We monitor key data from your network, from production to your customers. We monitor these metrics, continuously diagnose each technical component, and manage your facilities according to your specifications. Our goal: to support and ensure the energy and financial performance of your infrastructure.
250 GWh+
Supported by our infrastructure
20 %
Reduction in losses
50 k+
Connected consumers
In many systems, a malfunction is still only discovered on the day a customer runs out of heat or hot water. More gradual problems go unnoticed for even longer: a return line that’s rising, a valve left in manual mode, a pump operating far from its optimal efficiency point. No alarm goes off, and yet each of these issues results in losses—whether in the form of electricity used for pumping or the need to supplement with fossil fuels.
Your grid must simultaneously increase its share of renewable and recovered energy while remaining competitive enough to encourage homeowners to connect to it. Making better use of existing infrastructure serves both of these goals. Less energy produced for the same service means fewer emissions.
"A dashboard isn't enough. What matters is that the data leads to action."
Dyneo isn't just another monitoring system. It's the layer of intelligence above your control systems. Each step builds on the previous one, and you decide how far we go.
A physical or software interface that reads your PLCs and meters.
Each batch is cleaned and inspected before being used for any purpose.
Continuous diagnostics identify failures, deviations, and factors affecting performance.
The guidelines are adjusted based on actual demand and weather conditions.
01 · Dive · Easy Integration
We install a power supply and a gateway in the control panel of each boiler room, then set up data exchange with the existing PLC. Data from production and the substations is transmitted without affecting your control system.
We add one weather data point per network. Without it, an increase in consumption due to cold weather cannot be distinguished from a measurement error. The portal then goes live with enriched data starting on the first day of operation.
What We Expect From You
Access to the control panel, the brand of your PLCs, and assistance from your automation engineer to enable data exchange. A boiler room without automated controls or metering has no data to send us: we’ll let you know this before the demonstration.
The Gateway, in Practice
02 · Data Quality
Raw data comes with its flaws: a transmission gap suddenly resolved, a frozen counter, an outlier, or sensors installed in reverse. We collect, clean, and validate it before using it, and we indicate for each value whether it is measured or estimated.
This is what makes the diagnosis reliable, since a deviation does not indicate anything about incorrect data. For a utility that bills customers directly, this is also a revenue issue: the consumption portion of a bill is based entirely on the energy measured at the substation.
Energy delivered per day; a substation over the course of a month
03 · Drive · Ensuring Performance
Drive continuously monitors the status of each technical entity and automatically and centrally reports failures, deviations, and performance losses. Each alert identifies the problem, the substation, its criticality, and a probable cause, and then keeps a log of the actions taken until the issue is resolved.
A map of geolocated substations, color-coded by status. Six metrics for the time period of your choice, and distribution losses converted into a monetary amount based on your energy price.
The substations are classified according to their contribution to the system's return temperature. For each one, the heat exchanger readings are recorded every ten minutes on both the primary and secondary sides, the heating profile is verified, and each domestic hot water cycle is visible.
The actual heating curve compared to the setpoint, the hourly load of each generator, the fossil fuel top-up, and the status of the storage. For biomass, predictive models help plan wood deliveries and anticipate silo levels.
04 · Delta · Enhanced Performance
Dyneo's performance engine constantly recalculates what an operations team doesn't have time to calculate every hour of the season. The controls are activated lever by lever, and only on the ones you choose.
What the engine takes into account
What it offers your PLCs
Spike Clipping at Substations
Preheat before peak demand and temporarily lower the setpoints of the substations with the highest demand, taking advantage of the inertia of the buildings and the grid.
A Strong Start in Production
The flow temperature follows the projected demand over the course of the day to minimize heat loss.
Power Demand at the Power Plant Over the Course of a Day
Dyneo integrates with your system.
Even when you stop using it, everything continues to work as before.
They stick to their schedule and instructions. We read, and we suggest a controlled deviation.
No replacement is needed if LoRa or M-Bus communication is available.
It continues to monitor your facilities, while Dyneo is working behind the scenes to take action.
We provide cost estimates and recommendations.
Your team makes the final decision and stays in control.
You need to make the most of your budget and your technical teams, often across multiple networks at the same time. Dyneo provides you with a centralized view of all your networks—from production to the customer—and reliable data for billing.
The community expects high-performance infrastructure, accurate monitoring, and greater transparency for customers. Dyneo implements continuous monitoring and diagnostics that demonstrate this throughout the duration of the contract.
Reveal · Secure Access
Effective January 1, 2027, customers and end users must be able to access consumption data related to their contracts free of charge. The Directive (EU) 2023/1791 on energy efficiency (EED / DEE) strengthens the requirements for heating and cooling networks (notably through Article 26 and its annexes).
No. The gateway supports common PLC and meter protocols, and your monitoring system will continue to function. We'll work with you to verify the make and model of your PLCs before implementation.
The portal launches with enriched data from the very first day of operation. The time required for integration depends primarily on the number of boiler rooms and the availability of your teams for deployment.
In Europe. The platform is developed in Geneva, and data is encrypted end-to-end between the network and the platform.
We are presenting the platform using an anonymized grid, based on your actual operations: the number of grids, substations, and generation sources.
