Residential Energy Storage Solutions: The Future of Home Energy
Residential Energy Storage Solutions: The Future of Home Energy
Residential energy storage systems save surplus renewable energy for later use during high demand or low production periods.
Key Differences: Residential vs. Grid Energy Storage
Residential Energy Storage
- Stores energy for household use
- Battery-based systems (lithium-ion)
- Lower voltage/current, more frequent cycles throughout the day
- Installed in homes with easy-to-install connectors
Grid Energy Storage
- Stores large-scale energy for grid stabilizatione
- Larger systems (pumped hydro, grid batteries)
- Higher voltage/current, used for peak demand shaving
- Used in utility-scale, often requiring more complex installations
Inside battery-powered homes
Infineon’s ICs for power conversion and battery management with Phoenix Contact’s easy-to-use, robust connectors ensure reliable, long-lasting systems for every home.
Visual: Image of residential energy storage system
Key functions & tech
1. Energy management
Function: Controls the charge and discharge cycles for optimal energy use
Key technologies:
- BMS ICs Monitors battery health, voltage & temperature for safe usage
2. Battery modules
Function: Store renewable energy for later use
Key technologies:
- LPT Lever-Actuated PCB Terminal Blocks Perfect for battery module connections
- FINEPITCH 0.8mm & 1.27mm Board-to-Board Connectors Ensures secure and efficient battery module connections
3. Inverter Stage
Function: Converts DC to AC power for use in homes
Key technologies:
- CoolGaN Efficient power conversion at the inverter stage
- CoolSiC Optimal for inverter power conversion
With advanced electronic components from Infineon and Phoenix Contact, residential energy storage offers energy independence, cost savings and environmental benefits for a greener tomorrow.
Bottom logos: Infineon and Phoenix Contact and Mouser