Residential

The energy infrastructure
your buyers are asking for.

Buyers are asking for increased energy independence. Mattur gives builders a single integrated system that specs into new construction and differentiates at resale.

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Coming in 2027

The Problem & The Fix

The grid can't keep up.

America's grid and transmission infrastructure were built for a different era. Electrification and the rapid expansion of AI infrastructure are driving demand faster than new generation can be permitted, built, or delivered. The cost of that gap flows directly to homeowners.

Transmission infrastructure decades behind current demand

Rising rates as utilities pass infrastructure costs to customers

Outage risk is structural, not a storm-season exception

Solar

Peaks at midday, not when demand peaks. Requires storage or grid backup.

Batteries

Hours of capacity, not days. Degrades under high-load cycling.

Generators

Fixed speed regardless of load. Built for outages, not daily operation.

More than backup. A fundamentally different approach to home energy.

Most energy products solve one problem. Mattur solves four.

Daily savings

Mattur actively manages energy use around peak pricing, reducing grid draw when it costs the most. Not a backup appliance. A daily-use system designed to pay for itself over time.

Energy independence

Generation, storage, and load management at the point of use. Less exposure to rate increases, grid constraints, and utility infrastructure that was not designed for today's demand.

Home value

Whole-home energy systems add an estimated 3 to 5 percent to resale value. Built in from day one, Mattur is a permanent fixture, not an afterthought.

Peace of mind

Outages from weather, wildfires, and peak demand are becoming more frequent. Mattur switches automatically. No manual intervention, no extension cords, no fuel runs.

What makes it different is how it works.

Mattur is purpose-built: supercapacitors, battery, and generator engineered as a single platform using proven technology in a fundamentally new architecture. Each component does what it does best. The system manages the rest.

Hybrid Generator

Variable RPM follows real home load. Less fuel at partial demand, 2x surge for HVAC hard starts. Supercapacitors absorb spikes so the battery doesn't take the hit.

Battery Storage

Peak shifting when the grid is expensive, seamless bridge when it isn't there. Supercapacitor buffering cuts destructive cycling so the pack lasts longer than battery-only architectures.

Mattur system installed at a two-story home

Grid Integration

Code-compliant ATS ties the stack to your panel. Anti-islanding for utility crews, automatic source selection for your family. One system, one warranty, one number to call.

Built for builders.

Energy infrastructure is becoming a purchase decision. Mattur gives builders a specified, installed answer before the first buyer walks through the door.

Turns an emerging buyer expectation into a standard feature

Resale premium estimated at 3 to 5 percent

Low-profile footprint, straightforward pre-construction specification

Commissions at pre-CO with no dependency on external integration

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The Math

What the return looks like.

Every home is different. The value Mattur delivers depends on size, consumption, and local energy costs. Here's how the economics typically break down.

Metric	Efficient Home	Connected Home	High-Demand Home
Profile	1,500 sq ft, gas heat, moderate use	2,200 sq ft, average new construction	3,000+ sq ft, EV, heat pump
Annual energy spend	~$1,400	~$2,200	~$3,500+
Peak avoidance	$100 – $300	$200 – $600	$400 – $1,200
Avoided outage costs	$200 – $600	$400 – $1,200	$600 – $1,800
Battery life extension	$25 – $100	$50 – $225	$75 – $300
Resale premium (amortized)	$300 – $700	$400 – $900	$500 – $1,200
Fuel efficiency savings	$75 – $200	$100 – $300	$150 – $400
Total estimated annual value	$700 – $1,900	$1,150 – $3,225	$1,725 – $4,900

Estimates based on U.S. national averages. Actual results vary by location, utility rate structure, and home configuration. Avoided outage costs reflect exposure in outage-prone markets and may be lower in areas with high grid reliability. Resale premium is an estimate based on industry data and is not a guaranteed appraisal outcome. Higher-cost markets such as California, New England, and Hawaii will see stronger returns. System sizing and cost vary by home.

Sources: EIA, U.S. Census Bureau, Oak Ridge National Laboratory