
MP-SG8800UD-MV-8816
The China Moneypro SG8800UD-MV is a next-generation 8.8MW medium-voltage containerized PV inverter solution, purpose-built for ultra-large solar farms and centralized power plants that require maximum energy yield, simplified deployment, and lower system costs.
Built on a 1500Vdc architecture, the system integrates the inverter, MV transformer, switchgear, and LV auxiliary supply into a single 20-foot container. This turnkey design minimizes civil works, shortens installation timelines, and delivers stable full-load performance even in harsh, high-temperature environments up to 45??C.
Engineered for Ultra-Large Utility Solar Projects
The China Moneypro SG8800UD-MV is a next-generation 8.8MW medium-voltage containerized PV inverter solution, purpose-built for ultra-large solar farms and centralized power plants that require maximum energy yield, simplified deployment, and lower system costs.
Built on a 1500Vdc architecture, the system integrates the inverter, MV transformer, switchgear, and LV auxiliary supply into a single 20-foot container. This turnkey design minimizes civil works, shortens installation timelines, and delivers stable full-load performance even in harsh, high-temperature environments up to 45??C.
Superior Energy Performance
Maximized Conversion Efficiency for Higher Output
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Advanced three-level inverter topology
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Up to 99% maximum efficiency
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Optimized cooling enables full power operation at 45??C
Benefits:
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Higher daily and annual energy production
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Reduced thermal derating losses
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Improved long-term project returns
Smart Operation & Maintenance
Intelligent Monitoring with Simplified Servicing
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Integrated zone monitoring for real-time diagnostics and fault analysis
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Modular system structure for quick maintenance and replacement
Advantages:
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Faster troubleshooting
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Reduced downtime
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Lower O&M costs throughout the lifecycle
Lower CAPEX with Integrated Design
Compact Containerized Turnkey Solution
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20-foot container configuration cuts logistics and installation expenses
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1500V DC system reduces BOS, cabling, and combiner costs
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Integrated MV transformer, switchgear, and LV auxiliary power
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Optional Q-at-night function for enhanced grid support and energy utilization
Results:
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Faster commissioning
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Fewer onsite connections
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Lower total project investment
Strong Grid Adaptability
Designed for Stable and Compliant Operation
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Compliance with IEC 61727, IEC 62116, IEC 62271-202, IEC 62271-200, IEC 60076
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Supports Low/High Voltage Ride Through (L/HVRT)
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Active & reactive power control with ramp-rate management
Benefits:
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Smooth grid integration
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Improved voltage stability
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Meets international utility requirements
Why Choose China Moneypro SG8800UD-MV?
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Ultra-High Capacity: 8.8MW reduces inverter quantity per block
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All-in-One MV Integration: Pre-installed transformer & switchgear
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Rapid Deployment: Factory-assembled container solution
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High Efficiency: 99% peak conversion efficiency
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Lower LCOE: Reduced CAPEX, OPEX, and maintenance time
Key Specifications
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Max PV Input Voltage: 1500 V
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Rated Output Power: 8800 kVA
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Rated AC Voltage Range: 20?C35 kV
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Inverter Max. Efficiency: 99%
Typical Applications
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Utility-scale solar farms
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Large centralized PV plants
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MW-level block power stations
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Containerized MV substations
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Fast-track solar EPC projects
FAQ ?C Common Questions
Q1: What scale of projects is SG8800UD-MV suitable for?
It is ideal for ultra-large utility plants, where higher capacity reduces equipment quantity and simplifies system design.
Q2: How does the container design help EPCs?
Pre-installed components significantly reduce onsite construction and wiring time.
Q3: Can it operate continuously in hot climates?
Yes, it supports full-load output at 45??C with efficient cooling.
Q4: Does it meet international grid standards?
Yes, it complies with multiple IEC MV and grid standards.
Q5: Is maintenance complicated?
No, the modular layout and smart monitoring enable quick and easy servicing.
Specifications
| Type Designation | SG6600UD-MVSG8800UD-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 | 68 | |
| No. of DC inputs | 30 ( optional: 42 )40 ( optional: 56 ) | |
| Max. PV input current | 6 * 1435 A8 * 1435 A | |
| Max. DC short-circuit current | 6 * 3528 A8 * 3528 A | |
| PV array confguration | Negative grounding or foating | |
| Output (AC) | ||
| AC output power | 6600 kVA @ 45 ℃
6798 kVA @ 40 ℃ 7590 kVA @ 22.5 ℃ |
8800 kVA @ 45 ℃
9064 kVA @ 40 ℃ 10120 kVA @ 22.5 ℃ |
| Max. inverter output current | 6 * 1160 A8 * 1160 A | |
| Max. AC output current | 438.3 A292.2 A | |
| Rated voltage range | 10 kV – 35 kV20 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 | 6600 kVA8800 kVA | |
| Transformer max. power | 7590 kVA10120 kVA | |
| LV / MV voltage | 0.63 kV / 0.63 kV / ( 10 – 35 ) kV0.63 kV / 0.63 kV / ( 20 – 35 ) kV | |
| Impedance | 8 % ( 0 – ±10 % ) @ 6600 kVA9.5 % ( 0 – ±10 % ) @ 8800 kVA | |
| Transformer vector | Dy11y11 | |
| 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 | ||
| Shipping dimensions (W*H*D) | 12192 mm * 2896 mm * 2438 mm | |
| Unfolding dimensions (W*H*D) | 12192 mm * 3392 mm * 2438 mm | |
| Weight | 27.5 T31.5 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 |
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