Dotz Energy brings AI-led energy savings to complex buildings.
We help large buildings reduce energy cost and carbon emissions through a performance-based model — combining energy engineering, AI-assisted optimization, live metering, carbon intelligence and project funding into one practical deployment pathway.
A distinct model for reducing energy use and emissions.
Dotz Energy was created to help large buildings reduce energy cost and carbon emissions through a performance-based model — built to deliver measured outcomes, not to sell devices.
Dotz Energy is backed by Dotz.tech's scientific and engineering base in advanced materials, carbon reduction and applied technology. We bring that discipline into the built environment — where large buildings need practical decarbonization without operational disruption.
Dotz Energy is building its own market identity around measurable savings, AI-led optimization and shared financial outcomes — turning each building's existing plant room into a smarter, lower-carbon, lower-cost system.
Designed for live environments that can't shut down
Hotels, hospitals, residential complexes and industrial facilities cannot simply shut down and rebuild their energy systems. Dotz Energy is designed for live environments — integrating with existing plant rooms and reducing energy intensity while operations continue.
Hotels & resorts
Round-the-clock hot water, pools, laundry and kitchens.
Hospitals & healthcare
Continuous heating and strict temperatures, 24/7.
Nursing homes
Steady warmth and hot water for vulnerable residents.
Large residential complexes
Centralised heating and hot water across many units.
Villages & district heating
One central plant heating every home in town.
Industrial & institutional
Process heat and large-scale hot-water demand.
One platform, several disciplines
Reducing energy in complex buildings is an engineering problem, a data problem and a finance problem at once. Dotz Energy brings those disciplines together.
Want the full story for your building?
Tell us about your facility and we'll show you where the energy and carbon reductions would come from.