Sign In | Join Free | My frbiz.com |
|
Categories | Power Conversion System |
---|---|
Brand Name: | HKIVI |
Model Number: | PCS-630/500 |
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: | 630kW |
Maximum capacity: | 693kVA |
Maximum DC voltage: | 1000V |
Maximum DC current: | 1167A |
Battery voltage range: | 600~900V |
Rated grid voltage: | 400V,3W+PE |
Grid voltage range: | -15%~10% |
Maximum AC current: | 1000A |
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): | 1100*1950*700mm |
Weight: | 700kg |
Company Info. |
Sichuan Roncy Technology Co., Ltd. |
Verified Supplier |
View Contact Details |
Product List |
ESS PCS-630/500 Power Conversion System Easy To Expand With Intelligent Air Cooling
A Power Conversion System (PCS) is the central power electronics component designed for efficient energy form conversion and control.
The ESS PCS-630/500 is a high-performance Power Conversion System (PCS) designed for commercial & industrial energy storage, grid-side frequency regulation, and renewable energy integration. Featuring a modular design with 630kW/500kW power ratings, it delivers efficient energy conversion, intelligent dispatch, and multi-layer protection, serving as a core component of energy storage systems.
Parameter | PCS-630 | PCS-500 |
---|---|---|
Rated Power | 630kW | 500kW |
Max. DC Input | 693kW | 550kW |
DC Voltage Range | 550V–1000V | 500V–900V |
AC Voltage | 380V (3-phase 3-wire) | 380V (3-phase 3-wire) |
Efficiency | ≥98% (CEC weighted) | ≥97.5% (CEC weighted) |
Charge/Discharge Transition | <30ms | <30ms |
THD | <3% (rated load) | <3% (rated load) |
Protection Rating | IP65 (outdoor) | IP65 (outdoor) |
Core Features:
✅ Wide Voltage Compatibility: Supports DC 550V–1000V input for diverse battery systems.
✅ Ultra-Fast Response: Seamless mode switching in <30ms, ideal for grid frequency regulation.
✅ Smart Grid Support: Integrated VSG (Virtual Synchronous Generator) technology for peak shaving, frequency control, and black start.
✅ High Reliability: Utilizes SiC (Silicon Carbide) devices to minimize switching losses and maximize efficiency.
① Commercial & Industrial Energy Storage
Peak Load Shaving: Reduces electricity costs via time-of-use tariffs.
Demand Management: Optimizes transformer capacity and power load.
② Grid-Side Applications
Frequency Regulation (AGC): Provides second-level power response to grid commands.
Renewable Smoothing: Mitigates fluctuations in PV/wind generation, minimizing curtailment.
③ Microgrid & Off-Grid Systems
Island Mode Operation: Ensures uninterrupted power supply during grid outages.
Parallel Redundancy: Supports N+X configuration for enhanced system availability.
(1)Modular Architecture
N+1 redundancy: Single-module failure does not disrupt system operation.
Scalable Power: Multiple units can be paralleled for MW-scale deployments.
(2)Intelligent Energy Management
Built-in EMS (Energy Management System) for remote monitoring, fault diagnosis, and efficiency optimization.
Multiple operation modes: PQ (Constant Power), VF (Constant Voltage), and VSG (Virtual Synchronous Generator).
(3)Robust Environmental Adaptability
IP65-rated enclosure for harsh outdoor conditions (humidity, salt spray).
Wide temperature range (-30°C~60°C) and high-altitude operation (≤5000m).
Comparison | ESS PCS-630/500 | Competitors (e.g., Sungrow) |
---|---|---|
Efficiency | ≥98% | 97%~98% |
Response Time | <30ms | 50~100ms |
Modularity | N+1 Redundancy | Limited models |
Advanced Features | Integrated VSG & Black Start | Requires external controllers |
Competitive Edge:
Superior dynamic response (critical for high-precision grid services).
Higher integration (reduces peripheral costs).
AI-Powered Predictive Control: Optimizes charge/discharge strategies with load forecasting.
Hybrid Hydrogen Integration: Compatible with hydrogen storage for zero-carbon applications.
![]() |