PWS1-3150KTL-H Liquid Cooling PCS Cabinet (Modular Design)
description1
Product Highlight
01
High Power Density
- Power Output: The PCS can provide up to 3.15MW, supporting large-scale applications and enabling high-performance energy storage for industries and commercial installations.
02
Enhanced Protection Level
- IP65 Rating: Core components are rated ≥ IP65, ensuring robust protection against dust and water ingress, making the system highly durable and reliable for outdoor use in challenging environments.
03
Faster Power Response
- Response Time: The system can react to load changes within ≤10ms, ensuring fast power delivery and immediate system response in dynamic grid conditions.
04
Wide DC Voltage Range
- DC Voltage Range: The PCS supports a wide DC input range from 1000V to 1500V, providing flexibility in system design and integration with high-voltage battery setups.
05
Multi-Branch Design
- System Flexibility: The system supports 2/4-hour configurations for enhanced adaptability to various energy storage needs, optimizing energy efficiency and usage patterns.
06
Modular Design
- Modular Configuration: The PCS features a modular design with up to 8 modules. This allows for customizable scalability, reducing installation time and offering easy upgrades for future expansions.
07
Compatibility with AC Grid
- Direct Interconnection: The PCS can directly connect to 480/600/690 Vac, offering compatibility with a wide range of grid voltages and making it ideal for use in various geographical locations.
08
Efficiency & Stability
- High Efficiency: Maximum efficiency reaches 99% at DC 1000V, ensuring minimal energy loss and enhanced system performance.
- Multi-String Technology: This feature ensures better battery safety and performance by managing multiple strings of batteries, allowing for better load distribution and battery health management.
09
Peak Shaving & Load Shifting
- The PCS supports automatic operation strategies for peak shaving and load shifting, ensuring cost savings and optimal power management for the grid.
10
Outdoor NEMA3R Cabinet
- The outdoor-rated NEMA3R cabinet is designed for harsh environments, providing protection against rain, snow, and ice, allowing installation in outdoor locations with confidence.
11
Grid Support Functionality
- Built-in Grid Support: The PCS offers grid-support functions for reactive power compensation, voltage regulation, and frequency response, making it suitable for integration into smart grid and micro-grid systems.
Key Benefit
- Scalability & Flexibility: The modular design allows the system to scale up to 3.15MW, with up to 8 modules and flexible multi-string configurations, making it ideal for expanding energy storage systems.
- Efficient Power Conversion: With a maximum efficiency of 99%, the system ensures high energy output, reducing power losses and optimizing energy use across applications.
- Adaptable to Harsh Environments: With IP65 protection and an NEMA3R outdoor cabinet, this system is suitable for deployment in a variety of environments, including remote locations or areas with challenging weather conditions.
- Reliable & Fast Response: The fast response time of ≤10ms ensures that the system reacts quickly to load fluctuations, maintaining grid stability and supporting energy dispatching needs in real time.
- Long-Term Cost Savings: Through peak shaving and load shifting strategies, the system can significantly reduce electricity costs, while also optimizing the energy usage for greater economic benefits.
- Global Compatibility: The PCS is globally certified and compatible with various international standards, making it ideal for global applications and compliant with regional grid codes.
Conclusion
The PWS1-3150KTL-H Liquid Cooling PCS Cabinet is an advanced, high-performance solution for large-scale energy storage systems. With its modular design, high efficiency, and robust protection, it is ideal for industrial and commercial applications, providing reliable and scalable power conversion. Whether for peak shaving, load shifting, or integration into micro-grid systems, this PCS offers unparalleled flexibility, efficiency, and performance in a wide range of environments.