Healthcare

The energy infrastructure
patient care depends on.

When power fails in a clinical setting, the consequences are immediate and serious. Mattur delivers scalable energy systems engineered for the uninterrupted demands of healthcare facilities.

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Coming in 2027

The Challenge

The grid wasn't built for critical care.

America's grid infrastructure was designed for a different era — and the alternatives most facilities turn to weren't built for this either.

Outages are rising — and downtime isn't an option.

Grid outages are increasing in frequency and duration. For clinical operations — surgery, ICU, imaging, and refrigerated medications — any interruption carries direct patient safety consequences.

Regulatory exposure is real.

CMS and Joint Commission standards require documented backup power capability. Grid dependence alone does not satisfy them.

Demand charges compound operating costs.

Utilities charge for peak draw, a cost most facilities pass along or absorb without visibility into alternatives.

Batteries and standby each leave a gap.

Storage covers hours, not days of sustained clinical load, and degrades under high-load cycling. Standby generators run fixed-speed regardless of load, with fuel logistics that turn into operational risk in extended events. Built for outages — not for daily peak and cost management.

What Mattur delivers

More than backup. Energy infrastructure built for clinical standards.

Healthcare facilities carry a different level of responsibility. Mattur is engineered for that reality, delivering continuity and operational value simultaneously.

Peak demand management

Mattur actively manages load to reduce peak draw exposure, a significant and often overlooked line item in healthcare facility operating budgets.

Scalable power architecture

From medical office buildings to surgical centers to full campus installations, Mattur scales. Supercapacitors, battery, and generator in a single engineered platform, not bolted-together components from separate manufacturers.

Automatic failover

No manual intervention, no transfer delays that matter. Life safety systems, imaging, refrigeration, and clinical operations stay running.

Mattur daily energy management for healthcare facilities

Infrastructure that earns its keep

Unlike a standby generator that sits idle, Mattur operates daily. Energy management creates ongoing value while the continuity capability remains ready.

What the return looks like

The economics are facility-specific. The obligation is not.

Healthcare facilities don't evaluate backup power purely on ROI. The standard is whether critical systems stay operational when the grid does not. Mattur meets that standard while also addressing the daily energy costs most facilities manage reactively.

The right conversation is about your facility specifically: your compliance requirements, your load profile, and where the architecture can create the most value. That conversation starts with your team and ours.