An electric bed stuck flat makes repositioning hard. An alternating pressure mattress that loses its pump goes soft and stops protecting skin. A ceiling hoist may manage a transfer or two on its battery, then cannot lift. Carers and family are left managing transfers by hand in poor light, which is risky for everyone. In a rural area, help may be a long way off during a storm.
Keep your power company's medically dependent registration, and talk to your clinician, occupational therapist and equipment supplier about what to do in an outage. A home system sits alongside that plan. It does not replace it, and it is not a hospital-grade supply. Ask the equipment supplier how each device behaves on battery and how long its own backup lasts, so you know what you are relying on.
How it works →
The battery and 15 kW inverter run in UPS mode, so the bed, mattress pump and hoist charger keep running with no gap, and pressure mattresses do not lose their cycle. The fuel cell recharges the battery from stored hydrogen through a multi-day outage. These are modest loads, so heating, lights and the kitchen all keep going too, which matters for the person being cared for and for the carer.
No. Keep your power company's medically dependent registration and your clinician's and occupational therapist's plan. The system is a backup to those, not a replacement, and not a hospital-grade supply.
It is designed not to see an outage. The battery and inverter run in UPS mode, so the pump keeps running. Check with your equipment supplier about your specific mattress.
These are modest loads, and the system is designed for 15 kW continuous output for an average home. Your full list would be checked in pilot sizing. Heating and the kitchen are included in that list.
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