Energy infrastructure. Reimagined.
Power, heat, cooling, and specialty water. A coordinated approach to energy infrastructure for the facilities that move the world forward.
The opportunity
Facilities need more than a power connection. They need electricity, heat, cooling, and, in some applications, specialty water—at the right place and time. Yet those needs are often approached as separate systems.
Explore the market contextThe idea in motion
Across a day. Across a year.
Different needs. Different possibilities.
A hospital. Every hour matters.
241,351 ft² reference building · DOE / REopt energy profiles
Typical seasonal day
Local standard time
Energy bars use each service’s seasonal-profile peak. Specialty water: sterilization example, 3 gal/min average on a 0–30 gal/min fixture-draw scale. Modeled demand, not PRIZM output.
Electricity, heating, and cooling use 8,760 hourly values retrieved from the REopt API on October 8, 2026, using the DOE hospital reference building and Atlanta climate zone 3A. This is a public benchmark, not a named hospital, measured site data, or a live feed. The reference calendar is 2017; it is not a 2017 weather observation.
Every source hour contributes to winter, spring, summer, or autumn mean daily profiles, including weekends. Values interpolate between hours and seasons. The bars and particles use the same sample and service-specific normalization. Specialty water is scaled to the example equipment’s peak draw, not a PRIZM production rating. Compare each stream with itself over time; widths are not proportions of a shared energy total. The day/night lighting and landscape are illustrative.
Heat includes space heating and domestic hot water, converting the API’s heating fuel to useful heat at an assumed 80% boiler efficiency. Cooling uses the API’s reference chiller COP of 4.69. Electricity already includes electric cooling, so these channels must not be added together. No heat-driven cooling, water-production capacity, recovery efficiency, or PRIZM dispatch is calculated.
Specialty water uses a published hospital sterilization example: three units, 30 gallons per cycle, two cycles per hour, operating 24 hours. That is 4,320 gallons/day, or 3 gal/min on average, with a 30 gal/min coincident fixture draw. It is a screening example, not this reference hospital’s measured consumption or a complete inventory of specialty uses. Municipal/domestic water, other specialty uses, treatment reject and feedwater are excluded. Distilled water alone does not establish suitability for a particular medical application. Node production and storage coverage require a qualified operating profile.
The three thermal bands and lower-band branches are conceptual. They reveal no temperatures, components, proprietary routing, or operating sequence. This is a demand visualization, not an energy-balance diagram. All four services are not guaranteed at every site.
Download the profile & source record ↓01 / The platform
SynrgyONE connects physical infrastructure and internal screening around the needs of each facility. Site requirements guide the configuration; software brings structure to evaluation and planning.
One node. Multiple useful services.
A modular energy node designed to coordinate on-site electricity, recoverable heat, cooling, and optional specialty-water services. Site needs determine the configuration.
Internal Infrastructure Screening Platform
SynrgyONE’s internal platform for evaluating infrastructure opportunities, screening sites, and structuring project analysis.
Site requirements define the configuration. Technical and economic fit are evaluated for each application.
02 / Where it matters
We are pursuing applications where electrical and thermal needs overlap. These are target markets, not a list of customers or completed deployments.
Power availability and cooling needs meet at the same site.
Electricity and process heat are part of one operating picture.
Continuous operations depend on coordinated utility services.
Thermal loads, site economics, and repeatability shape the opportunity.
The next chapter
Every facility has a different operating picture. Our focus is matching electrical and thermal needs with the right infrastructure and a clear path to implementation.
We welcome aligned investors, engineering collaborators, and prospective pilot hosts. Further technical discussion is handled directly with the team.
Investor & partner inquiries
We welcome conversations with strategic partners, technical collaborators, prospective pilot hosts, and aligned investors.
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