Energy

One view across all your installations, instead of ten logins

Solar panels, batteries, charging points, heat pumps or wind turbines, whatever the brand or year of construction. We bring their data together with your planning, your maintenance and your contracts.

Book an exploratory call Read the customer case

Sound familiar?

Every new park brings yet another portal

Every acquired park or new contract brings yet another portal. One view takes a round of a dozen systems every morning.
Installations have been built step by step: different brands, technologies and years of construction, each with its own monitoring. That history does not make it easy to optimise the whole.
You only see a fault when someone opens the right portal.
The installation data is separate from your planning, your technicians and your contracts.

Technician with a helmet and high-visibility vest in a solar park

Customer case
Energy
Phase 1
Phase 2
Phase 3

Belgian energy supplier: reliable and optimal control of flexible assets

As a balance responsible party, every wrong control action costs money. Captains of Logic builds the architecture for secure, stable and fast integration of assets for flexible control.

Situation: The customer is an energy supplier and balance responsible party (BRP) on the Belgian energy grid. It is working on connecting flexible assets to its network.
What Captains of Logic does: The Captains of Logic team advises on and builds the architecture and the connectors for secure, stable and fast integration of assets for flexible control. The data hub is used for monitoring and controlling the energy assets.
Next: comparing assets Phase 1 Phase 2: For this customer, control came first. Once all assets are connected, you can ask which asset performs better (phase 1) and measure and visualise performance in a dashboard thanks to the unified namespace (phase 2).
Control, with you at the helm: Control belongs to phase 3. Automatic control only happens after a validation period and in consultation.

How phase 3 works

What you can do with it

Applications in energy

For those who maintain, manage or build energy installations. Every application starts from the portals and systems you already have.

Phase 1All your data in one place, queryable with AI
Phase 2Evaluate the past period with KPIs
Phase 3Adjust course while it still matters

Phase 1

One view across all portals

The data from every monitoring portal comes together in one hub, with one name and context per installation, regardless of brand or year of construction.

Works with

monitoring portals
inverters
energy meters
SCADA

Situation: You inherit installations from installers and project developers, and with them their portals. Every morning someone logs in to a dozen systems to get one view.
What the hub does: One connector per portal retrieves the data. In the hub, every item gets a fixed name and context, so installations from different brands become comparable. This way of working is called a unified namespace.
What you gain: One screen instead of ten logins. You also set up uniform notifications for all assets, including those added in the future.

Phase 1

Ask questions about your whole park

You ask in plain language which installations performed below expectations. Overall Equipment Effectiveness (OEE) becomes a conversation that directly yields the right conclusions.

Measurement with a multimeter in a switch cabinet

Works with

monitoring portals
maintenance management

Situation: Production, faults and interventions are in different portals and lists. Answering a question about the whole park takes a lot of searching.
What the hub does: The hub stores the current and historical data of all portals and of your maintenance data. You ask your question with the AI subscription you already have.
What you gain: A quick diagnosis across all your installations. Decisions based on all the facts.

Phase 1

Planning, technicians and invoicing in the same view

Not just your installations, but also your technicians, your planning and your invoicing come together in one hub.

Works with

monitoring portals
planning
HR
finance
contract management

Situation: A monitoring platform shows the installations. But who does which intervention, what the contract says and what has been invoiced is somewhere else.
What the hub does: The hub brings the installation data together with your planning, your staff data, your contracts and your invoicing. That is how a data hub differs from a monitoring platform that only shows installations.
What you gain: One overall picture of your operation, not just of your installations. For example, you see the operational improvement after a maintenance job or intervention.

Phase 2

One reporting layer across all technologies

The same KPIs for every installation and every park, across brands and technologies.

Works with

monitoring portals
energy meters
Power BI

Situation: Each portal reports in its own way. Comparing production, consumption and availability across parks is manual work.
What the hub does: On the combined data we build targeted KPI dashboards per period, for your own follow-up and for reporting to the owners of the installations. Your BI tool can use the data from the hub.
What you gain: You evaluate the past period on facts. You get one reliable overall picture across technologies. Uniform notifications make prioritising simple.

Phase 3

Faults reported without logging in first

If an installation fails or deviates, the right person gets a notification, without anyone first having to open the right portal.

Works with

monitoring portals
planning

Situation: A fault goes unnoticed until someone happens to open the right portal.
What the hub does: Algorithms follow the data of all installations live. In the event of a failure or deviation, a notification goes to whoever needs to know. Who gets which notification, we agree with you per project.
What you gain: You see a fault when it occurs, not afterwards. You adjust course while it still matters.

Phase 3

From fault to intervention proposal

A fault signal and the intervention planning together give your planner a proposal, which they approve themselves first.

Works with

monitoring portals
maintenance management
planning

Situation: After a fault, the planner has to work out themselves which technician is available, what is already scheduled and what the contract provides for.
What the hub does: An agent places the fault signal alongside the planning and the maintenance history and proposes an intervention. The planner approves every proposal themselves.
What you gain: Your planner can bundle and prioritise interventions based on live data. You stay at the helm yourself.

Works with what you already have