Phoenix Contact Battery-Pole Connectors, Gen II
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Phoenix Contact BPC Gen II ConnectorsDescription
Phoenix Contact Battery-Pole Connectors (BPC), Gen II are second-generation connectors designed for utility-level power transmission with enhanced features. They are rated up to 350A and 1500VDC, offering IP67 protection and touch-proof design. The connectors include mechanical coding to prevent polarity reversal and allow for 360° rotation.
Phoenix Contact Battery-Pole Connectors, Gen II
Introduction
The Phoenix Contact Battery-Pole Connectors, Gen II (BPC) are advanced connectors designed for utility-level power transmission. With their robust features and high performance, these connectors are ideal for various energy storage applications.
Part Description
The Phoenix Contact BPC Gen II connectors are engineered to handle high power levels, rated up to 350A and 1500VDC. They boast an IP67 protection rating, ensuring they are dust-tight and can withstand immersion in water. The connectors are designed with a touch-proof feature for enhanced safety and include mechanical coding to prevent polarity reversal. Additionally, the connectors allow for 360° rotation, making installation and usage more flexible. The second-generation design includes upgrades such as a relocated plug seal and reinforced busbar for improved performance.
Applications
- Battery energy storage systems (BESS)
- Utility-scale energy storage systems
- Industrial-scale energy storage systems
Industries
- Renewable Energy
- Utilities
- Industrial Manufacturing
- Electric Vehicle Charging Infrastructure
Usage Ideas
- Energy Storage System Integration: Utilize the BPC Gen II connectors in a large-scale battery energy storage system to ensure reliable and efficient power transmission.
- Electric Vehicle Charging Station: Implement these connectors in EV charging stations to enhance safety and performance, especially in high-power applications.
- Renewable Energy Projects: Use the connectors in solar or wind energy projects where robust and reliable connections are essential for energy transmission.
Conclusion
The Phoenix Contact Battery-Pole Connectors, Gen II, represent a significant advancement in connector technology for high-power applications. With their enhanced features and robust design, they are well-suited for a variety of applications in energy storage and utility industries. Whether for industrial use or renewable energy projects, these connectors provide reliability and safety for demanding environments.
