X400. Technical Sheet

Transcription

1 X400 Technical Sheet

2 2 Inverter + Charge Controller + X400 1 Photovoltaic Modules Stand Alone Technical Sheet Electric Diagram 3 Technical Characteristics Contacts Battery Pack

3 X400: Electric Diagram Photovoltaic Modules Inverter + Charge Controller Battery Pack 2 + 3

4 X400: Electric Diagram Inverter + Charge Controller Vpanel Ibat Vbat Battery Pack Iload Additional Battery Packs Photovoltaic Modules Load AC Power Source (Emergency back up Power Source from Grid) Appliances

5 X400: Electric Diagram Module 240 Wp 24 V PV Power 3840 Wp Battery Capacity 225 Ah C10 48 V Inverter power 6400 W AC IN 220 V 50/60 Hz Inverter Axpert MKS 4K 4000 VA/3200 W AC IN 220 V 50/60 Hz Inverter Axpert MKS 4K 4000 VA/3200 W V 220 V - I = 18 A Cable 6 sqmm USB Connection Solar Power Software V 220 V - I = 18 A Cable 6 sqmm USB Connection Solar Power Software AC 1 Combiner Box AC 1 Combiner Box DC 1 Combiner Box DC 2 Combiner Box Vmp V - Imp = A Cable 10 sqmm V 48 V - I = 66 A Cable 25 sqmm Vmp V - Imp = 7.98 A Cable 2,5 sqmm (x string) DC 1 Combiner Box DC 3 Combiner Box V 220 V - I = 29 A Cable 16 sqmm V 220 V - I = 14,5 A Cable 6 sqmm V 48 V - I = 132 A Cable 25 sqmm Heading Battery 6 V 225 Ah Ritarpower RA6-225SD DC 1 Combiner Box Cylindrical Fuse CHTN RT A Fuse Disconnector CHTN RT DC 2/3 Combiner Box PV Breaker CHNT DC 40 A Battery Breaker CHNT DC 100 A AC 1/2 Combiner Box AC breaker CHNT AC 16 A AC 3 Combiner Box AC breaker CHNT AC 40 A AC 3 Combiner Box X400 Box AC OUT 220 V 50/60 Hz Electric Socket 32 A

6 X400: Technical Characteristics PV Modules x 16 3,840 kw!

7 X400: Technical Characteristics PV Modules

8 X400: Technical Characteristics Inverter RATED POWER 4000VA/3200W x 2 Pure sine wave inverter Built-in MPPT solar charge controller Selectable input voltage range for home appliances and personal computers Selectable charging current based on applications Configurable AC/Solar input priority via LCD setting Compatible to mains voltage or generator power Parallel operation with up to 4 units Auto restart while AC is recovering Overload and short circuit protection Smart battery charger design for optimized battery performance Cold start function INPUT Voltage 230 VAC Selectable Voltage Range VAC (For Personal Computers) ; VAC (For Home Appliances) Frequency Range 50 Hz/60 Hz (Auto sensing) OUTPUT AC Voltage Regulation (Batt. Mode) 230VAC ± 5 % Surge Power 8000VA Efficiency (Peak) 93% Transfer Time 10 ms (For Personal Computers); 20 ms (For Home Appliances) Waveform Pure sine wave BATTERY & AC CHARGER Battery Voltage 48 VDC Floating Charge Voltage 54 VDC Overcharge Protection 54 VDC Maximum Charge Current 20 A or 30 A SOLAR CHARGER Maximum PV Array Power 3000 W MPPT Operating Voltage 60VDC ~115VDC Maximum PV Array Open Circuit V 145VDC Maximum Charging Current 60A Maximum Efficiency 98% Standby Power Consumption 2 W PHYSICAL Dimension, D x W x H (mm) 140 x 295 x 540 Net Weight (kgs) 13.3 OPERATING ENVIRONMENT Humidity 5% to 95% Relative Humidity(Non-condensing) Operating Temperature 0 C - 55 C Storage Temperature -15 C - 60 C * data referred to each inverter

9 X400: Technical Characteristics Overview Inverter 1. LCD display 2. Status indicator 3. Charging indicator 4. Fault indicator 5. Function buttons 6. Power on/off switch 7. AC input 8. AC output 9. PV input 10. Battery input 11. Circuit breaker 12. RS232 communication port 13. Parallel communication cable (only for parallel model) 14. Current sharing cable (only for parallel model)

10 LCD Information X400: Technical Characteristics Inverter

11 DC 225 Ah C10 6V X400: Technical Characteristics Battery Pack x 8 AGM Technology A key feature of AGM batteries is the phenomenon of internal gas recombination. As a charging lead-acid battery nears full state of charge, hydrogen and oxygen gasses are produced by the reactions at the negative and positive plates, respectively. In a flooded battery, these gasses escape from the battery through the vents, thus requiring periodic water additions. In an AGM battery the excellent ion transport properties of the liquid electrolyte held suspended in the glass mats, the oxygen molecules can migrate from the positive plate and recombine with the slowly evolving hydrogen at the negative plate and form water again. Under conditions of controlled charging, the pressure relief vents in AGM batteries are designed to remain closed, preventing the release of any gasses and water loss.

12 X400: Technical Characteristics Battery Pack Discharge & Duration

13 The Autonomy of the ikube in total absence of sunlight is calculated as follows: Discharge characteristics of battery DC 225 Ah C10 6V (from data sheet) X400: Technical Characteristics Battery Pack 25" 20" This Curve, approximately: Hours = 466,64*Ampere Time%(Hours)% 15" 10" Power"(Discharge"Time)" expresses how many hours a battery DC 225 Ah lasts, if its working with that level of current expressed in amperes. 5" 0" 0,0" 20,0" 40,0" 60,0" 80,0" 100,0" 120,0" 140,0" 160,0" %Charge%Current%(A)%

14 X400: Technical Characteristics Battery Pack Power (W) Remaining Hours , , , , , , The above Datas are referred to the standard battery pack contained in the ikube. Additional external battery packs can be added to multiply the autonomy.

15 X400: Technical Characteristics ikube X400 + Inverter Power Box Dimensions Box Weight Autonomy (1 KW load) Battery Pack Generator Power VA / W 0,91x0,91x1,01 m 360 Kg 10 h 48V 225 Ah 3,840 KWp N. PV Modules 16 * PV Modules mounting structure not included

16 CONTACTS Pro D3 S.r.l. Production Site: Via Cuorgnè 51/3/B, Mappano, Caselle Torinese (TO) ITALY Telephone Fax Web: