Critical-load backup
Maintain selected essential services during supply interruption.
Engineering • Energy • Innovation
Battery Energy Storage
Battery systems for resilience, solar self-consumption and selected load-management applications.
Storage must be matched to the operating duty
Battery capacity, power, chemistry, controls and warranty conditions must be aligned with critical loads, outage duration, cycling, temperature, solar generation and expansion requirements.
Battery storageCapacity and control designed around the duty cycle.
Potential applications
Solar self-consumption
Store excess solar generation for later use where justified.
Load management
Selected peak-demand and load-shifting strategies.
Remote operations
Hybrid power applications with appropriate controls.
Engineering considerations
| Consideration | Project question |
|---|---|
| Power | What simultaneous loads must the system supply? |
| Energy | How long must the selected loads be supported? |
| Cycling | How often and how deeply will the battery cycle? |
| Integration | How will storage interact with solar, grid, generator and controls? |
| Environment | What ventilation, temperature, access and fire-safety conditions apply? |
| Warranty | Do the proposed operating conditions align with warranty requirements? |
Delivery and handover
Rohs Vantage can coordinate equipment selection, electrical integration, protection, communications, commissioning, monitoring, training and documentation.
Start with a proper assessment.
Battery storage should be sized from the required duty, not from a generic package.