Control centre with AI
The brain of the plant room. A live control centre where the Dotz AI weighs demand, tariffs, weather and performance, then runs every connected system on the most efficient strategy — all on one screen.
Our Technology
One platform. Four layers of energy intelligence.
Dotz Energy combines AI, engineering, sensing, metering and energy recovery into a single operating layer — designed to cut the energy and carbon of heating and cooling in complex buildings, without replacing the plant room or chiller plant they already run.
Our solution
One integrated platform, working as a single system.
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.
01Heat pumpsRenewable heat
02Thermal storageShift & shave load
03Energy recoveryReuse waste heat
04Carbon captureCO₂ from the boiler flue
Control centre
LiveIntegrated AI control
94%
Optimized
↓60%
Energy
↓80%
Carbon
05Sensors & meteringLive site data
06Adaptive controlsRun the optimal strategy
07Measurement & verificationProve the savings
Data & control — equipment feeds the platformInsights & optimisation — the platform tunes the site
Lower energy use
Lower operating costs
Reduced emissions
Continuous optimisation
The complete stack
More than heat pumps — a full energy stack.
Heat pumps are one part of it. The platform also integrates thermal storage, sensing, energy recovery, renewable heat and carbon capture — all run by one AI control centre that prices electricity in real time and tunes the whole site together.
Thermal storage
Dotz Energy storage tanks bank heat when energy is cheapest and cleanest, then release it on demand — shifting load off expensive peaks and smoothing supply across the day.
Heat pumps
High-efficiency heat pumps produce heating and hot water for a fraction of the energy of combustion.
Sensors & metering
Live sensing and sub-metering turn the plant room into real-time data the AI can act on — and measure.
Electricity-cost optimization
The platform continuously prices grid energy, tariffs and demand charges against on-site supply, so the site runs in the cheapest, cleanest hours.
Energy recovery
Usable heat already in the building — including process and rejected heat — is recovered and reused instead of wasted.
Renewable heat
Low-carbon heat sources displace fuel-based generation where the site and climate allow.
Carbon capture
Where boilers stay in service, point-source capture removes CO₂ from the flue gas before it reaches the stack.
Every element is optional and selected per site — then orchestrated as one system by the Dotz AI control centre.
How the platform works
Four layers, one operating system for energy.
Each layer does one job well — and they share the same live data, so the whole platform improves together.
01Intelligence
The AI layer that runs the plant room.
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 doesDemand pattern analysisTariff-aware operationEmissions-aware operationFault and drift detectionContinuous performance reportingPortfolio-wide learning
02Optimization
Lower-energy heat, hot water and cooling.
Thermal Optimization reduces the energy it takes to produce the heat and cooling a building or process needs. Dotz Energy finds where existing systems — including the chiller plant, through ChillerAI — 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 and cooling without interrupting production.
What it doesHot-water and process-heat optimizationChiller and cooling optimisation (ChillerAI)Heating and cooling load and demand analysisEnergy and heat-recovery assessmentRenewable-heat integrationPeak-load reductionOperational tuning and control
Industrial, process & district heat
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.
ChillerAI
Explore ChillerAIThe same intelligence layer runs cooling, too. Dotz ChillerAI adds sensors, metering and AI control to the chiller plant a site already runs — no mechanical replacement — targeting 17–35% lower cooling energy use.
03Evidence
Every saving, metered and proven.
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 doesEnergy baselineLive meteringSavings calculationCarbon reportingPerformance dashboardsInvestor and management reporting
04Carbon
Carbon you can cut, capture and report.
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 doesCarbon baselineCombustion CO₂ capture at the flueReduction roadmapVerified reduction trackingESG-reporting supportFunding and grant support
Carbon capture
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 from the flue gas before it reaches the stack (Boiler flue → capture → cleaned exhaust), metered and reported alongside the energy savings.
Deployment
Assess → Integrate → Optimize → Verify
A technology-enabled deployment that works with the plant room you already run — reducing energy and carbon while operations continue, with no major disruption.
01
Assess
Model the building's energy profile, plant-room configuration, tariffs and carbon baseline.
02
Integrate
Connect the Dotz Energy platform to the existing plant room, with minimal operational disruption.
03
Optimize
Use AI-assisted operating logic to reduce energy use, cost and emissions.
04
Verify
Measure energy reduction, emissions impact and savings through live reporting.
At the heart of the heat layer
Heat pumps: move heat, don't burn fuel.
A heat pump moves existing heat instead of burning fuel — using a little electricity to draw renewable heat from the air, water or ground, it typically delivers around four units of heat for every one it consumes.
~4×
more heat per unit of electricity than a gas boiler
Up to 75%
renewable heat drawn from air, water or ground
3-in-1
heating, cooling and hot water from one system
80%+
lower CO₂ versus fuel-based heat, with short payback
Performance varies by building, climate, tariffs, existing equipment, baseline energy use and operating profile. Dotz Energy confirms expected savings through site assessment, modelling and measurement.
The types we deploy
Specified per site, run by the Dotz AI layer.
Air-to-water
Heat from outdoor air, delivered through water.
Air-to-air
Direct heat exchange with the spaces that need it.
Water-to-water
Stable, high-efficiency heat between water loops.
High-temperature
Boiler-level temperatures without the fuel.
Why it matters
Technology that converts into business value.
Every layer ties back to the outcomes owners and operators actually care about.
Lower energy use
Reduced fuel exposure
Lower emissions
Measured savings
No major operational disruption
Suitable for shared-savings deployment
See what your building could save.
No major upfront capital. No unnecessary plant-room rebuild. Dotz funds the deployment and is paid from verified savings — request a free, no-obligation savings estimate.