Princeps intentione 3Phase Hybrid Inverter

Princeps intentione 3Phase Hybrid Inverter

Praecipuum officium invertarii in- euismod est convertere DC potentiam quae e PV ordinata est in utibile AC potentia. Hybrid inverters progrediuntur longius et laborant cum batteries ad reponendas etiam potentiae excessus. In mundo evolutionis, inverters hybridae magis necessitatis sunt ut grisias debiles vel intermittentes compenset vel defectus electricitatis electronicarum omnium simul.

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exemplar	GSL-29.9KHV-3PH	GSL-30KHV-3PH	GSL-35KHV-3PH	GSL-40KHV-3PH	GSL-50KGV-3PH
Pugna Input Data
genus altilium	Li-Ion
Voltagium Pilae Ambitus (V)	160~800
Max. Currens Incharging (A)	50+50
Max. Currens Excharging (A)	50+50
Numerus Pilae Input	2
Strategia Incharging pro Pila Li-on	Sui-adaptatio ad BMS
Data Input PV String
Max. Potentia DC Input (W)	38870	39000	45500	52000	65000
Max. Voltagium DC Input (V)	1000
Voltagium Initium (V)	180
Ambitus MPPT (V)	150-850
Voltagium DC Input Nominatum (V)	600
Max. Currens Input PV Operandi (A)	36+36+36			36+36+36+36
Max. Currens Brevis-Circuitus Input (A)	55+55+55			55+55+55+55
Numerus MPPT Trackerorum\/ Numerus String Per MPPT Tracker	3\/2+2+2			4\/2+2+2+2
Data Output AC
Potentia AC Nominata Output et UPS (W)	29900	30000	35000	40000	50000
Max. Potentia AC Output (W)	29900	33000	38500	44000	55000
AC Output Rated Current (A)	37.9\/36.3	45.5\/43.5	53.1\/50.8	60.7\/58	75.8\/72.5
Max. Currens Nominatus Output AC (A)	45.4\/43.4	50\/43.5	58.4\/55.8	66.7\/63.8	83.4\/79.7
Max. Currens Output Unbalanced Tria-phasium (A)	60	60	60	70	83.3
Max. Continuus AC Passthrough (A)	200
Apicem Power (off malesuada euismod)	1.5 tempus potentiae nominatae, 10 S
Ambitus Factoris Potentiae Adjustment	0,8 ducens ad 0.8 pigri
Voltagium Nominatum\/Output\/Ambitus (V)	220\/380V, 230\/400V 0.85Un-1.1Un
Voltagium Nominatum\/Output Frequens Rete\/Ambitus(Hz)	50\/45-55, 60\/55-65
Forma Coniunctionis Rete	3L+N+PE
Totalis Currentis Harmonica Distortio THDi	<III% (nominalis potentiae)
Componentis DC Retis	<0.5% In
efficientiam
max. efficientiam	97.60%
Efficientia Euro	97.00%
Efficientia MPPT	99.00%
Protectio Apparatus
Integrated	Protectio Coniunctionis Polaritatis DC Reversa, Protectio Supercurrentis AC Exitus, Protectio Supervoltage AC Exitus, Protectio Brevis Circuitus AC Exitus, Protectio Thermalis Insulationis Impedantia Terminalis DC Monitoratio, Monitoratio Componentis DC, Monitoratio Currentis Defectus Terrae Monitoratio Retis Potentiae, Monitoratio Protectio Insulae, Detectio Defectus Terrae, Protectio Supervoltage Switch DC Input, Detectio Currentis Residualis (RCD), Protectio Surge gradus
Gradus Protectio Surge	TYPE II(DC), TYPE II(AC)
interface
communicationis interface	WIFI, RS485, CAN
generalis notitia
Temperatura Operativa Range(℃)	-40~60℃, >45℃ derating
Humiditas Ambientis Permissibilis	0-100%
Altitudo Permissibilis	2000m
sonitus	≤65 dB(A)
Ingressus Protectio(IP) Rating	ip65
Topologia Inverter	Non-Isolata
Categoria Supervoltage	OVC II(DC), OVC III(AC)
Magnitudo Armarii (WxHxD mm)	527×894×294 (Excludens Conectora et Bracketes)
pondus (kg)	80
genus refrigerationem	Intelligentes aeris refrigerationem
warantiam	5 Annos/10 Annos Periodus Warranti dependet a loco finali installationis inverteri, plura info quaeso refer ad politicam warranti
Eget Ordinatio	IEC 61727, IEC 62116, CEI 0-21, EN 50549, NRS 097, RD 140, UNE 217002, OVE-Richtlinie R25, G99, VDE-AR-N 4105
Salus \/ EMC Standard	IEC\/EN 61000-6-1\/2\/3\/4, IEC\/EN 62109-1, IEC\/EN 62109-2