
MP-SC5000UD-MV-US-P3 Power Conversion System-4082
The Sungrow SC5000UD‑MV‑US‑P3 is a medium‑voltage bidirectional power conversion system (PCS) engineered for utility‑scale energy storage applications. It delivers ultra‑high efficiency, robust grid support and adaptable operation modes, making it an ideal core component for large battery energy storage systems such as the PowerTitan series.
High‑Efficiency & Flexible Medium‑Voltage PCS for Utility Storage
The Sungrow SC5000UD‑MV‑US‑P3 is a medium‑voltage bidirectional power conversion system (PCS) engineered for utility‑scale energy storage applications. It delivers ultra‑high efficiency, robust grid support and adaptable operation modes, making it an ideal core component for large battery energy storage systems such as the PowerTitan series.
Exceptional Performance & High Yield
Optimized Power Conversion
-
Up to 99 % efficiency ensures minimal energy loss during DC‑to‑AC and AC‑to‑DC conversion.
-
Wide DC voltage operation window supports full power output at 1500 V, optimizing compatibility with high‑voltage battery stacks.
-
Intelligent air cooling allows sustained operation up to 45 °C without derating — enhancing reliability in demanding environments.
Benefits:
-
Higher system yield and improved round‑trip efficiency.
-
Stable performance across varying conditions, reducing derating risks.
Flexible Application Scenarios
Multi‑Mode Power Support
-
Supports full four‑quadrant operation for bidirectional charge/discharge control.
-
Multiple operation modes including VSG (Virtual Synchronous Generator), VF (Voltage Frequency), PQ (Power‑Quality) support advanced grid services.
-
Designed to operate in challenging environments such as high altitude, high salt spray, and extreme temperature ranges (both high and low).
Advantages:
-
Flexible deployment for a wide spectrum of utility and microgrid requirements.
-
Enhanced power quality and dynamic grid interaction.
Robust Safety & Operational Integrity
Engineered for Reliability
-
TYPE 3R / C5 high protection level supports robust outdoor installation.
-
Integrated online insulation monitoring ensures ongoing electrical safety.
-
Seamless linkage with BMS, PCS, and EMS for coordinated system protection.
Advantages:
-
Multi‑layer safety mechanisms protect against system faults and environmental stresses.
-
Designed for high uptime in utility‑grade installations.
Strong Grid Support Capabilities
Intelligent Grid Interaction
-
Supports inertia support and microsecond voltage reconstructions to enhance grid stability.
-
Rapid active/reactive power response assists in frequency and voltage regulation.
-
Features L/HVRT (Low/High Voltage Ride Through), FRT (Fault Ride Through), soft start/stop, and configurable power factor control for robust grid compliance.
Benefits:
-
Enhanced compliance with grid codes and interconnection standards.
-
Improved resiliency and system support during transient events.
Typical Integration & Applications
-
Utility‑Scale Energy Storage: Core PCS for large battery projects supporting grid stability and renewable integration.
-
PowerTitan & Container ESS Systems: Used as central conversion unit within 2.5 MW / 5 MWh configurations and beyond.
-
Microgrid & Hybrid Power Plants: Supports energy dispatch and grid support for islanded or weak grid sites.
-
Industrial & Commercial Storage: High‑performance power conversion for on‑site energy management.
FAQ – Common Questions
Q1: What is the main role of the SC5000UD‑MV‑US‑P3?
It is a medium‑voltage PCS that converts between high‑voltage DC battery power and AC grid power with high efficiency and flexibility.
Q2: What efficiency can this PCS achieve?
It achieves up to 99 % conversion efficiency, minimizing losses during energy transfer.
Q3: Can this PCS operate in extreme conditions?
Yes — with its intelligent air cooling and robust protection design, it supports operation at 45 °C without derating and is suitable for high altitude, high salt spray, and wide temperature ranges.
Q4: What grid support features does it include?
It supports inertia contribution, rapid active/reactive response, voltage ride‑through, and configurable power factor control for grid code compliance.
Q5: How does it integrate with the rest of the storage system?
The PCS integrates with battery BMS and system EMS for coordinated protection and optimized performance within utility ESS solutions like PowerTitan.
Specifications
| Parameter | Specification |
|---|---|
| Type designation | SC5000UD‑MV‑US‑P3 |
| DC side | |
| Max. DC voltage | 1500 V |
| Min. DC voltage | 1000 V |
| DC voltage range | 1000 V ~ 1500 V |
| Max. DC current | 1275 A × 4 or 2550 A × 2 |
| No. of DC inputs | 4 or 2 |
| AC side (Grid) | |
| AC output power | 5000 kVA @ 45 °C |
| Max. AC output current | 83 A |
| Nominal LV / MV voltage | 0.69 kV / 34.5 kV |
| Nominal grid frequency | 60 Hz |
| Grid frequency range | 55 Hz ~ 65 Hz |
| Harmonic (THD) | < 3 % (at nominal power) |
| Power factor at nominal power | > 0.99 |
| Adjustable power factor | 1 leading ~ 1 lagging |
| AC side (Off‑Grid) | |
| Nominal LV / MV voltage | 0.69 kV / 34.5 kV |
| AC voltage distortion | < 3 % (Linear load) |
| DC voltage component | < 0.5 % Un (Linear balanced load) |
| Unbalance load capacity | 100 % |
| Nominal frequency | 60 Hz |
| Frequency range | 55 Hz ~ 65 Hz |
| Efficiency | |
| Max. Converter unit efficiency | 99.0 % |
| Max. efficiency (incl. transformer) | 98.3 % |
| Protection | |
| DC protection | DC Load switch + fuse |
| AC protection | MV Load switch + fuse |
| Surge protection | DC Type II / AC Type II |
| Grid monitoring | Yes |
| Ground fault monitoring | Yes |
| Insulation monitoring | Yes |
| Overheat protection | Yes |
| General data | |
| Dimensions (W × H × D) | 6058 mm × 2896 mm × 2438 mm |
| Dimensions (imperial) | 238.5″ × 114.0″ × 96.0″ |
| Weight | ≤ 17,000 kg / 37,478 lbs |
| Transformer vector | Dy1 |
| Degree of protection | Type 3R |
| Operating ambient temperature range | ‑35 °C ~ 60 °C (> 45 °C derating) |
| Operating ambient temperature (F) | ‑31 °F ~ 140 °F (> 113 °F derating) |
| Allowable relative humidity | 0 % ~ 100 % |
| Cooling method | Forced air cooling + KNAN |
| Max. operating altitude | 1000 m (standard) / > 1000 m (optional) |
| Display | LED, WEB HMI |
| Communication | RS485, CAN, Ethernet, Optical Fiber |
| Compliance | UL1741, UL1741 SA/SB, IEEE 1547:2018, Rule 21, HECO 14H, CSA C22.2 No.107.1‑16 |
| Grid support features | |
| Volt‑var, Volt‑watt, Frequency‑watt | Supported |
| L/HVRT, FRT, Soft start/stop | Supported |
| Active & reactive power control, power ramp rate | Supported |



