SG3400/3125/2500HV-20

.. Datasheet Published PDF English

High Yield

  • Advanced three-level technology, max. inverter efficiency 99%
  • Max. DC/AC ratio up to 1.5

Saved Investment

  • Low transportation and installation cost due to 20-foot container design
  • DC 1500 V system, low system cost
  • Integrated MV transformer and switchgear
  • Night Static Var Generator (SVG) function

Easy O&M

  • Integrated current, voltage and MV parameters monitoring function for online analysis and fast trouble shooting
  • Modular design, easy for maintenance
  • Convenient external LCD

Grid Support

  • Compliance with standards: IEC 61727, IEC 62116
  • Low/High voltage ride through (L/HVRT)
  • Active & reactive power control and power ramp rate control
Asia & Pacific Brasil (PT) Europe Latin America (ESP) Central Inverter
Max. operating altitude
1000 m (standard) / > 1000 m (optional)
Max. PV input voltage
1500V
Min. PV input voltage / Startup input voltage
875 V / 915 V
MPP voltage range for nominal power
875 – 1300 V
No. of independent MPP inputs
1
No. of DC inputs
21 (optional: 24 negative grounding or floating; 28 negative gro unding)
Max. PV input current
4178 A
Max. AC output power
3593 kVA@ 25 ˚C / 3437 kVA@ 45 ˚C
Max. AC output current
3458 A
AC voltage range
10 – 35 kV
Nominal grid frequency / Grid frequency range
50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz
THD
< 3 % (at nominal power)
DC current injection
< 0.5 % In
Power factor at nominal power / Adjustable power factor
> 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases
3 / 3
Cooling method
Temperature controlled forced air cooling
Allowable relative humidity range (non-condensing)
0 – 95 %
Display
Touch screen
DC reverse connection protection
No
AC short-circuit protection
No
Leakage current protection
No
DC switch
No
AC switch
No
PV string current monitoring
No
PID recovery function
No
Arc fault circuit interrupter (AFCI)
No
Islanding Protection
No
PV reverse connection protection
No
DC main output load switch
Off
PV specific application SPD
Off
PV SPD failure monitoring
Off
PV self power supply for internal loads
Off
Communication port
Off
Current and voltage monitoring for each string
Off

6.8 MVA MV | 6.25 MVA MV Turnkey Station

.. Datasheet Published PDF English Datasheet Published PDF English

High Yield

  • 3-level technology, inverter max. efficiency 99%
  • High DC/AC ratio up to 1.5

Easy O&M

  • Integrated current and voltage monitoring function for online analysis and trouble shooting
  • Modular design, easy for maintenance 
  • Convenient external LCD

Saved Investment

  • Easy transportation and installation due to standard container design
  • Night Static Var Generator (SVG) function

Grid Support

  • Compliance with standards: IEC 61727, IEC 62116
  • Reactive & active power control 
  • Low/High voltage ride through (L/HVRT), Frequency ride through (FRT)
Brasil (PT) Latin America (ESP) Central Inverter
Max. operating altitude
1000 m (standard) / > 1000 m (optional)
Max. PV input voltage
1500V
Min. PV input voltage / Startup input voltage
875 V / 915 V
MPP voltage range for nominal power
875 – 1300 V
No. of independent MPP inputs
2
No. of DC inputs
42 (optional: 48 negative grounding or floating; 56 negative gro unding)
Max. PV input current
4178 A*2
Max. AC output power
3437 kVA*2@ 45˚C
Max. AC output current
3593 kVA*2@ 25 ˚C / 3437 kVA*2 @ 45 ˚C
AC voltage range
20 – 35 kV
Nominal grid frequency / Grid frequency range
50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz
THD
< 3 % (at nominal power)
DC current injection
< 0.5 % In
Power factor at nominal power / Adjustable power factor
> 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases
3 / 3
Cooling method
Temperature controlled forced air cooling
Allowable relative humidity range (non-condensing)
0 – 95 %
Display
Touch screen
DC reverse connection protection
No
AC short-circuit protection
No
Leakage current protection
No
DC switch
No
AC switch
No
PV string current monitoring
No
PID recovery function
No
Arc fault circuit interrupter (AFCI)
No
Islanding Protection
No
PV reverse connection protection
No
DC main output load switch
Off
PV specific application SPD
Off
PV SPD failure monitoring
Off
PV self power supply for internal loads
Off
Communication port
Off
Current and voltage monitoring for each string
Off

SG3150U-MV/SG2500U-MV | North America

.. Datasheet Published PDF English

High Yield

  • Advanced three-level technology, max. inverter efficiency 98.8%, inverter CEC efficiency 98.5%
  • Max. DC/AC ratio more than 1.5

Easy O&M

  • Integrated current, voltage and MV parameters monitoring function for online analysis and fast trouble shooting
  • Modular design, easy for maintenance
  • Convenient external LCD

Saved Investment

  • Low transportation and installation cost due to 20-foot container design
  • 1500V DC system, low system cost 
  • Integrated MV transformer and LV auxiliary power supply

Grid Support

  • Complies with UL 1741, UL 1741 SA, IEEE 1547, Rule 21 and NEC 2014/2017 
  • Grid support including L/HVRT, L/HFRT, active & reactive power control and power ramp rate control 
North America Central Inverter
Transformer cooling type
ONAN (Oil Natural Air Natural)
Max. operating altitude
1000 m (standard) / > 1000 m (optional) (3280.8 ft (standard) / > 3280.8 ft (optional))
Max. PV input voltage
1500V
Min. PV input voltage / Startup input voltage
915 V / 955 V | 800 V / 840 V
MPP voltage range for nominal power
940 – 1300 V
No. of independent MPP inputs
1
No. of DC inputs
18 – 24 | 18 – 21
Max. AC output power
3150 kVA @ 45 ℃ (113 ℉) | 2750 kVA @ 45 ℃ (113 ℉) / 2500 kVA @ 50 ℃ (122 ℉)
Max. AC output current
2886 A
AC voltage range
34.5 kV
Nominal grid frequency / Grid frequency range
60 Hz / 55 – 65 Hz
THD
< 3 % (at nominal power)
DC current injection
< 0.5 % In
Power factor at nominal power / Adjustable power factor
> 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases
3 / 3
Cooling method
Temperature controlled forced air cooling
Allowable relative humidity range (non-condensing)
0 – 95 %
Display
Touch screen
Max. DC short-circuit current
4800 A
PV array configuration
Negative grounding
Insulation monitoring
Optional
Max. current for input connector
3420 A | 3508 A
DC reverse connection protection
No
AC short-circuit protection
No
Leakage current protection
No
DC switch
No
AC switch
No
PV string current monitoring
No
CEC efficiency
98.50 %
PID recovery function
No
Arc fault circuit interrupter (AFCI)
No
Islanding Protection
No
PV reverse connection protection
No
DC main output load switch
Off
PV specific application SPD
Off
PV SPD failure monitoring
Off
PV self power supply for internal loads
Off
Communication port
Off
Current and voltage monitoring for each string
Off

SG3150U/SG2500U | North America

.. Datasheet Published PDF English

High Yield

  • Advanced three-level technology, max. efficiency 98.8%, CEC efficiency 98.5%
  • Max. DC/AC ratio more than 1.5

Easy O&M

  • Integrated current and voltage monitoring function for online analysis and fast trouble shooting
  • Modular design, easy for maintenance 
  • Convenient external LCD

Saved Investment

  • Low transportation and installation cost due to 10-foot container design
  • 1500V DC system, low system cost
  • Integrated LV auxiliary power supply 

Grid Support

  • Complies with UL 1741, UL 1741 SA, IEEE 1547, Rule 21 and NEC 2014/2017
  • Grid support including L/HVRT, L/HFRT, power ramp rate control, active and reactive power support
North America Central Inverter
Max. operating altitude
4000 m (> 2000 m derating) (13123 ft (> 6561 ft derating))
Max. PV input voltage
1500V
Min. PV input voltage / Startup input voltage
915 V / 955 V | 800 V / 840 V
MPP voltage range for nominal power
940 – 1300 V | 800 – 1300 V
No. of independent MPP inputs
1
No. of DC inputs
18 – 24 | 18 – 21
Max. PV input current
3420 A | 3508 A
Max. AC output power
3150 kVA @ 45 ℃ (113 ℉) | 2750 kVA @ 45 ℃ (113 ℉) / 2500 kVA @ 50 ℃ (122 ℉)
Max. AC output current
2886 A
AC voltage range
554 - 690 V | 484 - 605 V
Nominal grid frequency / Grid frequency range
60 Hz / 55 – 65 Hz
THD
< 3 % (at nominal power)
DC current injection
< 0.5 % of nominal output current
Power factor at nominal power / Adjustable power factor
> 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases
3 / 3
Cooling method
Temperature controlled forced air cooling
Allowable relative humidity range (non-condensing)
0 – 95 %
Display
Touch screen
Nominal AC voltage
630 V | 550 V
Isolation method
Transformerless
Max. DC short-circuit current
4800 A
Insulation monitoring
Optional
DC reverse connection protection
No
AC short-circuit protection
No
Leakage current protection
No
DC switch
No
AC switch
No
PV string current monitoring
No
CEC efficiency
98.50 %
PID recovery function
No
Arc fault circuit interrupter (AFCI)
No
Islanding Protection
No
Additional information
Q at night function
Optional
PV reverse connection protection
No
DC main output load switch
Off
PV specific application SPD
Off
PV SPD failure monitoring
Off
PV self power supply for internal loads
Off
Communication port
Off
Current and voltage monitoring for each string
Off

SG1250UD/SG1500UD

SG1500UD Datasheet Published PDF English Manual Published PDF English Manual Published PDF English

High Yield

  • Efficient three-level topology, max. efficiency up to 99 %, European efficiency 98.7 %
  • Full power operation without derating at 50 ℃
  • Long-time overload at 1.1 Pn
  • DC/AC ratio up to 1.5

Saved Investment

  • Can be connected to double-winding transformer, saving transformer costs
  • Integrated SVG function optional

Easy O&M

  • Integrated zone current monitoring function for fast trouble shooting
  • Modular design easy for maintenance
  • IP65 protection

Grid Support

  • Compliance with standards: CE, IEC 62109, IEC 61727, IEC 62116
  • Low/High voltage ride through (L/HVRT)
  • Active & reactive power control and power ramp rate control
Asia & Pacific Central Inverter
Max. operating altitude
4500 m (> 3500 m derating)
Max. PV input voltage
1100 V
Min. PV input voltage / Startup input voltage
520 V / 540 V | 580 V / 600 V
MPP voltage range for nominal power
520 – 850 V | 580 – 850 V
No. of independent MPP inputs
2
No. of DC inputs
16
Max. PV input current
2712 A | 2896 A
Max. AC output power
1386 kVA @ 45 ˚C / 1260 kVA @ 50 ˚C | 1650 kVA @ 45 °C / 1500 kVA @ 50 °C
Max. AC output current
2222 A | 2381 A
AC voltage range
288 – 414 V | 320 – 460 V
Nominal grid frequency / Grid frequency range
50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz | 50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz
THD
< 3 % (at nominal power)
DC current injection
< 0.5 % In
Power factor at nominal power / Adjustable power factor
> 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases
3 / 3
Cooling method
Temperature controlled forced air cooling
Allowable relative humidity range (non-condensing)
0 – 95 %
Display
Touch screen
Nominal AC voltage
360 V | 400 V
Isolation method
Transformerless
Max. DC short-circuit current
3200 A
Night power consumption
< 40 W
Night SVG function
Optional
DC reverse connection protection
No
AC short-circuit protection
No
Leakage current protection
No
DC switch
No
AC switch
No
PV string current monitoring
No
PID recovery function
No
Arc fault circuit interrupter (AFCI)
No
Islanding Protection
No
PV reverse connection protection
No
DC main output load switch
Off
PV specific application SPD
Off
PV SPD failure monitoring
Off
PV self power supply for internal loads
Off
Communication port
Off
Current and voltage monitoring for each string
Off

SG3400/SG3125/SG2500HV-MV-20

SG2500HV-MV-20 1500V DC Datasheet Published PDF English

High Yield

  • Advanced three-level technology, max. inverter efficiency 99 %

Saved Investment

  • Low transportation and installation cost due to 20-foot container design
  • DC 1500 V system, low system cost Integrated MV transformer and switchgear
  • Q at night function optional

Easy O&M

  • Integrated current, voltage and MV parameters monitoring function for online analysis and fast trouble shooting
  • Modular design, easy for maintenance
  • Convenient external touch screen

Grid Support

  • Compliance with standards: IEC 61727, IEC 62116
  • Low/High voltage ride through (L/HVRT)
  • Active & reactive power control and power ramp rate control
Europe Central Inverter
Transformer cooling type
ONAN (Oil Natural Air Natural)
Max. operating altitude
1000 m (standard) / > 1000 m (optional)
Max. PV input voltage
1500 V
Min. PV input voltage / Startup input voltage
875 V / 915 V | 875 V / 915 V | 800 V / 840 V
MPP voltage range for nominal power
875 – 1300 V | 875 – 1300 V | 800 – 1300 V
No. of independent MPP inputs
1
No. of DC inputs
21 (optional: 24 negative grounding or floating; 28 negative grounding) | 21 (optional: 24 negative grounding or floating; 28 negative grounding) | 18 – 24
Max. PV input current
4178 A | 4178 A | 3508 A
Max. AC output power
3593 kVA@ 25 ˚C / 3437 kVA@ 45 ˚C | 3593 kVA@ 25 ˚C / 3437 kVA@ 45 ˚C / 3125 kVA@ 50 ˚C | 2750 kVA @ 45 °C / 2500 kVA @ 50 °C
Max. AC inverter output current
3458 A | 3458 A | 2886 A
AC voltage range
10 – 35 kV
Nominal grid frequency / Grid frequency range
50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz
THD
< 3 % (at nominal power)
DC current injection
< 0.5 % In
Power factor at nominal power / Adjustable power factor
> 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases
3 / 3
Cooling method
Temperature controlled forced air cooling
Allowable relative humidity range (non-condensing)
0 – 95 %
Display
Touch screen
Max. DC short-circuit current
4210 A
PV array configuration
Negative grounding or floating
DC reverse connection protection
No
AC short-circuit protection
No
Leakage current protection
No
DC switch
No
AC switch
No
PV string current monitoring
No
PID recovery function
No
Arc fault circuit interrupter (AFCI)
No
Islanding Protection
No
PV reverse connection protection
No
DC main output load switch
Off
PV specific application SPD
Off
PV SPD failure monitoring
Off
PV self power supply for internal loads
Off
Communication port
Off
Current and voltage monitoring for each string
Off