Automated Building Energy Optimisation
Automated energy savings, measured and proven. Value-added layer — transforms monitoring into active energy reduction with measurable ROI.
What this solves.
Data sits, waste recurs.
You measure consumption, but nothing acts on it, so the same waste keeps repeating.
Peak penalties slip by.
No one shifts loads in real time, so demand penalties and off-peak windows are missed.
Savings you can't prove.
Targets are set top-down, but without automated scenarios you can't prove the reduction.
A few illustrative scenarios.
Shift loads off-peak.
An industrial site shifts flexible loads to off-peak windows and avoids breaching demand.
Maximise self-consumption.
A site with PV and battery maximises self-consumption instead of exporting cheaply.
Weather-based pre-conditioning.
A campus pre-heats and pre-cools on forecast to cut consumption without hurting comfort.
Among others — Energy Optimisation fits any client with connected installations, from retail to hospitals to public buildings.
Scope, bricks, and timeline.
Hover a Brick for its name, click to open the service. Mint = optional, scoped per project.
- Existing Infrastructure Assessment (sensors, actuators, platform compatibility validation; if hardware is missing, scope is converted to Smart Metering + Energy Optimisation combo)
- Energy consumption analysis + waste identification
- Tariff-based load shifting (operate flexible loads during off-peak hours)
- Subscribed power management (avoid exceeding contracted demand limits and peak penalties)
- Smart load prioritization (cascade non-critical loads as peak approaches)
- External data integration for global optimization: solar PV production, heat pump operation, outdoor temperature, occupancy patterns
- Weather-based predictive control (pre-heat / pre-cool using weather forecasts)
- Self-consumption maximization for renewable sources (solar, battery storage)
- Heat pump COP optimization (operation tuned to outdoor temperature + internal demand)
- EV charging integration (smart charging windows aligned with tariff and PV production)
- Demand response readiness (participation in flexibility markets — Enedis/RTE in FR, equivalent in RO)
- Integration with actuators (HVAC, lighting, electrical distribution)
- Dedicated Energy Savings Dashboard: real-time and cumulative savings vs. baseline
- Monthly/quarterly savings reports with ROI tracking
- Scenario documentation + operator training
Frequently asked.
Do I need new hardware for this?
It starts with an Existing Infrastructure Assessment — sensors, actuators, and platform compatibility are validated first. If the hardware is already there, optimisation builds on it. If it's missing, the scope is combined with Smart Metering.
What actually drives the savings?
Tariff-based load shifting, subscribed-power management to avoid peak penalties, smart load prioritization, weather-based predictive control, self-consumption maximization for solar/battery, heat-pump COP optimization, and EV charging aligned to tariff and PV.
How do I know the savings are real?
A dedicated Energy Savings Dashboard tracks real-time and cumulative savings versus baseline, with monthly/quarterly ROI reports. You get alerts and proof, not guesses.
Are the scenarios off-the-shelf?
No pre-baked scenario library. Every automation is built around your operations, your tariffs, and your equipment — not a template.
Build on it.
Ready to scope your Energy Optimisation project?
Tell us your context — we'll come back with a tailored scope and quote in a few business days.