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MP-SG3300UD-MV-191

Modular Inverter

The China Moneypro SG3300UD-MV is a containerized medium-voltage PV inverter solution engineered for utility-scale efficiency, simplified deployment, and lower system costs. Designed around a 1500Vdc architecture, it integrates the inverter, MV transformer, switchgear, and auxiliary systems into one compact 20-foot container, enabling faster commissioning, reduced cabling, and dependable full-power performance even under high ambient temperatures up to 45??C.

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Built for Large-Scale Solar with Integrated Medium-Voltage Power

The China Moneypro SG3300UD-MV is a containerized medium-voltage PV inverter solution engineered for utility-scale efficiency, simplified deployment, and lower system costs. Designed around a 1500Vdc architecture, it integrates the inverter, MV transformer, switchgear, and auxiliary systems into one compact 20-foot container, enabling faster commissioning, reduced cabling, and dependable full-power performance even under high ambient temperatures up to 45??C.


Enhanced Energy Harvest

High-Efficiency Conversion Technology

  • Advanced three-level topology delivers up to 99% maximum efficiency

  • Optimized cooling system supports full-load operation at 45??C

Benefits:

  • Higher daily energy production

  • Stable output in hot climates

  • Better long-term project returns


Intelligent O&M Experience

Smarter Monitoring, Faster Service

  • Integrated zone monitoring for real-time analysis and remote troubleshooting

  • Modular internal structure for quick component replacement and easy maintenance

Advantages:

  • Reduced downtime

  • Faster fault localization

  • Lower maintenance costs


Lower Installation Investment

Pre-Integrated Container Solution

  • 20-foot container design minimizes transportation and on-site construction work

  • 1500V DC system reduces BOS and cable costs

  • Built-in MV transformer, switchgear, and LV auxiliary supply

  • Optional Q-at-night function for optimized energy management

Results:

  • Faster project deployment

  • Simplified wiring

  • Lower total installation expenses


Grid Compatibility & Stable Operation

Designed for Utility Grid Requirements

  • Compliant with IEC 61727, IEC 62116, IEC 62271-202, IEC 62271-200, IEC 60076

  • Supports Low/High Voltage Ride Through (L/HVRT)

  • Active & reactive power control with ramp-rate regulation

Benefits:

  • Strong grid adaptability

  • Improved voltage and frequency stability

  • Meets global utility standards


Why Choose China Moneypro SG3300UD-MV?

  • All-in-One MV Integration: Inverter + transformer + switchgear in one container

  • High Efficiency: 99% peak conversion performance

  • Quick Commissioning: Factory pre-assembled, plug-and-play setup

  • Reliable Outdoor Design: Built for harsh environments

  • Lower LCOE: Reduced installation, operation, and maintenance costs


Key Specifications

  • Max PV Input Voltage: 1500 V

  • Rated Output Power: 3300 kVA

  • Rated AC Voltage Range: 10?C35 kV

  • Inverter Max. Efficiency: 99%


Typical Applications

  • Utility-scale solar power plants

  • Centralized PV stations with MV interconnection

  • Containerized turnkey substations

  • Projects requiring rapid installation and reduced civil works


FAQ ?C Common Questions

Q1: What makes SG3300UD-MV faster to deploy?
Its factory-integrated container design eliminates complex on-site assembly and reduces wiring time.

Q2: Can it operate reliably in hot climates?
Yes, it maintains full power output at 45??C with advanced thermal management.

Q3: Does it meet international standards?
Yes, it complies with multiple IEC grid and MV equipment standards.

Q4: How is maintenance simplified?
Zone monitoring + modular design allows quick fault detection and rapid replacement.

Q5: Is this model suitable for large utility plants?
Absolutely. Its 3.3MW MV integrated architecture is ideal for high-capacity solar farms.


Specifications

Type Designation SG3300UD-MVSG4400UD-MV
Input (DC)
Max. PV input voltage 1500 V
Min. PV input voltage / Startup input voltage 895 V / 905 V
MPP voltage range 895 V – 1500 V
No. of independent MPP inputs 34
No. of DC inputs 15 ( optional: 21 )20 ( optional: 28 )
Max. PV input current 3 * 1435 A4 * 1435 A
Max. DC short-circuit current 3 * 3528 A4 * 3528 A
PV array confguration Negative grounding or foating
Output (AC)
AC output power 3300 kVA @ 45 ℃

3399 kVA @ 40 ℃

3795 kVA @ 22.5 ℃

4400 kVA @ 45 ℃

4532 kVA @ 40 ℃

5060 kVA @ 22.5 ℃

Max. inverter output current 3 * 1160 A4 * 1160 A
Max. AC output current 219.2 A292.2 A
Rated voltage range 10 kV – 35 kV
Nominal grid frequency / Grid frequency range 50 Hz / 45 Hz – 55 Hz, 60 Hz / 55 Hz – 65 Hz
Power factor at nominal power / Adjustable power factor > 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / AC connection 3 / 3
Effciency
Inverter max. effciency / Inverter European effciency 99.0 % / 98.8 %
Transformer
Transformer rated power 3300 kVA4400 kVA
Transformer max. power 3795 kVA5060 kVA
LV / MV voltage 0.63 kV / ( 10 – 35 ) kV
Impedance 7 % ( 0 – ± 10 % ) @ 3300 kVA8 % ( 0 – ± 10 % ) @ 4400 kVA
Transformer vector Dy11
Transformer cooling type ONAN
Oil type Mineral oil ( PCB free )
Protection & Function
DC input protection DC load switch + fuse
Inverter output protection AC circuit breaker
AC MV output protection AC circuit breaker
Surge protection DC Type II / AC Type II
Grid monitoring / Ground fault monitoring Yes / Yes
Insulation monitoring Yes
Overheat protection Yes
Q at night function Optional
General data
Dimensions (W*H*D) 6058 mm * 2896 mm * 2438 mm
Weight 17.5 T20 T
Degree of protection Inverter: IP65 / Others: IP54
Auxiliary power supply 15 kVA ( optional: max. 40 kVA )
Operating ambient temperature range * -35 ℃ – 60 ℃ **
Allowable relative humidity range 0 % – 100 %
Cooling method Temperature controlled forced air cooling
Max. operating altitude 1000 m ( standard ) / > 1000 m ( optional )
Display LED indicators, Ethernet + WebHMI
Communication Standard: RS485, Ethernet
Compliance CE, IEC 62109, IEC 61727, IEC 62116, IEC 60068, IEC 61683, IEC62271-202, VDE-

AR-N 4110:2018, VDE-AR-N 4120:2018, EN 50549-2, UNE 206007-1:2013, NTS

631, UTE C15-712-1:2013