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ESS PCS-2500 Power Conversion System With Strong Adaptability Of Power Grid

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ESS PCS-2500 Power Conversion System With Strong Adaptability Of Power Grid

Name: ESS PCS2500 Power Conversion System With Strong Adaptability Of Power Grid
Brand: HKIVI
Price: 1 USD

Best ESS PCS-2500 Power Conversion System With Strong Adaptability Of Power Grid wholesale

Brand Name : HKIVI

Model Number : PCS-2500

Place of Origin : China

MOQ : 1 sets

Price : Negotiable

Payment Terms : L/C, D/A, D/P, T/T, Western Union, MoneyGram

Supply Ability : 1 sets/month

Delivery Time : 30 work days

Packaging Details : Single package size: Customizable

Rated power : 2500kW

Maximum capacity : 2750kVA

Maximum DC voltage : 1500V

Maximum DC current : 2*1403A

Battery voltage range : 1000~1500V

Oﬀ-grid rated voltage : 690V

Grid voltage range : -15%~10%

Maximum AC current : 2301A

Rated grid frequency : 50Hz

THDi (Power rating) : ＜3%

Adjustable range of power factor : -1~1

Isolation mode : No transformer

Service life : 20 Years

Dimensions (W * H * D) : 1713*2656*1135mm

Weight : ＜2800kg

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ESS PCS-2500 Power Conversion System With Strong Adaptability Of Power Grid

A Power Conversion System (PCS) is the central power electronics component designed for efficient energy form conversion and control.

The ESS PCS-2500 is a high-performance grid-forming (GFM) power conversion system (PCS) designed for large-scale energy storage applications, including utility-scale battery storage, renewable integration, and microgrid support. With a 2,500kW (2.5MW) power rating, it features SiC-based topology, modular architecture, and advanced grid-support functions, making it ideal for projects requiring high efficiency, scalability, and reliability.

ESS PCS-2500 Power Conversion System With Strong Adaptability Of Power Grid

Key Technical Specifications

Parameter	Specification
Rated Power	2,500kW (expandable via parallel operation)
Topology	3-Level ANPC (Active Neutral-Point Clamped) with SiC MOSFETs
Efficiency	>98.5% (peak), CEC weighted
DC Voltage Range	1,000V–1,500V (compatible with high-voltage battery systems)
AC Voltage	380V/400V/480V (configurable)
Response Time	<10ms (grid support functions)
Protection Rating	IP65 (outdoor, dust/water resistant)
Cooling System	Liquid-cooled (for high power density)
Communication	IEC 61850, CAN, Modbus TCP

Core Features:
✅ Grid-Forming (GFM) Capability:

Provides synthetic inertia and black-start functionality for off-grid/microgrid operation.
Supports VSG (Virtual Synchronous Generator) mode for stable grid synchronization.

✅ Ultra-Fast Response:

<10ms reaction time for frequency regulation (FFR/FCR) and voltage support.

✅ Modular & Scalable:

Supports N+X redundancy and hot-swappable power modules for minimal downtime.

✅ Advanced Thermal Management:

Liquid cooling ensures stable operation in extreme temperatures (-30°C to +60°C).

ESS PCS-2500 Power Conversion System With Strong Adaptability Of Power Grid

Application Scenarios

(1) Utility-Scale Energy Storage

Frequency Regulation (AGC):
- Provides ±2% deadband control for grid stability (e.g., PJM market compliance).
Peak Shaving & Renewable Smoothing:
- Mitigates ±15%/min PV/wind fluctuations (IEC 61400-21 compliant).

(2) Renewable Integration

Solar/Wind Hybrid Plants:
- Enables DC-coupled systems for higher efficiency (vs. traditional AC-coupled setups).
Inertia Emulation:
- Mimics synchronous generator behavior to support weak grids.

(3) Microgrid & Off-Grid Systems

Black Start Capability:
- Can restart 0.2C discharge rate without external power.
Multi-PCS Parallel Operation:
- Enables MW-scale deployments (e.g., islanded industrial parks).

Competitive Advantages vs. Industry Peers

Feature	ESS PCS-2500	Competitor (e.g., Sungrow SG2500HV)
Efficiency	>98.5% (SiC-based)	97–98% (IGBT-based)
Response Time	<10ms (VSG mode)	20–50ms
Cooling System	Liquid-cooled (lower losses)	Air-cooled
Modularity	Hot-swappable N+1 redundancy	Fixed cabinet design

Why It Stands Out:

Higher power density (smaller footprint per MW).
Lower switching losses (SiC vs. IGBT).
Better grid support (GFM for unstable grids).

Future Development Trends

AI-Powered Predictive Control:
- Integration with digital twin for real-time efficiency optimization.
Hydrogen Hybridization:
- Potential coupling with electrolyzers for long-duration storage.

For customized technical proposals, provide:

Site single-line diagram (SLD)
Grid compliance requirements (e.g., IEEE 1547-2018, EU RfG)
Battery type (e.g., LiFePO4, flow batteries)

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