Qualify the building
Assess whether the site has a credible energy-saving opportunity before recommending further work.
From building data to real energy savings. And that's just the start.
Dynamic HVAC optimisation through your existing Building Management System (BMS).
EcoAI doesn't just identify where energy is being wasted. It dynamically optimises HVAC in real time, turning data into measurable energy savings while reducing the need for routine manual engineering intervention.
Proven HVAC optimisation impact
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21.1% HVAC electricity reduction verified at the University of St Andrews.
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Every 15 minutes Continuous optimisation decisions based on live building conditions.
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Existing BMS No BMS replacement required. Your existing system remains in control.
For building owners, estate directors, ESG leaders and FM teams, the benefits go beyond lower energy bills. Measured energy savings help demonstrate progress against carbon-reduction objectives, while dynamic HVAC optimisation reduces routine engineering intervention. Whether applied to a single building or across an entire estate, EcoAI helps improve operational efficiency without engineering workloads increasing proportionally.
Better energy performance. Less manual intervention. More efficient estates.
Business case first
A defined energy-saving proposition for every building
Every building is different, which is why EcoAI assesses the technical suitability and energy-saving potential of each installation before recommending implementation.
We establish a minimum expected annual energy saving as part of our commercial proposition, giving customers a clear understanding of the energy reductions we expect to deliver before they commit. We only recommend proceeding where we believe those savings are achievable.
Once operational, performance is continuously monitored and measured against the original proposition, providing transparent evidence of the results delivered.
Build the commercial case
Define the minimum annual energy reduction we expect to achieve for a suitable building.
Measure delivered performance
Monitor operational results against the original proposition once optimisation is live.
Continuous optimisation
From insight to action
Energy data can show where waste exists. The harder challenge is turning that insight into continuous action as weather, occupancy and building behaviour change.
Your building knows it’s going to be 30°C tomorrow. Does your HVAC system?
EcoAI uses the myCoreAI optimisation layer to combine live building data with current weather and forecast conditions. The existing BMS remains the control system; EcoAI works through it to anticipate changing HVAC demand and optimise operation every 15 minutes within agreed comfort and operational limits.
That means performance improvements are not dependent on repeated manual tuning, extra site visits or a permanent increase in engineering workload.
Insight shows the opportunity. EcoAI keeps acting on it — delivering value every 15 minutes, 24/7.
Proof preview
Energy savings without sacrificing comfort
The St Andrews case study demonstrates measurable energy savings through dynamic HVAC optimisation in a live, occupied building. The same approach can be applied to suitable commercial buildings, universities and entire property estates.
Evidence now spans universities, commercial offices, local government, retail and mixed-use buildings.
The Proof page distinguishes verified 12-month results from later annualised operational reporting.
- 21.1% HVAC electricity reduction
- 9.2% heat reduction
- £10.4k net benefit after subscription
Always-on optimisation
Dynamic optimisation. Less routine engineering intervention.
Skilled engineers are essential to building performance, system oversight and maintenance.
But continually reviewing data, changing HVAC settings and monitoring outcomes across multiple buildings can consume valuable engineering time.
EcoAI supports engineering teams by dynamically optimising HVAC in real time through the existing BMS.
Optimisation decisions are made every 15 minutes within agreed comfort and operational limits, reducing the need for repetitive manual intervention.
Engineers retain responsibility for building systems and can devote more attention to maintenance, specialist issues and higher-value improvements.
Continuous optimisation + existing BMS
What does continuous optimisation add beyond the BMS?
A conventional BMS operates through schedules, sensor readings and predetermined control logic. myCoreAI adds a predictive optimisation layer. It learns how the building responds to weather, occupancy and control changes, then adjusts selected HVAC setpoints every 15 minutes within agreed comfort and operational limits.
The BMS controls
The existing BMS continues to operate the building’s HVAC systems, safety functions, schedules and local control loops. EcoAI does not replace or bypass it.
myCoreAI predicts and optimises
myCoreAI learns how the building responds to weather, occupancy and control changes, then adjusts selected HVAC setpoints every 15 minutes within agreed comfort and operational limits. This can help exploit thermal inertia, pre-heat or pre-cool ahead of demand where appropriate, and smooth unnecessary demand peaks.
EcoAI delivers and verifies
EcoAI configures the optimisation, supports the client journey and provides clear reporting so estates, sustainability, finance and leadership teams can see the impact.
The BMS runs the building. myCoreAI continuously optimises how the building is asked to run. EcoAI delivers the UK implementation and verified savings journey.
Read how it works →How delivery works
Autonomous optimisation through existing BMS infrastructure
EcoAI provides a practical implementation model designed for existing buildings, using live BMS data, predictive modelling and selected setpoint optimisation to deliver savings while keeping the existing control system in place.
myCoreAI does not replace the BMS, FM team or controls contractor. It works as a continuous optimisation layer above the existing control system.
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Works with existing systems
myCoreAI connects to existing BMS infrastructure and optimises selected HVAC setpoints. The building’s own controllers, safety functions and local control logic remain in place.
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Predicts and optimises continuously
A building-specific model combines live building behaviour with current and forecast weather to predict changing HVAC demand and optimise operation every 15 minutes.
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Reports measurable outcomes
Structured reporting shows energy, cost, carbon and comfort outcomes clearly for estates, finance, sustainability and leadership teams.
THE WIDER COMMERCIAL CASE
More than energy savings. A stronger business case.
Explore how EcoAI helps building owners and operators reduce HVAC energy costs, improve operational efficiency and reduce routine engineering intervention — all through their existing BMS.
With subscription and capital purchase options, EcoAI offers a practical approach to improving building performance, from individual properties to entire estates.
Where EcoAI works
Commercial buildings, universities and complex estates
EcoAI is designed for existing buildings with meaningful HVAC loads, suitable BMS infrastructure and a clear need to reduce energy while maintaining comfort.
Commercial buildings and offices
For offices, multi-let buildings, landlords, managing agents, asset managers and property portfolios where HVAC energy, comfort and reporting all matter.
Universities and campus estates
For complex campus buildings and estate teams looking to reduce HVAC energy while protecting comfort and operational control.
Complex BMS-controlled buildings
For buildings where live data, controllable setpoints and changing operating conditions create an opportunity for continuous optimisation.
Next step
Start with a commercially credible building review
Receive a data-led assessment of likely HVAC savings opportunities for your building or portfolio, with a clear route to implementation.
EcoAI Technologies Ltd is the UK delivery partner for myCoreAI HVAC optimisation, helping building owners, universities and operators reduce HVAC energy through existing BMS infrastructure.