HPE Apollo 6000 Standard Power Shelf 735131-B21 for Data Center

• HPE Apollo 6000 chassis power infrastructure
• High-density enterprise compute deployments
• HPC and technical computing environments
• Data-center rack power architecture
• Multi-chassis Apollo 6000 deployments
• Power redundancy planning for compute infrastructure
• Apollo 6000 infrastructure expansion
• Enterprise server consolidation projects
• Data-center modernization initiatives
• Replacement of an existing Apollo 6000 power shelf

• Designed for HPE Apollo 6000 infrastructure
• Standard power shelf configuration
• Required power component for supported Apollo 6000 configurations
• One power shelf can support up to four chassis
• Supports scalable multi-chassis power architecture
• Supports N power redundancy configurations
• Supports N+1 power redundancy configurations
• Supports N+N power redundancy configurations with compatible hot-plug power supplies
• Centralizes power infrastructure for compatible Apollo 6000 chassis
• Suitable for rack-level infrastructure planning
• Supports scalable compute deployments
• Helps simplify centralized power provisioning
• Designed for enterprise and high-density compute environments
• Supports lifecycle replacement and infrastructure expansion
• Requires compatible Apollo 6000 chassis and power supply configuration

• Brand: HPE
• Part Number: 735131-B21
• Product Type: Standard Power Shelf
• Product Family: HPE Apollo 6000
• Product Description: HPE Apollo 6000 Standard Power Shelf
• Compatible Platform: HPE Apollo 6000
• Chassis Support: Up to 4 Apollo 6000 chassis per power shelf
• Power Redundancy: N, N+1 and N+N configurations
• Power Supply Compatibility: Hot-plug power supplies
• Rack Integration: Power shelf can be ordered without a rack; power shelf and chassis are required when factory integrated into a rack

WHY CHOOSE THIS PRODUCT?

• Organizations choose the 735131-B21 when building, expanding or maintaining an HPE Apollo 6000 environment that requires centralized power infrastructure. Its ability to support up to four chassis provides a more scalable architecture than provisioning isolated power infrastructure for each chassis, while N+1 and N+N configurations provide flexibility for different availability requirements. For procurement teams, the important consideration is configuration matching: the required number of power shelves depends on the number and type of populated Apollo 6000 trays and chassis, so the shelf should be selected as part of the complete power design rather than purchased as a standalone generic server accessory. HPE recommends using its Power Advisor for rack-level planning because actual power requirements can vary by configuration.