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Inversor Solis S6-EH3P 125 kW pro accumulatione energiae trifasica: ingressus photovoltaicus 1000 V, 10 canales MPPT, binae interfacies pro batteriis, sex unitates in parallelo, capacitas supercarricandi 2×, idoneus pro systematibus commercialibus coniunctis ad rete aut abscissis a rete.
Informatio producti
| Formam | S6-EH3P(80-125)K10-NV-YD-H |
| Output Voltage | 220 V / 380 V, 230 V / 400 V |
| Max output potentia | 125kw |
| PV Input Voltage | 1000V |
| Pondus | 170 kg |
| Dimensio | 174 × 814 × 400 mm (lātus / altitūdō / profunditās) |
| Cautionis Tempus | v annis |
Specificationes
| Ficha técnica | S6-EH3P(80-125)K10-NV-YD-H | ||
| Exempla | 80k | 100K | 125 K |
| Ingressus CC (ex parte PV) | |||
| Magnitūdō maxima array PV recommendāta | 160kW | 200kw | 240kW |
| Potentia maxima intrantis PV utilis | 160kW | 200kw | 240kW |
| Max. voltage input | 1000V | ||
| Voltage aestimatum | 600V | ||
| Voltage initium | 180V | ||
| Ambitus voltage MPPT | 150–950 V | ||
| Max. Curruus Ingressus | 10 × 42 A | ||
| Max. current brevis circuitus | 10 × 60 A | ||
| Numerus MPPT / Maximum numerus catenarum intrantium | 10 / 20 | ||
| Altilium | |||
| Type altilium | Li-Ion | ||
| Pugna intentione dolor | 300–950 V | ||
| Maximum currentis ad impinguendum / exhauriendum | 200 A / 100 A + 100 A | ||
| Numerus portuum bateriarum | 2 | ||
| Maximum currentis ad impinguendum / exhauriendum per singulum portum | 100 A | ||
| Communicatio | CAN / RS485 | ||
| Exitus AC (ex parte retis) | |||
| Potentia Output Notata | 80kw | 100kW | 125kw |
| Maxima potestas apparentis exirens | 80KVA | 100KVA | 125KVA |
| Voltage grid aestimatum | 3/N/PE, 220 V / 380 V, 230 V / 400 V | ||
| Frequens retis aestimata | 50 Hz / 60 Hz | ||
| Currentis reticularis nominis | 152 A / 144,3 A | ||
| Factor Potentiae | >0,99 (0,8 praecedens – 0,8 subsequens) | ||
| THDi | < 3% | ||
| Ingressus AC (ex parte retis) | |||
| Max. Curruus Ingressus | 250 A | ||
| Excerptus currens alternans (ad subsidium) | |||
| Potentia Output Notata | 80kw | 100kW | 125kw |
| Maxima potestas apparentis exirens | 1,2 vicies potestas nominata, 10 minuta; 1,4 vicies potestas nominata, 100 secunda; 1,6 vicies potestas nominata, 10 secunda; 2 vicies potestas nominata, 200 milliseconda | ||
| Tempus commutationis ad subsidium | < 10 milliseconda | ||
| Rated Output intentione | 3/N/PE, 220 V / 380 V, 230 V / 400 V | ||
| Frequentia censita | 50 Hz / 60 Hz | ||
| THDv (@ onere lineari) | < 2% | ||
| Efficientia | |||
| Efficientia Maxima | 97.6% | ||
| Efficientia UE | 97.2% | ||
| Accumulatorium replectum / exhauritum ad maximum efficaciam cum corrente alternata | 97.0% | ||
| Tutela | |||
| Protectio Insularum | Ita | ||
| Protecție la supracurent de ieșire | Ita | ||
| Brevis Circuit Praesidium | Ita | ||
| Întrerupător de curent continuu integrat | Ita | ||
| Protecție împotriva polarității inverse de curent continuu | Ita | ||
| Protectio Surge | DC Typus II / AC Typus II | ||
| AFCI 2.0 integratum | Optio | ||
| Classis protectionis / Categoria supra-tensionis | I / II | ||
| Data Generalia | |||
| Maxima permittenda inaequalitas phasium (rete et subsidium) | 100% | ||
| Maxima potestas per phasim (rete et subsidium) | 26,66 kW | 33,33 kW | 41,66 kW |
| Dimensiones (L × H × D) | 1174 × 814 × 400 mm | ||
| Pondus | 170 kg | ||
| Topologia | Sine transformatoribus | ||
| Agens ambiens temperatus range | −25 usque ad +60 °C | ||
| Ingressus Praesidium | IP66 | ||
| Conceptus refrigerandi | Refrigeratio ventili intellegentis | ||
| Altissimum Operationis | 3000 m | ||
| Norma coniunctionis ad rete | VDE-AR-N 4105/VDE V 0124, EN 50549-1&2/EN 50549-10 | ||
| Salus \/ EMC Standard | IEC/EN 62109-1/-2, IEC/EN 61000-6-2/-4, EN 55011 | ||
| Eigenschaften | |||
| Coniunctio photovoltaica | Conector cito MC4 | ||
| Coniunctio bateriae | Conector terminalis | ||
| Coniunctio AC | Blocculus terminalem | ||
| Display | monitor LCD 7,0″ et Bluetooth + APP | ||
| Communicatio | CAN, RS485-115200, Ethernet; optio: Wi-Fi, Cellular, LAN | ||
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