-with-the-grid-operator","Registration with the Grid Operator",[79,1977,1979],{"id":1978},"relevant-grid-operators-in-belgium","Relevant Grid Operators in Belgium",[99,1981,1982,1991],{},[102,1983,1984],{},[105,1985,1986,1988],{},[108,1987,417],{},[108,1989,1990],{},"Grid Operator (DSO)",[118,1992,1993,2002,2012],{},[105,1994,1995,2000],{},[123,1996,1997],{},[36,1998,1999],{},"Flanders",[123,2001,432],{},[105,2003,2004,2009],{},[123,2005,2006],{},[36,2007,2008],{},"Wallonia",[123,2010,2011],{},"ORES, RESA, REW",[105,2013,2014,2019],{},[123,2015,2016],{},[36,2017,2018],{},"Brussels",[123,2020,452],{},[79,2022,2024],{"id":2023},"registration-process","Registration Process",[30,2026,2027,2033,2039,2045,2051],{},[33,2028,2029,2032],{},[36,2030,2031],{},"Before installation:"," Application for grid connection \u002F capacity increase with the DSO (often required for systems > 5 kVA).",[33,2034,2035,2038],{},[36,2036,2037],{},"After installation:"," Submit the installer's declaration of conformity.",[33,2040,2041,2044],{},[36,2042,2043],{},"AREI inspection:"," By an approved control body (e.g., BTV, Vincotte, AIB).",[33,2046,2047,2050],{},[36,2048,2049],{},"Meter change:"," Switch to a bidirectional (digital) meter.",[33,2052,2053,2056],{},[36,2054,2055],{},"Activation:"," Grid operator authorises feed-in.",[79,2058,2060],{"id":2059},"required-documents","Required Documents",[58,2062,2063,2066,2069,2072,2075,2078],{},[33,2064,2065],{},"Single-line diagram (including PV system)",[33,2067,2068],{},"Situation plan",[33,2070,2071],{},"PV module datasheet",[33,2073,2074],{},"Inverter datasheet",[33,2076,2077],{},"Installer's declaration of conformity",[33,2079,2080],{},"AREI inspection report",[79,2082,2084],{"id":2083},"deadlines","Deadlines",[58,2086,2087,2097,2107],{},[33,2088,2089,2092,2093,2096],{},[36,2090,2091],{},"Fluvius (Flanders):"," Registration within ",[36,2094,2095],{},"30 days"," of commissioning.",[33,2098,2099,2102,2103,2106],{},[36,2100,2101],{},"ORES (Wallonia):"," Registration ",[36,2104,2105],{},"before"," commissioning recommended.",[33,2108,2109,2112],{},[36,2110,2111],{},"Sibelga (Brussels):"," Pre-registration for systems > 5 kVA.",[19,2114],{},[22,2116,2118],{"id":2117},"self-consumption-vs-feed-in","Self-Consumption vs. Feed-In",[79,2120,2122],{"id":2121},"flanders-digital-meter","Flanders: Digital Meter",[15,2124,2125,2126,2129],{},"Since 2021, all analogue meters in Flanders are being progressively replaced with ",[36,2127,2128],{},"digital meters",". The digital meter measures consumption and injection separately:",[58,2131,2132,2138,2144],{},[33,2133,2134,2137],{},[36,2135,2136],{},"Self-consumption"," is directly offset (no grid charges).",[33,2139,2140,2143],{},[36,2141,2142],{},"Feed-in"," is compensated at the current market price (injection tariff).",[33,2145,2146,2149],{},[36,2147,2148],{},"Grid consumption"," is charged at the normal rate.",[253,2151,2152],{},[15,2153,2154,2156],{},[36,2155,1965],{}," Maximise self-consumption through smart control (heat pump, boiler, EV charger during daytime).",[79,2158,2160],{"id":2159},"wallonia-prosumer-tariff","Wallonia: Prosumer Tariff",[15,2162,2163,2164,2167],{},"In Wallonia, since 2024, the ",[36,2165,2166],{},"prosumer tariff"," applies:",[58,2169,2170,2177,2180],{},[33,2171,2172,2173,2176],{},"Compensation between injection and consumption on an ",[36,2174,2175],{},"annual basis"," (until end of 2030).",[33,2178,2179],{},"From 2031, gradual transition to real-time metering.",[33,2181,2182,2183,2186],{},"Grid charges are calculated based on ",[36,2184,2185],{},"annual consumption",".",[79,2188,2018],{"id":2189},"brussels",[58,2191,2192,2198],{},[33,2193,2194,2197],{},[36,2195,2196],{},"Green certificate system",": Green certificates per MWh produced.",[33,2199,2200],{},"Compensation via the meter is possible (depending on meter type).",[19,2202],{},[22,2204,2206],{"id":2205},"battery-integration-in-the-diagram","Battery Integration in the Diagram",[15,2208,2209],{},"If you add battery storage, the diagram is extended:",[79,2211,2213],{"id":2212},"additional-components","Additional Components",[84,2215,2218],{"className":2216,"code":2217,"language":89},[87],"Inverter (hybrid inverter)\n   │\n   ├── AC output → Main board (as above)\n   │\n   └── DC battery connection\n         │\n         ├── Battery disconnect switch (DC)\n         │\n         ├── BMS (Battery Management System, internal)\n         │\n         └── Battery storage (e.g. 10 kWh LFP)\n",[91,2219,2217],{"__ignoreMap":93},[79,2221,2223],{"id":2222},"backup-power-switching-optional","Backup Power Switching (Optional)",[15,2225,2226],{},"For a backup-power-capable system, add:",[58,2228,2229,2235,2241],{},[33,2230,2231,2234],{},[36,2232,2233],{},"Transfer switch"," (automatic or manual): Isolates the house from the grid and powers it from the battery.",[33,2236,2237,2238,2186],{},"Must be drawn in the single-line diagram as a ",[36,2239,2240],{},"changeover switch",[33,2242,2243],{},"Backup circuits must be identified.",[253,2245,2246],{},[15,2247,2248,2251,2252,2255],{},[36,2249,2250],{},"AREI requirement:"," For backup power systems, it must be ensured that ",[36,2253,2254],{},"no back-feed to the grid"," occurs when the grid is disconnected (anti-islanding protection).",[19,2257],{},[22,2259,2261],{"id":2260},"arei-special-rules-for-pv-art-7112","AREI Special Rules for PV (Art. 7.112)",[15,2263,2264,2265,2267],{},"The AREI dedicates a specific section to PV systems — ",[36,2266,708],{},". The key points:",[99,2269,2270,2279],{},[102,2271,2272],{},[105,2273,2274,2277],{},[108,2275,2276],{},"Rule",[108,2278,721],{},[118,2280,2281,2290,2300,2310,2320,2330],{},[105,2282,2283,2287],{},[123,2284,2285],{},[36,2286,1724],{},[123,2288,2289],{},"Externally accessible, marked, firefighter-suitable",[105,2291,2292,2297],{},[123,2293,2294],{},[36,2295,2296],{},"DC cable routing",[123,2298,2299],{},"Run separately from AC cables (dedicated trunking\u002Fconduit)",[105,2301,2302,2307],{},[123,2303,2304],{},[36,2305,2306],{},"Labelling",[123,2308,2309],{},"All DC components with \"Warning: PV, voltage may be present even when grid is off\"",[105,2311,2312,2317],{},[123,2313,2314],{},[36,2315,2316],{},"Cable protection class",[123,2318,2319],{},"DC cable min. Class II (double insulated)",[105,2321,2322,2327],{},[123,2323,2324],{},[36,2325,2326],{},"Lightning protection",[123,2328,2329],{},"For buildings with lightning protection: integrate PV into lightning protection concept",[105,2331,2332,2337],{},[123,2333,2334],{},[36,2335,2336],{},"Roof mounting",[123,2338,2339],{},"No AREI requirement, but building regulations (wind load, structural) apply",[79,2341,2343],{"id":2342},"building-signage","Building Signage",[15,2345,2346,2347,2350],{},"According to the AREI, a ",[36,2348,2349],{},"warning sign"," must be affixed to the building indicating the PV system:",[58,2352,2353,2360,2364],{},[33,2354,2355,2356,2359],{},"At the ",[36,2357,2358],{},"meter box"," or main board",[33,2361,2355,2362],{},[36,2363,1724],{},[33,2365,2355,2366,2369],{},[36,2367,2368],{},"building entrance"," (firefighter information)",[15,2371,815,2372],{},[817,2373,2374],{},"\"Warning: Photovoltaic installation. DC voltage may be present even when the grid is disconnected.\"",[19,2376],{},[22,2378,2380],{"id":2379},"planelec-pv-in-the-single-line-diagram","PlanElec: PV in the Single-Line Diagram",[15,2382,2383],{},"With PlanElec, you can document your PV system directly in the single-line diagram:",[58,2385,2386,2389,2392,2395],{},[33,2387,2388],{},"Add PV modules as a source",[33,2390,2391],{},"Place inverter and protection devices",[33,2393,2394],{},"Automatic AREI validation (SPD present? DC disconnect? RCD type correct?)",[33,2396,2397],{},"Export as PDF for grid operator and control body",[19,2399],{},[22,2401,2403],{"id":2402},"related-articles","Related Articles",[58,2405,2406,2412,2418,2424],{},[33,2407,2408],{},[854,2409,2411],{"href":2410},"\u002Fen\u002Fblog\u002Fwhat-is-single-line-diagram","What Is a Single-Line Diagram?",[33,2413,2414],{},[854,2415,2417],{"href":2416},"\u002Fen\u002Fblog\u002Fdistribution-board-planning-guide","Distribution Board Planning: Layout and Sizing",[33,2419,2420],{},[854,2421,2423],{"href":2422},"\u002Fen\u002Fblog\u002Fcable-cross-section-breaker","Cable Cross-Section and Breaker: The Right Combination",[33,2425,2426],{},[854,2427,2429],{"href":2428},"\u002Fen\u002Fblog\u002Felectrical-inspection","Electrical Inspection in Belgium",[19,2431],{},[15,2433,2434],{},[817,2435,2436,2437,2439,2440],{},"Document your PV system to code with ",[36,2438,885],{}," — inverter, protection devices, and battery storage in the single-line diagram. AREI-compliant, export-ready for the grid operator. ",[854,2441,2442],{"href":889},"Start now →",{"title":93,"searchDepth":892,"depth":892,"links":2444},[2445,2446,2450,2455,2461,2466,2470,2473,2474],{"id":1617,"depth":892,"text":1618},{"id":1662,"depth":892,"text":1663,"children":2447},[2448,2449],{"id":1669,"depth":898,"text":1670},{"id":1679,"depth":898,"text":1680},{"id":1765,"depth":892,"text":1766,"children":2451},[2452,2453,2454],{"id":1769,"depth":898,"text":1770},{"id":1844,"depth":898,"text":1845},{"id":1900,"depth":898,"text":1901},{"id":1974,"depth":892,"text":1975,"children":2456},[2457,2458,2459,2460],{"id":1978,"depth":898,"text":1979},{"id":2023,"depth":898,"text":2024},{"id":2059,"depth":898,"text":2060},{"id":2083,"depth":898,"text":2084},{"id":2117,"depth":892,"text":2118,"children":2462},[2463,2464,2465],{"id":2121,"depth":898,"text":2122},{"id":2159,"depth":898,"text":2160},{"id":2189,"depth":898,"text":2018},{"id":2205,"depth":892,"text":2206,"children":2467},[2468,2469],{"id":2212,"depth":898,"text":2213},{"id":2222,"depth":898,"text":2223},{"id":2260,"depth":892,"text":2261,"children":2471},[2472],{"id":2342,"depth":898,"text":2343},{"id":2379,"depth":892,"text":2380},{"id":2402,"depth":892,"text":2403},"Complete guide to documenting a PV system in the single-line diagram. Protection devices, grid operator registration, battery integration, and AREI Art. 7.112.","en",{},"\u002Fblog\u002Fpv-system-documentation.en",{"title":1604,"description":2475},"pv-system-diagram","blog\u002Fpv-system-documentation.en",[939,2483,2484,942,2485,2486,2487,432],"solar panels","single-line diagram","inverter","grid operator","battery","hneYj1W7fZQy9x_oZPTdsAMnFAJkIp3_fRnnkzw4Zfc",{"id":2490,"title":2491,"articleId":6,"body":2492,"category":925,"date":926,"description":3367,"extension":928,"lastUpdated":926,"locale":3368,"meta":3369,"navigation":931,"path":3370,"publishDate":926,"readTime":933,"refreshInterval":934,"seo":3371,"slug":3372,"stem":3373,"tags":3374,"__hash__":3380},"blog\u002Fblog\u002Fpv-system-documentation.fr.md","Panneaux solaires dans le schéma : Documentation et prescriptions RGIE pour les installations PV",{"type":8,"value":2493,"toc":3335},[2494,2497,2500,2502,2506,2509,2529,2534,2545,2547,2551,2554,2558,2564,2568,2651,2653,2657,2661,2716,2732,2736,2789,2793,2848,2859,2861,2865,2869,2910,2914,2946,2950,2970,2974,3002,3004,3008,3012,3019,3039,3046,3050,3057,3075,3078,3089,3091,3095,3098,3102,3108,3112,3115,3132,3144,3146,3150,3156,3229,3233,3240,3261,3267,3269,3273,3276,3290,3292,3296,3322,3324],[11,2495,2491],{"id":2496},"panneaux-solaires-dans-le-schéma-documentation-et-prescriptions-rgie-pour-les-installations-pv",[15,2498,2499],{},"Une installation photovoltaïque (PV) sur le toit n'est pas seulement un investissement pour l'avenir en Belgique — elle doit aussi être correctement documentée et déclarée auprès du gestionnaire de réseau de distribution (GRD). Dans cet article, vous apprendrez comment l'installation PV est représentée dans le schéma unifilaire, quels dispositifs de protection sont nécessaires et ce qu'il faut savoir lors de la déclaration.",[19,2501],{},[22,2503,2505],{"id":2504},"pourquoi-la-documentation-est-elle-obligatoire","Pourquoi la documentation est-elle obligatoire ?",[15,2507,2508],{},"Toute installation PV doit apparaître dans la documentation électrique de votre bâtiment — c'est-à-dire :",[30,2510,2511,2517,2523],{},[33,2512,2513,2516],{},[36,2514,2515],{},"Schéma unifilaire :"," L'installation PV avec tous ses composants (modules, onduleur, protections) doit être dessinée.",[33,2518,2519,2522],{},[36,2520,2521],{},"Plan de situation :"," La position de l'onduleur et du sectionneur DC doit être marquée.",[33,2524,2525,2528],{},[36,2526,2527],{},"Déclaration au GRD :"," L'installation doit être enregistrée auprès du gestionnaire de réseau compétent.",[15,2530,2531],{},[36,2532,2533],{},"Sans documentation correcte :",[58,2535,2536,2539,2542],{},[33,2537,2538],{},"Le contrôle RGIE échoue.",[33,2540,2541],{},"Le GRD peut refuser le raccordement au réseau.",[33,2543,2544],{},"Le droit à la compensation ou au tarif prosommateur est perdu.",[19,2546],{},[22,2548,2550],{"id":2549},"que-doit-contenir-le-schéma-unifilaire","Que doit contenir le schéma unifilaire ?",[15,2552,2553],{},"L'installation PV est représentée comme une branche distincte dans le schéma unifilaire. Le flux de signal va des modules jusqu'au point d'injection :",[79,2555,2557],{"id":2556},"chaîne-de-composants","Chaîne de composants",[84,2559,2562],{"className":2560,"code":2561,"language":89},[87],"Modules PV (strings)\n   │\n   ├── Câble DC (câble solaire, par ex. 6 mm²)\n   │\n   ├── Sectionneur DC (interrupteur pompiers)\n   │\n   ├── Parafoudre DC (côté DC)\n   │\n   └── Onduleur (Inverter)\n         │\n         ├── Parafoudre AC (côté AC)\n         │\n         ├── Disjoncteur pour circuit PV (par ex. C20A)\n         │\n         ├── Différentiel 30 mA Type A (ou Type B pour onduleur sans transformateur)\n         │\n         └── Point d'injection (raccordement au tableau principal)\n",[91,2563,2561],{"__ignoreMap":93},[79,2565,2567],{"id":2566},"symboles-dans-le-schéma","Symboles dans le schéma",[99,2569,2570,2583],{},[102,2571,2572],{},[105,2573,2574,2577,2580],{},[108,2575,2576],{},"Composant",[108,2578,2579],{},"Symbole RGIE",[108,2581,2582],{},"Remarque",[118,2584,2585,2596,2607,2618,2629,2640],{},[105,2586,2587,2590,2593],{},[123,2588,2589],{},"Module PV",[123,2591,2592],{},"Rectangle avec symbole soleil",[123,2594,2595],{},"Indiquer nombre et puissance (par ex. « 12x 400 Wc »)",[105,2597,2598,2601,2604],{},[123,2599,2600],{},"Onduleur",[123,2602,2603],{},"Rectangle avec « ~ » et « = »",[123,2605,2606],{},"Entrée DC \u002F Sortie AC",[105,2608,2609,2612,2615],{},[123,2610,2611],{},"Sectionneur DC",[123,2613,2614],{},"Symbole interrupteur avec « DC »",[123,2616,2617],{},"Coupure pompiers",[105,2619,2620,2623,2626],{},[123,2621,2622],{},"Parafoudre",[123,2624,2625],{},"Symbole éclair avec terre",[123,2627,2628],{},"Côté DC ET côté AC",[105,2630,2631,2634,2637],{},[123,2632,2633],{},"Disjoncteur",[123,2635,2636],{},"Symbole MCB standard",[123,2638,2639],{},"La caractéristique B suffit pour la plupart des onduleurs modernes avec soft-start ; C uniquement en cas de courant d'appel élevé (consultez les spécifications du fabricant)",[105,2641,2642,2645,2648],{},[123,2643,2644],{},"Différentiel",[123,2646,2647],{},"Symbole RCD standard",[123,2649,2650],{},"Indiquer le type (A ou B)",[19,2652],{},[22,2654,2656],{"id":2655},"dispositifs-de-protection-pour-installations-pv","Dispositifs de protection pour installations PV",[79,2658,2660],{"id":2659},"côté-dc-entre-modules-et-onduleur","Côté DC (entre modules et onduleur)",[99,2662,2663,2676],{},[102,2664,2665],{},[105,2666,2667,2670,2673],{},[108,2668,2669],{},"Dispositif",[108,2671,2672],{},"Fonction",[108,2674,2675],{},"Obligatoire ?",[118,2677,2678,2690,2703],{},[105,2679,2680,2684,2687],{},[123,2681,2682],{},[36,2683,2611],{},[123,2685,2686],{},"Mise hors tension des modules PV (pompiers !)",[123,2688,2689],{},"Oui, RGIE Art. 7.112",[105,2691,2692,2697,2700],{},[123,2693,2694],{},[36,2695,2696],{},"Parafoudre DC",[123,2698,2699],{},"Protection contre les surtensions côté DC",[123,2701,2702],{},"Art. 4.5.1 exige de manière générale la protection contre les surtensions selon les règles de l'art ; en pratique recommandé pour le PV, notamment pour modules à >10 m de l'onduleur ou câbles en toiture",[105,2704,2705,2710,2713],{},[123,2706,2707],{},[36,2708,2709],{},"Fusibles de string",[123,2711,2712],{},"Protection en cas de strings multiples",[123,2714,2715],{},"À partir de 3+ strings parallèles",[253,2717,2718],{},[15,2719,2720,2723,2724,2727,2728,2731],{},[36,2721,2722],{},"Interrupteur pompiers :"," Selon le RGIE Art. 7.112, le sectionneur DC doit être ",[36,2725,2726],{},"facilement accessible"," et ",[36,2729,2730],{},"clairement identifié"," (panneau rouge avec symbole éclair). Il peut également être installé à l'intérieur du bâtiment, à condition d'être repérable par les services de secours.",[79,2733,2735],{"id":2734},"côté-ac-entre-onduleur-et-tableau","Côté AC (entre onduleur et tableau)",[99,2737,2738,2748],{},[102,2739,2740],{},[105,2741,2742,2744,2746],{},[108,2743,2669],{},[108,2745,2672],{},[108,2747,2675],{},[118,2749,2750,2763,2776],{},[105,2751,2752,2757,2760],{},[123,2753,2754],{},[36,2755,2756],{},"Parafoudre AC",[123,2758,2759],{},"Protection contre les surtensions côté AC",[123,2761,2762],{},"Art. 4.5.1 — protection contre les surtensions selon les règles de l'art",[105,2764,2765,2770,2773],{},[123,2766,2767],{},[36,2768,2769],{},"Disjoncteur (caractéristique C)",[123,2771,2772],{},"Protection contre court-circuit et surcharge",[123,2774,2775],{},"Oui",[105,2777,2778,2783,2786],{},[123,2779,2780],{},[36,2781,2782],{},"Différentiel 30 mA",[123,2784,2785],{},"Protection différentielle",[123,2787,2788],{},"Recommandé (un RCD dédié par circuit AC PV n'est pas imposé par le RGIE ; le circuit doit être protégé par les mesures de protection générales)",[79,2790,2792],{"id":2791},"quel-type-de-différentiel","Quel type de différentiel ?",[99,2794,2795,2808],{},[102,2796,2797],{},[105,2798,2799,2802,2805],{},[108,2800,2801],{},"Type d'onduleur",[108,2803,2804],{},"Type de différentiel",[108,2806,2807],{},"Pourquoi ?",[118,2809,2810,2823,2836],{},[105,2811,2812,2818,2820],{},[123,2813,2814,2817],{},[36,2815,2816],{},"Avec transformateur"," (séparation galvanique)",[123,2819,1929],{},[123,2821,2822],{},"Pas de courant de défaut DC possible",[105,2824,2825,2831,2833],{},[123,2826,2827,2830],{},[36,2828,2829],{},"Sans transformateur"," (sans séparation galvanique)",[123,2832,1943],{},[123,2834,2835],{},"Courants de défaut DC possibles",[105,2837,2838,2843,2845],{},[123,2839,2840],{},[36,2841,2842],{},"Avec RCMU intégrée",[123,2844,1929],{},[123,2846,2847],{},"La RCMU détecte les courants DC en interne",[253,2849,2850],{},[15,2851,2852,2855,2856,2858],{},[36,2853,2854],{},"Conseil :"," Les onduleurs modernes ont souvent une ",[36,2857,397],{}," (Residual Current Monitoring Unit) intégrée qui détecte les courants de défaut DC. Dans ce cas, un différentiel Type A suffit. Vérifiez les spécifications du fabricant.",[19,2860],{},[22,2862,2864],{"id":2863},"déclaration-au-gestionnaire-de-réseau","Déclaration au gestionnaire de réseau",[79,2866,2868],{"id":2867},"grd-compétents-en-belgique","GRD compétents en Belgique",[99,2870,2871,2881],{},[102,2872,2873],{},[105,2874,2875,2878],{},[108,2876,2877],{},"Région",[108,2879,2880],{},"Gestionnaire de réseau",[118,2882,2883,2892,2901],{},[105,2884,2885,2890],{},[123,2886,2887],{},[36,2888,2889],{},"Flandre",[123,2891,432],{},[105,2893,2894,2899],{},[123,2895,2896],{},[36,2897,2898],{},"Wallonie",[123,2900,2011],{},[105,2902,2903,2908],{},[123,2904,2905],{},[36,2906,2907],{},"Bruxelles",[123,2909,452],{},[79,2911,2913],{"id":2912},"déroulement-de-la-déclaration","Déroulement de la déclaration",[30,2915,2916,2922,2928,2934,2940],{},[33,2917,2918,2921],{},[36,2919,2920],{},"Avant l'installation :"," Demande de raccordement \u002F augmentation de capacité auprès du GRD (souvent nécessaire pour installations > 5 kVA).",[33,2923,2924,2927],{},[36,2925,2926],{},"Après l'installation :"," Soumettre la déclaration de conformité de l'installateur.",[33,2929,2930,2933],{},[36,2931,2932],{},"Contrôle RGIE :"," Par un organisme de contrôle agréé (par ex. BTV, Vinçotte, AIB).",[33,2935,2936,2939],{},[36,2937,2938],{},"Changement de compteur :"," Passage au compteur bidirectionnel (numérique).",[33,2941,2942,2945],{},[36,2943,2944],{},"Activation :"," Le GRD autorise l'injection.",[79,2947,2949],{"id":2948},"documents-requis","Documents requis",[58,2951,2952,2955,2958,2961,2964,2967],{},[33,2953,2954],{},"Schéma unifilaire (avec installation PV)",[33,2956,2957],{},"Plan de situation",[33,2959,2960],{},"Fiche technique des modules PV",[33,2962,2963],{},"Fiche technique de l'onduleur",[33,2965,2966],{},"Déclaration de conformité de l'installateur",[33,2968,2969],{},"Rapport de contrôle RGIE",[79,2971,2973],{"id":2972},"délais","Délais",[58,2975,2976,2986,2996],{},[33,2977,2978,2981,2982,2985],{},[36,2979,2980],{},"Fluvius (Flandre) :"," Déclaration dans les ",[36,2983,2984],{},"30 jours"," après la mise en service.",[33,2987,2988,2991,2992,2995],{},[36,2989,2990],{},"ORES (Wallonie) :"," Déclaration ",[36,2993,2994],{},"avant"," la mise en service recommandée.",[33,2997,2998,3001],{},[36,2999,3000],{},"Sibelga (Bruxelles) :"," Pré-déclaration pour installations > 5 kVA.",[19,3003],{},[22,3005,3007],{"id":3006},"autoconsommation-vs-injection","Autoconsommation vs. injection",[79,3009,3011],{"id":3010},"flandre-compteur-numérique","Flandre : Compteur numérique",[15,3013,3014,3015,3018],{},"Depuis 2021, tous les compteurs analogiques en Flandre sont progressivement remplacés par des ",[36,3016,3017],{},"compteurs numériques",". Le compteur numérique mesure la consommation et l'injection séparément :",[58,3020,3021,3027,3033],{},[33,3022,3023,3026],{},[36,3024,3025],{},"L'autoconsommation"," est directement déduite (pas de frais de réseau).",[33,3028,3029,3032],{},[36,3030,3031],{},"L'injection"," est rémunérée au prix du marché actuel (tarif d'injection).",[33,3034,3035,3038],{},[36,3036,3037],{},"Le prélèvement réseau"," est facturé au tarif normal.",[253,3040,3041],{},[15,3042,3043,3045],{},[36,3044,2854],{}," Maximisez l'autoconsommation grâce à une gestion intelligente (pompe à chaleur, boiler, borne de recharge pendant la journée).",[79,3047,3049],{"id":3048},"wallonie-tarif-prosommateur","Wallonie : Tarif prosommateur",[15,3051,3052,3053,3056],{},"En Wallonie, depuis 2024, le ",[36,3054,3055],{},"tarif prosommateur"," s'applique :",[58,3058,3059,3066,3069],{},[33,3060,3061,3062,3065],{},"Compensation entre injection et consommation sur ",[36,3063,3064],{},"base annuelle"," (encore jusqu'à fin 2030).",[33,3067,3068],{},"À partir de 2031, transition progressive vers la mesure en temps réel.",[33,3070,3071,3072,2186],{},"Les frais de réseau sont calculés sur la base de la ",[36,3073,3074],{},"consommation annuelle",[79,3076,2907],{"id":3077},"bruxelles",[58,3079,3080,3086],{},[33,3081,3082,3085],{},[36,3083,3084],{},"Système de certificats verts"," : Certificats verts par MWh produit.",[33,3087,3088],{},"Compensation via le compteur possible (selon le type de compteur).",[19,3090],{},[22,3092,3094],{"id":3093},"intégration-de-batterie-dans-le-schéma","Intégration de batterie dans le schéma",[15,3096,3097],{},"Si vous ajoutez un stockage par batterie, le schéma s'enrichit :",[79,3099,3101],{"id":3100},"composants-supplémentaires","Composants supplémentaires",[84,3103,3106],{"className":3104,"code":3105,"language":89},[87],"Onduleur (onduleur hybride)\n   │\n   ├── Sortie AC → Tableau principal (comme ci-dessus)\n   │\n   └── Raccordement batterie DC\n         │\n         ├── Sectionneur batterie (DC)\n         │\n         ├── BMS (Système de Gestion de Batterie, interne)\n         │\n         └── Stockage batterie (par ex. 10 kWh LFP)\n",[91,3107,3105],{"__ignoreMap":93},[79,3109,3111],{"id":3110},"commutation-de-secours-optionnel","Commutation de secours (optionnel)",[15,3113,3114],{},"Pour un système capable de fournir du courant de secours :",[58,3116,3117,3123,3129],{},[33,3118,3119,3122],{},[36,3120,3121],{},"Dispositif de commutation"," (automatique ou manuel) : isole la maison du réseau et l'alimente depuis la batterie.",[33,3124,3125,3126,2186],{},"Doit être dessiné dans le schéma unifilaire comme ",[36,3127,3128],{},"commutateur",[33,3130,3131],{},"Les circuits de secours doivent être identifiés.",[253,3133,3134],{},[15,3135,3136,3139,3140,3143],{},[36,3137,3138],{},"Prescription RGIE :"," Pour les systèmes de secours, il faut garantir qu'",[36,3141,3142],{},"aucune réinjection dans le réseau"," n'a lieu lorsque le réseau est coupé (protection anti-îlotage).",[19,3145],{},[22,3147,3149],{"id":3148},"règles-spéciales-rgie-pour-le-pv-art-7112","Règles spéciales RGIE pour le PV (Art. 7.112)",[15,3151,3152,3153,3155],{},"Le RGIE consacre une section propre aux installations PV — ",[36,3154,708],{},". Les points essentiels :",[99,3157,3158,3168],{},[102,3159,3160],{},[105,3161,3162,3165],{},[108,3163,3164],{},"Règle",[108,3166,3167],{},"Détails",[118,3169,3170,3179,3189,3199,3209,3219],{},[105,3171,3172,3176],{},[123,3173,3174],{},[36,3175,2611],{},[123,3177,3178],{},"Accessible de l'extérieur, identifié, adapté aux pompiers",[105,3180,3181,3186],{},[123,3182,3183],{},[36,3184,3185],{},"Cheminement câbles DC",[123,3187,3188],{},"Séparer des câbles AC (goulotte\u002Ftube dédié)",[105,3190,3191,3196],{},[123,3192,3193],{},[36,3194,3195],{},"Identification",[123,3197,3198],{},"Tous les composants DC avec « Attention : PV, tension présente même réseau coupé »",[105,3200,3201,3206],{},[123,3202,3203],{},[36,3204,3205],{},"Classe de protection câble",[123,3207,3208],{},"Câble DC min. classe II (double isolation)",[105,3210,3211,3216],{},[123,3212,3213],{},[36,3214,3215],{},"Protection foudre",[123,3217,3218],{},"Pour bâtiments avec paratonnerre : intégrer le PV dans le concept de protection foudre",[105,3220,3221,3226],{},[123,3222,3223],{},[36,3224,3225],{},"Fixation toiture",[123,3227,3228],{},"Pas de prescription RGIE, mais droit de la construction (charge vent, statique)",[79,3230,3232],{"id":3231},"signalisation-sur-le-bâtiment","Signalisation sur le bâtiment",[15,3234,3235,3236,3239],{},"Selon le RGIE, un ",[36,3237,3238],{},"panneau d'avertissement"," doit être apposé sur le bâtiment indiquant la présence de l'installation PV :",[58,3241,3242,3249,3254],{},[33,3243,3244,3245,3248],{},"Au ",[36,3246,3247],{},"coffret de comptage"," ou tableau principal",[33,3250,3244,3251],{},[36,3252,3253],{},"sectionneur DC",[33,3255,3256,3257,3260],{},"À l'",[36,3258,3259],{},"entrée du bâtiment"," (information pompiers)",[15,3262,3263,3264],{},"Texte : ",[817,3265,3266],{},"« Attention : Installation photovoltaïque. Une tension DC peut être présente même lorsque le réseau est coupé. »",[19,3268],{},[22,3270,3272],{"id":3271},"planelec-pv-dans-le-schéma-unifilaire","PlanElec : PV dans le schéma unifilaire",[15,3274,3275],{},"Avec PlanElec, vous pouvez documenter votre installation PV directement dans le schéma unifilaire :",[58,3277,3278,3281,3284,3287],{},[33,3279,3280],{},"Ajouter les modules PV comme source",[33,3282,3283],{},"Placer l'onduleur et les dispositifs de protection",[33,3285,3286],{},"Validation RGIE automatique (parafoudre présent ? Sectionneur DC ? Type de différentiel correct ?)",[33,3288,3289],{},"Export en PDF pour le GRD et l'organisme de contrôle",[19,3291],{},[22,3293,3295],{"id":3294},"articles-connexes","Articles connexes",[58,3297,3298,3304,3310,3316],{},[33,3299,3300],{},[854,3301,3303],{"href":3302},"\u002Ffr\u002Fblog\u002Fquest-ce-quun-schema-unifilaire","Qu'est-ce qu'un schéma unifilaire ?",[33,3305,3306],{},[854,3307,3309],{"href":3308},"\u002Ffr\u002Fblog\u002Fplanifier-tableau-electrique","Planifier un tableau électrique : Conception et dimensionnement",[33,3311,3312],{},[854,3313,3315],{"href":3314},"\u002Ffr\u002Fblog\u002Fsection-cable-disjoncteur","Section de câble et disjoncteur : la bonne combinaison",[33,3317,3318],{},[854,3319,3321],{"href":3320},"\u002Ffr\u002Fblog\u002Fcontrole-electrique","Contrôle électrique en Belgique",[19,3323],{},[15,3325,3326],{},[817,3327,3328,3329,3331,3332],{},"Documentez votre installation PV conforme aux normes avec ",[36,3330,885],{}," — onduleur, dispositifs de protection et stockage batterie dans le schéma unifilaire. Conforme au RGIE, prêt à l'export pour le GRD. ",[854,3333,3334],{"href":889},"Commencer maintenant →",{"title":93,"searchDepth":892,"depth":892,"links":3336},[3337,3338,3342,3347,3353,3358,3362,3365,3366],{"id":2504,"depth":892,"text":2505},{"id":2549,"depth":892,"text":2550,"children":3339},[3340,3341],{"id":2556,"depth":898,"text":2557},{"id":2566,"depth":898,"text":2567},{"id":2655,"depth":892,"text":2656,"children":3343},[3344,3345,3346],{"id":2659,"depth":898,"text":2660},{"id":2734,"depth":898,"text":2735},{"id":2791,"depth":898,"text":2792},{"id":2863,"depth":892,"text":2864,"children":3348},[3349,3350,3351,3352],{"id":2867,"depth":898,"text":2868},{"id":2912,"depth":898,"text":2913},{"id":2948,"depth":898,"text":2949},{"id":2972,"depth":898,"text":2973},{"id":3006,"depth":892,"text":3007,"children":3354},[3355,3356,3357],{"id":3010,"depth":898,"text":3011},{"id":3048,"depth":898,"text":3049},{"id":3077,"depth":898,"text":2907},{"id":3093,"depth":892,"text":3094,"children":3359},[3360,3361],{"id":3100,"depth":898,"text":3101},{"id":3110,"depth":898,"text":3111},{"id":3148,"depth":892,"text":3149,"children":3363},[3364],{"id":3231,"depth":898,"text":3232},{"id":3271,"depth":892,"text":3272},{"id":3294,"depth":892,"text":3295},"Guide complet pour la documentation d'une installation PV dans le schéma unifilaire. Dispositifs de protection, déclaration au GRD, intégration batterie et RGIE Art. 7.112.","fr",{},"\u002Fblog\u002Fpv-system-documentation.fr",{"title":2491,"description":3367},"panneaux-solaires-schema","blog\u002Fpv-system-documentation.fr",[939,3375,3376,3377,3378,3379,945,432],"panneaux solaires","schéma unifilaire","RGIE","onduleur","gestionnaire de réseau","IKZePh7ngjhk_DHS-H3XP_Iw0zHchfD17acsYteHJHA",{"id":3382,"title":3383,"articleId":6,"body":3384,"category":925,"date":926,"description":4247,"extension":928,"lastUpdated":926,"locale":4248,"meta":4249,"navigation":931,"path":4250,"publishDate":926,"readTime":933,"refreshInterval":934,"seo":4251,"slug":4252,"stem":4253,"tags":4254,"__hash__":4260},"blog\u002Fblog\u002Fpv-system-documentation.nl.md","Zonnepanelen in het schema: Documentatie en AREI-voorschriften voor PV-installaties",{"type":8,"value":3385,"toc":4215},[3386,3389,3392,3394,3398,3401,3421,3426,3437,3439,3443,3446,3450,3456,3460,3539,3541,3545,3549,3603,3619,3623,3674,3678,3733,3743,3745,3749,3753,3794,3798,3830,3834,3854,3858,3886,3888,3892,3896,3903,3923,3930,3934,3940,3958,3961,3972,3974,3978,3981,3985,3991,3995,3998,4016,4028,4030,4034,4040,4111,4115,4122,4141,4147,4149,4153,4156,4170,4172,4176,4202,4204],[11,3387,3383],{"id":3388},"zonnepanelen-in-het-schema-documentatie-en-arei-voorschriften-voor-pv-installaties",[15,3390,3391],{},"Zonnepanelen op het dak zijn in België niet alleen een investering in de toekomst — ze moeten ook correct gedocumenteerd en bij de netbeheerder aangemeld worden. In dit artikel leert u hoe de PV-installatie in het éénlijnschema wordt weergegeven, welke beveiligingstoestellen nodig zijn en wat u bij de aanmelding moet weten.",[19,3393],{},[22,3395,3397],{"id":3396},"waarom-is-documentatie-verplicht","Waarom is documentatie verplicht?",[15,3399,3400],{},"Elke PV-installatie moet in de elektrische documentatie van uw gebouw verschijnen — dat betekent:",[30,3402,3403,3409,3415],{},[33,3404,3405,3408],{},[36,3406,3407],{},"Éénlijnschema:"," De PV-installatie met alle componenten (modules, omvormer, beveiligingstoestellen) moet ingetekend zijn.",[33,3410,3411,3414],{},[36,3412,3413],{},"Situatieschema:"," De positie van de omvormer en de DC-scheidingsschakelaar moet gemarkeerd zijn.",[33,3416,3417,3420],{},[36,3418,3419],{},"Aanmelding bij de netbeheerder:"," De installatie moet bij de bevoegde netbeheerder geregistreerd worden.",[15,3422,3423],{},[36,3424,3425],{},"Zonder correcte documentatie:",[58,3427,3428,3431,3434],{},[33,3429,3430],{},"Slaagt de AREI-keuring niet.",[33,3432,3433],{},"Kan de netbeheerder de netaansluiting weigeren.",[33,3435,3436],{},"Vervalt het recht op injectievergoeding of prosumententarief.",[19,3438],{},[22,3440,3442],{"id":3441},"wat-hoort-in-het-éénlijnschema","Wat hoort in het éénlijnschema?",[15,3444,3445],{},"De PV-installatie wordt als een apart vertakking in het éénlijnschema weergegeven. De signaalstroom loopt van de modules tot het injectiepunt:",[79,3447,3449],{"id":3448},"componentenketen","Componentenketen",[84,3451,3454],{"className":3452,"code":3453,"language":89},[87],"PV-modules (strings)\n   │\n   ├── DC-kabel (solarkabel, bijv. 6 mm²)\n   │\n   ├── DC-scheidingsschakelaar (brandweerschakelaar)\n   │\n   ├── SPD DC-zijde (overspanningsbeveiliging DC)\n   │\n   └── Omvormer (inverter)\n         │\n         ├── SPD AC-zijde (overspanningsbeveiliging AC)\n         │\n         ├── MCB voor PV-kring (bijv. B20A of C20A afhankelijk van de omvormer)\n         │\n         ├── RCD 30 mA Type A (of Type B bij trafoloze omvormer)\n         │\n         └── Injectiepunt (aansluiting op hoofdverdeler)\n",[91,3455,3453],{"__ignoreMap":93},[79,3457,3459],{"id":3458},"symbolen-in-het-schema","Symbolen in het schema",[99,3461,3462,3474],{},[102,3463,3464],{},[105,3465,3466,3468,3471],{},[108,3467,1689],{},[108,3469,3470],{},"AREI-symbool",[108,3472,3473],{},"Opmerking",[118,3475,3476,3487,3498,3509,3519,3529],{},[105,3477,3478,3481,3484],{},[123,3479,3480],{},"PV-module",[123,3482,3483],{},"Rechthoek met zonsymbool",[123,3485,3486],{},"Aantal en vermogen vermelden (bijv. \"12x 400 Wp\")",[105,3488,3489,3492,3495],{},[123,3490,3491],{},"Omvormer",[123,3493,3494],{},"Rechthoek met \"~\" en \"=\"",[123,3496,3497],{},"DC-ingang \u002F AC-uitgang",[105,3499,3500,3503,3506],{},[123,3501,3502],{},"DC-scheidingsschakelaar",[123,3504,3505],{},"Schakelaarssymbool met \"DC\"",[123,3507,3508],{},"Brandweer-vrijschakeling",[105,3510,3511,3513,3516],{},[123,3512,158],{},[123,3514,3515],{},"Bliksemsymbool met aarde",[123,3517,3518],{},"DC-zijde EN AC-zijde",[105,3520,3521,3523,3526],{},[123,3522,169],{},[123,3524,3525],{},"Standaard MCB-symbool",[123,3527,3528],{},"Type B volstaat voor de meeste moderne omvormers met soft-start; type C alleen bij hoge inschakelstroom (fabrikantgegevens raadplegen)",[105,3530,3531,3533,3536],{},[123,3532,180],{},[123,3534,3535],{},"Standaard RCD-symbool",[123,3537,3538],{},"Type vermelden (A of B)",[19,3540],{},[22,3542,3544],{"id":3543},"beveiligingstoestellen-voor-pv-installaties","Beveiligingstoestellen voor PV-installaties",[79,3546,3548],{"id":3547},"dc-zijde-tussen-modules-en-omvormer","DC-zijde (tussen modules en omvormer)",[99,3550,3551,3564],{},[102,3552,3553],{},[105,3554,3555,3558,3561],{},[108,3556,3557],{},"Beveiligingstoestel",[108,3559,3560],{},"Functie",[108,3562,3563],{},"Verplicht?",[118,3565,3566,3577,3590],{},[105,3567,3568,3572,3575],{},[123,3569,3570],{},[36,3571,3502],{},[123,3573,3574],{},"Vrijschakelen van PV-modules (brandweer!)",[123,3576,225],{},[105,3578,3579,3584,3587],{},[123,3580,3581],{},[36,3582,3583],{},"SPD DC-zijde",[123,3585,3586],{},"Overspanningsbeveiliging DC-zijde",[123,3588,3589],{},"Art. 4.5.1 vereist algemeen overspanningsbeveiliging volgens de regels van het vak; in de praktijk bij PV aanbevolen, met name bij modules >10 m van de omvormer of leidingen op het dak",[105,3591,3592,3597,3600],{},[123,3593,3594],{},[36,3595,3596],{},"String-zekeringen",[123,3598,3599],{},"Bescherming bij meerdere strings",[123,3601,3602],{},"Vanaf 3+ parallelle strings",[253,3604,3605],{},[15,3606,3607,3610,3611,3614,3615,3618],{},[36,3608,3609],{},"Brandweerschakelaar:"," Volgens AREI Art. 7.112 moet de DC-scheidingsschakelaar ",[36,3612,3613],{},"makkelijk toegankelijk"," en ",[36,3616,3617],{},"duidelijk gemarkeerd"," zijn (rood bord met bliksemsymbool). Hij kan ook in het gebouw geïnstalleerd worden, zolang hij voor hulpdiensten vindbaar is.",[79,3620,3622],{"id":3621},"ac-zijde-tussen-omvormer-en-verdeler","AC-zijde (tussen omvormer en verdeler)",[99,3624,3625,3635],{},[102,3626,3627],{},[105,3628,3629,3631,3633],{},[108,3630,3557],{},[108,3632,3560],{},[108,3634,3563],{},[118,3636,3637,3650,3662],{},[105,3638,3639,3644,3647],{},[123,3640,3641],{},[36,3642,3643],{},"SPD AC-zijde",[123,3645,3646],{},"Overspanningsbeveiliging AC-zijde",[123,3648,3649],{},"Art. 4.5.1 — overspanningsbeveiliging volgens regels van het vak",[105,3651,3652,3657,3660],{},[123,3653,3654],{},[36,3655,3656],{},"MCB (C-karakteristiek)",[123,3658,3659],{},"Kortsluit- en overbelastingsbeveiliging",[123,3661,312],{},[105,3663,3664,3668,3671],{},[123,3665,3666],{},[36,3667,319],{},[123,3669,3670],{},"Differentiaalbeveiliging",[123,3672,3673],{},"Aanbevolen (een dedicated RCD per PV-AC-kring is niet dwingend voorgeschreven door het AREI; de kring moet door de algemene beschermingsmaatregelen beschermd zijn)",[79,3675,3677],{"id":3676},"welk-rcd-type","Welk RCD-type?",[99,3679,3680,3693],{},[102,3681,3682],{},[105,3683,3684,3687,3690],{},[108,3685,3686],{},"Type omvormer",[108,3688,3689],{},"RCD-type",[108,3691,3692],{},"Waarom?",[118,3694,3695,3708,3721],{},[105,3696,3697,3703,3705],{},[123,3698,3699,3702],{},[36,3700,3701],{},"Met trafo"," (galvanische scheiding)",[123,3704,1929],{},[123,3706,3707],{},"Geen DC-foutstromen mogelijk",[105,3709,3710,3716,3718],{},[123,3711,3712,3715],{},[36,3713,3714],{},"Trafoloos"," (zonder galvanische scheiding)",[123,3717,1943],{},[123,3719,3720],{},"DC-foutstromen mogelijk",[105,3722,3723,3728,3730],{},[123,3724,3725],{},[36,3726,3727],{},"Met ingebouwde RCMU",[123,3729,1929],{},[123,3731,3732],{},"RCMU detecteert DC-foutstromen intern",[253,3734,3735],{},[15,3736,3737,3739,3740,3742],{},[36,3738,1965],{}," Moderne omvormers hebben vaak een ingebouwde ",[36,3741,397],{}," (Residual Current Monitoring Unit) die DC-foutstromen detecteert. In dat geval volstaat een Type A-RCD. Controleer de fabrikantgegevens.",[19,3744],{},[22,3746,3748],{"id":3747},"aanmelding-bij-de-netbeheerder","Aanmelding bij de netbeheerder",[79,3750,3752],{"id":3751},"bevoegde-netbeheerders-in-belgië","Bevoegde netbeheerders in België",[99,3754,3755,3765],{},[102,3756,3757],{},[105,3758,3759,3762],{},[108,3760,3761],{},"Regio",[108,3763,3764],{},"Netbeheerder",[118,3766,3767,3776,3785],{},[105,3768,3769,3774],{},[123,3770,3771],{},[36,3772,3773],{},"Vlaanderen",[123,3775,432],{},[105,3777,3778,3783],{},[123,3779,3780],{},[36,3781,3782],{},"Wallonië",[123,3784,2011],{},[105,3786,3787,3792],{},[123,3788,3789],{},[36,3790,3791],{},"Brussel",[123,3793,452],{},[79,3795,3797],{"id":3796},"verloop-van-de-aanmelding","Verloop van de aanmelding",[30,3799,3800,3806,3812,3818,3824],{},[33,3801,3802,3805],{},[36,3803,3804],{},"Vóór de installatie:"," Aanvraag voor netaansluiting \u002F capaciteitsuitbreiding bij de netbeheerder (bij installaties > 5 kVA vaak nodig).",[33,3807,3808,3811],{},[36,3809,3810],{},"Na de installatie:"," Conformiteitsverklaring van de installateur indienen.",[33,3813,3814,3817],{},[36,3815,3816],{},"AREI-keuring:"," Door erkend controleorganisme (bijv. BTV, Vinçotte, AIB).",[33,3819,3820,3823],{},[36,3821,3822],{},"Telleromschakeling:"," Naar bidirectionele (digitale) teller omschakelen.",[33,3825,3826,3829],{},[36,3827,3828],{},"Activering:"," Netbeheerder geeft de injectie vrij.",[79,3831,3833],{"id":3832},"vereiste-documenten","Vereiste documenten",[58,3835,3836,3839,3842,3845,3848,3851],{},[33,3837,3838],{},"Éénlijnschema (met PV-installatie)",[33,3840,3841],{},"Situatieschema",[33,3843,3844],{},"Datasheet PV-modules",[33,3846,3847],{},"Datasheet omvormer",[33,3849,3850],{},"Conformiteitsverklaring installateur",[33,3852,3853],{},"AREI-keuringsverslag",[79,3855,3857],{"id":3856},"termijnen","Termijnen",[58,3859,3860,3870,3880],{},[33,3861,3862,3865,3866,3869],{},[36,3863,3864],{},"Fluvius (Vlaanderen):"," Aanmelding binnen ",[36,3867,3868],{},"30 dagen"," na inbedrijfstelling.",[33,3871,3872,3875,3876,3879],{},[36,3873,3874],{},"ORES (Wallonië):"," Aanmelding ",[36,3877,3878],{},"vóór"," inbedrijfstelling aanbevolen.",[33,3881,3882,3885],{},[36,3883,3884],{},"Sibelga (Brussel):"," Vooraanmelding bij installaties > 5 kVA.",[19,3887],{},[22,3889,3891],{"id":3890},"eigenverbruik-vs-injectie","Eigenverbruik vs. injectie",[79,3893,3895],{"id":3894},"vlaanderen-digitale-teller","Vlaanderen: Digitale teller",[15,3897,3898,3899,3902],{},"Sinds 2021 worden in Vlaanderen alle analoge tellers stapsgewijs vervangen door ",[36,3900,3901],{},"digitale tellers",". De digitale teller meet verbruik en injectie apart:",[58,3904,3905,3911,3917],{},[33,3906,3907,3910],{},[36,3908,3909],{},"Eigenverbruik"," wordt direct verrekend (geen netkosten).",[33,3912,3913,3916],{},[36,3914,3915],{},"Injectie"," wordt vergoed tegen de huidige marktprijs (injectietarief).",[33,3918,3919,3922],{},[36,3920,3921],{},"Netafname"," wordt aan het normale tarief berekend.",[253,3924,3925],{},[15,3926,3927,3929],{},[36,3928,1965],{}," Maximaliseer het eigenverbruik door slimme sturing (warmtepomp, boiler, laadpaal overdag laden).",[79,3931,3933],{"id":3932},"wallonië-prosumententarief","Wallonië: Prosumententarief",[15,3935,3936,3937,607],{},"In Wallonië geldt sinds 2024 het ",[36,3938,3939],{},"prosumententarief",[58,3941,3942,3949,3952],{},[33,3943,3944,3945,3948],{},"Compensatie tussen injectie en verbruik op ",[36,3946,3947],{},"jaarbasis"," (nog tot einde 2030).",[33,3950,3951],{},"Vanaf 2031 stapsgewijze overgang naar realtime-meting.",[33,3953,3954,3955,2186],{},"Netkosten worden berekend op basis van het ",[36,3956,3957],{},"jaarverbruik",[79,3959,3791],{"id":3960},"brussel",[58,3962,3963,3969],{},[33,3964,3965,3968],{},[36,3966,3967],{},"Groene-certificatensysteem",": Groene certificaten per geproduceerde MWh.",[33,3970,3971],{},"Compensatie via de teller mogelijk (afhankelijk van het tellertype).",[19,3973],{},[22,3975,3977],{"id":3976},"batterij-integratie-in-het-schema","Batterij-integratie in het schema",[15,3979,3980],{},"Als u een batterijopslag toevoegt, wordt het schema uitgebreid:",[79,3982,3984],{"id":3983},"bijkomende-componenten","Bijkomende componenten",[84,3986,3989],{"className":3987,"code":3988,"language":89},[87],"Omvormer (hybride omvormer)\n   │\n   ├── AC-uitgang → Hoofdverdeler (zoals hierboven)\n   │\n   └── DC-batterij-aansluiting\n         │\n         ├── Batterij-scheidingsschakelaar (DC)\n         │\n         ├── BMS (Batterij Management Systeem, intern)\n         │\n         └── Batterijopslag (bijv. 10 kWh LFP)\n",[91,3990,3988],{"__ignoreMap":93},[79,3992,3994],{"id":3993},"noodstroomschakeling-optioneel","Noodstroomschakeling (optioneel)",[15,3996,3997],{},"Bij een noodstroom-geschikt systeem komt daar bij:",[58,3999,4000,4006,4013],{},[33,4001,4002,4005],{},[36,4003,4004],{},"Omschakelvoorziening"," (automatisch of manueel): scheidt het huis van het net en voedt het vanuit de batterij.",[33,4007,4008,4009,4012],{},"Moet in het éénlijnschema als ",[36,4010,4011],{},"omschakelaar"," ingetekend worden.",[33,4014,4015],{},"De noodstroomkringen moeten gemarkeerd zijn.",[253,4017,4018],{},[15,4019,4020,4023,4024,4027],{},[36,4021,4022],{},"AREI-voorschrift:"," Bij noodstroomsystemen moet gewaarborgd zijn dat er ",[36,4025,4026],{},"geen terugvoeding naar het net"," plaatsvindt wanneer het net uitgeschakeld is (eilandbeveiliging \u002F anti-islanding).",[19,4029],{},[22,4031,4033],{"id":4032},"arei-speciale-regels-voor-pv-art-7112","AREI-speciale regels voor PV (Art. 7.112)",[15,4035,4036,4037,4039],{},"Het AREI wijdt PV-installaties een eigen sectie — ",[36,4038,708],{},". De belangrijkste punten:",[99,4041,4042,4050],{},[102,4043,4044],{},[105,4045,4046,4048],{},[108,4047,718],{},[108,4049,721],{},[118,4051,4052,4061,4071,4081,4091,4101],{},[105,4053,4054,4058],{},[123,4055,4056],{},[36,4057,3502],{},[123,4059,4060],{},"Van buitenaf toegankelijk, gemarkeerd, brandweer-geschikt",[105,4062,4063,4068],{},[123,4064,4065],{},[36,4066,4067],{},"Kabelgeleiding DC",[123,4069,4070],{},"Gescheiden van AC-kabels leggen (eigen kabelgoot\u002Fbuis)",[105,4072,4073,4078],{},[123,4074,4075],{},[36,4076,4077],{},"Markering",[123,4079,4080],{},"Alle DC-componenten met \"Let op: PV, spanning ook bij uitgeschakeld net\"",[105,4082,4083,4088],{},[123,4084,4085],{},[36,4086,4087],{},"Beschermingsklasse kabel",[123,4089,4090],{},"DC-kabel min. klasse II (dubbel geïsoleerd)",[105,4092,4093,4098],{},[123,4094,4095],{},[36,4096,4097],{},"Bliksembeveiliging",[123,4099,4100],{},"Bij gebouwen met bliksembeveiliging: PV integreren in bliksembeveiligingsconcept",[105,4102,4103,4108],{},[123,4104,4105],{},[36,4106,4107],{},"Dakbevestiging",[123,4109,4110],{},"Geen AREI-voorschrift, maar bouwrecht (windbelasting, statica) respecteren",[79,4112,4114],{"id":4113},"markering-aan-het-gebouw","Markering aan het gebouw",[15,4116,4117,4118,4121],{},"Volgens het AREI moet aan het gebouw een ",[36,4119,4120],{},"waarschuwingsbord"," aangebracht worden dat naar de PV-installatie verwijst:",[58,4123,4124,4131,4135],{},[33,4125,4126,4127,4130],{},"Bij de ",[36,4128,4129],{},"tellerkast"," of hoofdverdeler",[33,4132,4126,4133],{},[36,4134,3502],{},[33,4136,4126,4137,4140],{},[36,4138,4139],{},"gebouwingang"," (brandweer-informatie)",[15,4142,4143,4144],{},"Tekst: ",[817,4145,4146],{},"\"Let op: Fotovoltaïsche installatie. DC-spanning kan ook bij uitgeschakeld net aanwezig zijn.\"",[19,4148],{},[22,4150,4152],{"id":4151},"planelec-pv-in-het-éénlijnschema","PlanElec: PV in het éénlijnschema",[15,4154,4155],{},"Met PlanElec kunt u uw PV-installatie direct in het éénlijnschema documenteren:",[58,4157,4158,4161,4164,4167],{},[33,4159,4160],{},"PV-modules als bron toevoegen",[33,4162,4163],{},"Omvormer en beveiligingstoestellen plaatsen",[33,4165,4166],{},"Automatische AREI-validatie (SPD aanwezig? DC-schakelaar? RCD-type correct?)",[33,4168,4169],{},"Export als PDF voor netbeheerder en controleorganisme",[19,4171],{},[22,4173,4175],{"id":4174},"gerelateerde-artikelen","Gerelateerde artikelen",[58,4177,4178,4184,4190,4196],{},[33,4179,4180],{},[854,4181,4183],{"href":4182},"\u002Fblog\u002Fwat-is-eenlijnschema","Wat is een éénlijnschema?",[33,4185,4186],{},[854,4187,4189],{"href":4188},"\u002Fblog\u002Fverdeelkast-plannen-opbouw","Verdeelkast plannen: Opbouw en dimensionering",[33,4191,4192],{},[854,4193,4195],{"href":4194},"\u002Fblog\u002Fkabeldoorsnede-automaat","Kabeldoorsnede en automaat: De juiste combinatie",[33,4197,4198],{},[854,4199,4201],{"href":4200},"\u002Fblog\u002Felektrische-keuring","Elektrische keuring in België",[19,4203],{},[15,4205,4206],{},[817,4207,4208,4209,4211,4212],{},"Documenteer uw PV-installatie normconform met ",[36,4210,885],{}," — omvormer, beveiligingstoestellen en batterijopslag in het éénlijnschema. AREI-conform, exportklaar voor de netbeheerder. ",[854,4213,4214],{"href":889},"Nu starten →",{"title":93,"searchDepth":892,"depth":892,"links":4216},[4217,4218,4222,4227,4233,4238,4242,4245,4246],{"id":3396,"depth":892,"text":3397},{"id":3441,"depth":892,"text":3442,"children":4219},[4220,4221],{"id":3448,"depth":898,"text":3449},{"id":3458,"depth":898,"text":3459},{"id":3543,"depth":892,"text":3544,"children":4223},[4224,4225,4226],{"id":3547,"depth":898,"text":3548},{"id":3621,"depth":898,"text":3622},{"id":3676,"depth":898,"text":3677},{"id":3747,"depth":892,"text":3748,"children":4228},[4229,4230,4231,4232],{"id":3751,"depth":898,"text":3752},{"id":3796,"depth":898,"text":3797},{"id":3832,"depth":898,"text":3833},{"id":3856,"depth":898,"text":3857},{"id":3890,"depth":892,"text":3891,"children":4234},[4235,4236,4237],{"id":3894,"depth":898,"text":3895},{"id":3932,"depth":898,"text":3933},{"id":3960,"depth":898,"text":3791},{"id":3976,"depth":892,"text":3977,"children":4239},[4240,4241],{"id":3983,"depth":898,"text":3984},{"id":3993,"depth":898,"text":3994},{"id":4032,"depth":892,"text":4033,"children":4243},[4244],{"id":4113,"depth":898,"text":4114},{"id":4151,"depth":892,"text":4152},{"id":4174,"depth":892,"text":4175},"Volledige handleiding voor de documentatie van een PV-installatie in het éénlijnschema. Beveiligingstoestellen, aanmelding bij de netbeheerder, batterij-integratie en AREI Art. 7.112.","nl",{},"\u002Fblog\u002Fpv-system-documentation.nl",{"title":3383,"description":4247},"zonnepanelen-schema","blog\u002Fpv-system-documentation.nl",[939,4255,4256,942,4257,4258,4259,432],"zonnepanelen","éénlijnschema","omvormer","netbeheerder","batterij","jjkrfT4niq5sEfZ4zjcaysJAerpL8WgeloJDH4qj69w",1779375814771]