Dotz Energy combines AI, engineering, sensing, metering and energy recovery into a single operating layer — designed to cut the energy and carbon of heat in complex buildings, without replacing the plant room they already run.
Equipment, sensing and energy sources connect to the Dotz AI control platform — which runs them as one optimised system and turns them into measured savings and lower carbon.
Dotz Energy
AI control platform
Each layer does one job well — and they share the same live data, so the whole platform improves together. They are capabilities of one system, not standalone products.
The Dotz Intelligence Layer is the decision-making core of the platform. It continuously reads live plant-room data, heating demand, tariffs, weather, occupancy and performance trends — then chooses the most efficient way to produce the heat and hot water a building needs, minute by minute.
What it does
Thermal Optimization reduces the energy it takes to produce the heat a building or process needs. Dotz Energy finds where existing systems can run more efficiently, where heat can be recovered or supplied from renewable sources, and where operating logic can be improved — then puts those gains under continuous AI control. For industrial loads, that means lower-carbon heat without interrupting production.
What it does
The technology we deploy
The platform integrates and orchestrates the right mix of technology for each site — selected to the building's loads and tariffs, and run by the Dotz AI layer.
High-efficiency heat pumps produce heating and hot water for a fraction of the energy of combustion.
Low-carbon heat sources displace fuel-based generation where the site and climate allow.
Stored heat shifts demand to the cheapest, cleanest hours and shaves expensive peaks.
Usable thermal energy already in the building — including process and rejected heat — is recovered and reused.
Where boilers stay in service, point-source capture removes CO₂ from the flue gas before it reaches the stack.
Live sensing turns the plant room into real-time data the AI layer can act on.
Controls execute the optimal operating strategy minute by minute, then verify the result.
Industrial sites, institutions and whole villages on district heating carry some of the largest, most continuous heat loads — and some of the highest emissions. Dotz Energy integrates renewable heat, heat pumps, thermal storage, recovery, sensing and carbon capture into the existing central plant, then optimizes it with AI to cut energy intensity and carbon without interrupting supply.
Measurement & Verification turns energy savings into a number both sides can trust. Dotz Energy meters performance live, calculates how much energy and carbon has been saved against a baseline, and reports it — the evidence base that makes performance-based shared savings possible.
What it does
Carbon Intelligence helps customers reduce, capture and report the emissions from heating and energy-intensive operations — built on measured performance, not estimates. Most of the reduction comes from burning far less fuel; and where combustion has to stay, Dotz Energy can capture part of the CO₂ straight from the boiler flue before it reaches the stack. The result is an auditable reduction number that supports ESG reporting, green funding and decarbonization targets.
What it does
The biggest carbon win is burning far less fuel. But where a boiler has to keep running, Dotz Energy can add point-source capture — pulling CO₂ out of the flue gas before it reaches the stack, so emissions fall even while the existing plant stays in service. Every tonne captured is metered and reported alongside the energy savings.
Boiler flue
CO₂-rich exhaust
Dotz capture unit
CO₂ removed
Cleaned exhaust
To the stack
A heat pump moves existing heat instead of burning fuel to create it. Using a small amount of electricity, it captures renewable heat from the air, water or ground and upgrades it to useful temperatures — typically delivering around four units of heat for every unit of electricity it draws.
The types we deploy
Heat from outdoor air, delivered through water.
Captures low-grade heat from the outside air and transfers it into the building's water circuits — covering heating, cooling and domestic hot water from a single system. Modular ranges scale from one plant room to an entire campus.
Best for Hotels, hospitals and residential complexes with central hot-water loops
Direct heat exchange with the spaces that need it.
Moves heat straight between outdoor air and indoor spaces with the fewest energy-transfer steps, which keeps efficiency high. Packaged rooftop and heat-recovery units suit large, open floor plates and mixed heating-and-cooling demand.
Best for Resorts, retail, warehouses and large open commercial spaces
Stable, high-efficiency heat between water loops.
Exchanges heat between water sources — ground, process or recovered building water — for steady, high-efficiency output. Compact and quiet, it fits dense urban sites and continuous, around-the-clock loads.
Best for Dense urban sites and continuous industrial or institutional loads
Boiler-level temperatures without the fuel.
Lifts recovered and ambient heat to the higher temperatures that hot water and process heating demand — displacing gas and oil boilers without compromising delivery temperature or reliability.
Best for Process heat and high-temperature hot water in always-on facilities
The right type — and the right combination — is specified per site by our engineering team, matched to each building's loads, temperatures and tariffs. The Dotz AI layer then runs the chosen mix at peak efficiency.
A technology-enabled deployment that works with the plant room you already run — designed to reduce energy and carbon while operations continue.
Model the building's energy profile, plant-room configuration, tariffs and carbon baseline.
Connect the Dotz Energy platform to the existing plant room, with minimal operational disruption.
Use AI-assisted operating logic to reduce energy use, cost and emissions.
Measure energy reduction, emissions impact and savings through live reporting.
Book an energy assessment and we'll model the potential energy reduction, lower emissions and a performance-based deployment — starting from your existing plant room.
