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3. Battery life is related to the designed cycles of charging-discharging and the working temperature. Usually,
under 20

, battery life can be 3~5 years. If the environmental temperature of the battery is above 30

, battery

life would 1.5~2.5 years.
After a few times of charging-discharging cycles, the battery capacity would increase and be stable for the next
hundreds of cycles. Then it will shrink.

B.Battery Maintenance

Battery maintenance should be executed as follows:
1. Keep the environment temperature at around: 20~25

;

2. In the first month, 2~3 times of charging and discharging the batteris is advised;
3. After the first month, batteries should be charged and discharged once every 3 months.

C.Adjusting a Suitable Working Environment

Adjustable items: Battery alarm setting; Automatic Switch-off; Bypass Voltage Range; Bypass Frequency

A.Inverter System

1.Input Rectifier shown as table 1

Model

10KW

15KW

20KW

30KW

40KW

50KW

60KW

80KW

100KW

120KW

140KW

160KW

200KW

Max.
Input

Current

25A

38A

51A

75A

101A

125A

150A

199A

240A

300A

340A

388A

480A

Working

Principle

Online Power supply, with static bypass switch (uninterruptible transfer), output power isolated

Phase

3 phases, R S T +N+G

Nominal

Voltage

380vac ±25%

Nominal

Frequenc

y

50Hz / 60Hz ±10%

Voltage

Harmonic
Distortion

<5%

Soft Start

Time

0~100%

5 seconds

Table 1

2.Output Rectifier shown as Table 2

Model

10KW 15KW 20KW 30KW 40KW 50KW 60KW 80KW 100KW 120KW 140KW 160KW 200KW

Max.

Output

Voltage

216VDC

408VDC

432VDC

Charging

Current

5A ~30A (adjustable)

Table 2

VI.Parameters :

Summary of Contents for 100KW

Page 1: ...lagiarism without any authorization is prohibited The company is committed to the continuous improvement of the inverter This information is subject to change without notice please refer to the actual...

Page 2: ...ing Off 6 IV Operation of the Inverter 2 6 A Mains priority 6 B Battery Mode 6 C Static Bypass Mode 7 D Reparing Mode 8 E SLU 8 F Battery 8 G Turn to Bypass with Inverter s Off 8 V Maintenance 8 A Per...

Page 3: ...n to Bypass due to Over loaded 13 H Alarm8 Order to Bypass 13 I Alarm9 Over heat or Fault of Cooling Fans 13 VIII Display Function 13 A General Introduction 13 1 Instruction on LCD Indicators 13 2 Ins...

Page 4: ...able parts inside Refer servicing to qualified service personnel And please read the used manual carefully when service required 4 Always keep the top metal cover and rear panel fixed The location sho...

Page 5: ...and top of the Inverter for inspection and reparing 4 Battery cabinet should be placed on the right side of the machine and keep enough space in between for installing and reparing 5 Power cable shou...

Page 6: ...ce The Bypass input cables R S T and the Rectifier input cables R S T are paralleled connected A Procedures of Switching on Single Machine Please switch on the inverter according to the following proc...

Page 7: ...after voltage being stabilized and charge batteries at the same time Step 2 When utility power is cut off suddenly the inverter will convert DC power to AC power automatically to ensure uninterrupted...

Page 8: ...of the batteries the more frequent would the buzzers go with battery indicator flashing at the same time Inverter will stop working when the batteries exhaust until the power come back for supplying...

Page 9: ...o the type of the inverter and the required back up time G Turn to Bypass with Inverter s Off Under the normal situation if the orders to turn off the inverter part the loads will be supplied by power...

Page 10: ...nd discharged once every 3 months C Adjusting a Suitable Working Environment Adjustable items Battery alarm setting Automatic Switch off Bypass Voltage Range Bypass Frequency A Inverter System 1 Input...

Page 11: ...KW 100KW 120KW 140KW 160KW 200KW Power KW 10 15 20 30 40 50 60 80 100 120 140 160 200 Working Method SVPWM Full Bridge Inverting Phase 3 phases R S T N G Nominal Voltage 380vac 1 Stable Load Nominal F...

Page 12: ...tery mode Transfer time to bypass 10 ms Table 5 D MPPT Shown as Table 6 Model MPPT22050 MPPT36040 Input Max Current 45A 35A PV Max Input Power 11KW 16KW Nominal Voltage 330Vdc 480Vdc PV Voltage Range...

Page 13: ...00 1100 1300 1350 1480 2000 Table 6 A Alarm1 Fault of Bypass Voltage or Bypass Fuse SCR It alarms in the following situations 1 Bypass input voltage fault 2 Bypass Input Switch is disconnected 3 Bypas...

Page 14: ...der into the inverter it can switch off the inverter and turn to Bypass without leaving record But the inverter will turn back to normal working mode after 1 minute unless a locked time has been set I...

Page 15: ...Battery LED Green normally on Battery discharge inverter Green flashing Battery low pressure alarm does not light Battery does not work Bypass LED Yellow normally on Load power is supplied by AC power...

Page 16: ...Entry operation 3 Battery voltage 4 Battery capacity value 5 AC charging current 6 Current running mode 7 Output voltage parameter 8 Output load parameters 9 Mute and cancel the mute button 10 Curren...

Page 17: ...16th 3 Operation Mode Setting 3C 1 modification parameters Enter the password to modify and set parameters The factory password is 123456...

Page 18: ...17th 3C 2 modify battery parameters Click directly in the blank of the battery and input the voltage value the user wants...

Page 19: ...inbuilt 3 RS 422 RS 232 transferable port 4 Signal board for dry contact alarm 5 12 pulse rectifying 6 All kinds of non regular machine PSC Solar UK Physical Office Warehouse 41B Olutoye Cres Adeniyi...

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