
MP-MVS4500-LV-2715
Utility-scale solar plants often face high upfront costs, complex MV/LV integration, and lengthy on-site installation times.
The China Moneypro MV Turnkey Solution, featuring SG320HX/SG320HX-20 string inverters and MVS4500-LV, offers a pre-assembled, containerized solution designed to reduce investment, accelerate commissioning, and simplify operations for 1500Vdc large-scale PV installations.
Streamlined Deployment for Utility-Scale PV Projects
Utility-scale solar plants often face high upfront costs, complex MV/LV integration, and lengthy on-site installation times.
The China Moneypro MV Turnkey Solution, featuring SG320HX/SG320HX-20 string inverters and MVS4500-LV, offers a pre-assembled, containerized solution designed to reduce investment, accelerate commissioning, and simplify operations for 1500Vdc large-scale PV installations.
Cost-Effective Block Design
Pre-assembled, transport-ready system
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Supports up to 5.25 MW per block, reducing the number of units required.
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Standard container design simplifies transportation and logistics.
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Fully pre-assembled, enabling fast on-site setup and commissioning.
Benefits:
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Lower capital expenditure
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Shorter deployment timelines
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Simplified installation and handling
Safe and Accessible Operation
MV/LV isolation and front-accessible components
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MV and LV isolation enhances operational safety.
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Independent control room minimizes personnel exposure to electrical hazards.
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Key components are front-accessible, eliminating the need for walk-in maintenance.
Advantages:
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Safer working environment
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Easier inspection and maintenance
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Reduced operational risk
Simplified Operation & Maintenance
Modular design with online diagnostics
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Online analysis allows rapid detection and troubleshooting of faults.
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Modular main devices enable easy replacement, minimizing system downtime.
Operational benefits:
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Reduced O&M costs
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Faster problem resolution
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Improved system reliability and uptime
Proven Reliability
Type-tested components and standards compliance
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All components are type-tested to ensure dependable performance.
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Fully compliant with IEC 60076, IEC 62271, and IEC 61439 standards.
Reliability benefits:
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Long-term operational stability
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High confidence for utility-scale projects
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Compliance with international electrical standards
Technical Highlights
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Rated Power: 4500 kVA
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MV Voltage: 10–35 kV
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Efficiency: ≥ 99%
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Cooling Method: ONAN
Applications
Utility-Scale PV Plants
Ideal for 1500Vdc solar farms requiring pre-assembled MV/LV turnkey solutions.
Large Block Deployment
Containerized design simplifies transportation, logistics, and on-site assembly.
Safe and Reliable Operations
Front-accessible components, independent control room, and online diagnostics ensure efficient, safe O&M.
FAQ – Key Questions
Q1: What system size is supported by this solution?
Supports up to 5.25 MW per block, suitable for medium to large utility-scale PV projects.
Q2: How does it reduce installation costs?
Pre-assembled containerized blocks allow faster setup, reduced labor, and simplified transportation.
Q3: What safety features are included?
MV/LV isolation, independent control room, and front-accessible components ensure secure operation.
Q4: How is maintenance simplified?
Online diagnostics and modular design allow fast troubleshooting and easy replacement of main devices.
Q5: Is it compliant with international standards?
Yes. Fully compliant with IEC 60076, IEC 62271, and IEC 61439, with type-tested components.
Why Choose China Moneypro
China Moneypro delivers reliable, high-efficiency MV turnkey solutions. The SG320HX/SG320HX-20 with MVS4500-LV is ideal for 5.25 MW utility-scale 1500Vdc PV projects, providing reduced investment, rapid commissioning, safety, and simplified O&M for maximum uptime and operational efficiency.
Specifications
| Type designationMVS4500-LV | |
| Transformer | |
| Transformer type | Oil immersed |
| Rated power | 4500 kVA @ 51 ℃,4527 kVA @ 50 ℃ |
| Max. power | 5280 kVA @ 30 ℃ |
| Vector group | Dy11 |
| LV / MV voltage | 0.8 kV / ( 10 – 35 ) kV |
| Maximum input current at nominal voltage | 3811 A |
| Frequency | 50 Hz / 60 Hz |
| Tapping on HV | 0 , ± 2 * 2.5 % |
| Effciency | ≥ 99 % ( optional:Tier2) |
| Cooling method | ONAN ( Oil Natural Air Natural ) |
| Impedance | 8 % ( ± 10 % ) |
| Oil type | Mineral oil ( PCB free ) |
| Winding material | Al / AI |
| Insulation class | A |
| MV switchgear | |
| Insulation type | SF6 |
| Rated voltage range | 24 kV – 40.5 kV |
| Rated current | 630 A |
| Internal arcing fault | IAC AFL 20 kA / 1 s |
| LV panel | |
| Main switch specifcation | 4000 A / 800 Vac / 3P, 1 pcs |
| Disconnector specifcation | 260A / 800 Vac / 3P, 15 pcs |
| Fuse specifcation | 400A / 800 Vac / 1P, 45 pcs |
| Protection | |
| AC input protection | Fuse+Disconnector |
| Transformer protection | Oil-temperature, Oil-level, Oil-pressure, Buchholz |
| Relay protection | 50 / 51 , 50 N / 51 N |
| Surge protection | AC Type I + II |
| General data | |
| Dimensions ( W * H * D ) | 6058 mm * 2896 mm * 2438 mm |
| Approximate weight | 17 T |
| Operating ambient temperature range * | -20 ℃ to 60 ℃ ( optional: -30 ℃ to 60 ℃ ) |
| Auxiliary power supply | 15 kVA / 400 V ( optional: max. 40 kVA ) |
| Degree of protection | IP54 |
| Allowable relative humidity range (non-condensing) | 0 % – 95 % |
| Operating altitude | 1000 m ( standard ) / > 1000 m ( optional ) |
| Communication | Standard: RS485, Ethernet, Optical fber |
| Compliance | IEC 60076, IEC 62271-200, IEC 62271-202, IEC 61439-1, EN 50588-1 |
| * The ambient temperature is determined as the average temperature obtained from at least four evenly distributed
temperature monitoring points located at a distance of 1 meter from the equipment, at a height halfway up the machine. The temperature sensors must be shielded from airfow, thermal radiation, and rapid temperature fuctuations to prevent display inaccuracies. CIRCUIT DIAGRAM |
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