Sigenergy SigenStack Base 4S-0.5C “ Secure and Scalable Battery Foundation

The SIG-11180004 Sigenergy SigenStack Base 4S-0.5C is the foundation component for the SigenStack energy storage system, providing a stable and secure structure for battery stacking. Engineered for commercial and industrial (C&I) applications, this modular base supports scalable energy storage configurations, ensuring easy installation and long-term reliability.

Strong, Durable, and Built for Protection

 
• IP66-rated enclosure: Provides full protection against dust, water, and harsh environments.
 
• Reinforced structure: Ensures stability and security for stacked battery modules.
 
• Compact footprint (770 x 195 x 363 mm): Optimizes space while maintaining a strong foundation.

Designed for Seamless Integration

 
• Fully compatible with SigenStack battery modules: Ensures a perfect system fit.
 
• Supports up to 7 battery modules per stack: Allows for scalable energy storage solutions.
 
• Easy floor-standing installation: Requires minimal space for flexible deployment.

Enhanced Safety and Performance

 
• Integrated fire suppression system: Adds an extra layer of protection to the battery stack.
 
• Smart air cooling compatibility: Maintains optimal battery performance and longevity.
 
• Stable design for high-wind and seismic areas: Ensures structural integrity in demanding environments.

Simple Installation and Low Maintenance

 
• Quick setup: Reduces installation time and simplifies deployment for energy storage projects.
 
• Tool-free assembly: Makes installation easy and efficient for installers.
 
• Minimal maintenance requirements: Ensures lower operational costs and long-term reliability.

The Ideal Foundation for Large-Scale Energy Storage

With rugged construction, advanced safety features, and seamless system compatibility, the SIG-11180004 Sigenergy SigenStack Base 4S-0.5C is the perfect foundation for commercial and industrial battery storage. Designed for scalability and efficiency, it ensures long-term stability and reliability in high-performance energy storage systems.