
Solar module intelligence
Track performance, degradation and faults from the module upward.

Intelligence infrastructure for industrial solar energy
Monitor, protect, predict, optimize and orchestrate solar, storage, factory load and grid constraints with sovereign control.
The operational challenge
Assets and data remain trapped in separate systems.
Missing or implausible signals undermine decisions.
Energy assets are managed independently, not as one system.
Problems surface after yield, time or reliability is lost.
Connected operations expand the attack surface.
Operators reconcile data and actions by hand.

Platform vision · from data to action
Create one trusted operational picture across every asset.
Anticipate production, demand, risk and asset behaviour.
Evaluate decisions against your objectives and constraints.
Execute approved actions with traceable guardrails.

Track performance, degradation and faults from the module upward.

Validate signals, detect anomalies and restore confidence in site data.

Understand state, health, balancing and lifetime effects in context.

Model assets, test scenarios and compare strategies before acting.

Surface emerging failures early through condition-aware monitoring.

Coordinate solar, storage, factory load and grid constraints as one system.
Operational impact

Measurable savings
Model site economics before deployment
Compare strategies against the site's real tariffs, constraints and operating conditions.
At a large manufacturing facility in Latvia, solar generation, battery storage, factory demand and site constraints had to be understood as one connected energy system. ADRANTOR brought these signals into a trusted operating picture without replacing the infrastructure already in place.
Site teams can now identify anomalies earlier, evaluate decisions through simulation and coordinate energy assets within defined operational guardrails. The result is a more informed, resilient and controllable energy operation—and a strong foundation for continued optimization.
What changed on site
Unified visibility across generation, storage and factory demand
Earlier detection of data and equipment anomalies
Better-informed decisions through forecasting and simulation
Coordinated operation within site-defined limits and approvals
A significant step forward for intelligent industrial energy—and one worth celebrating.
Fits your operating environment
Connect solar, storage, meters, SCADA, EMS and enterprise data without a rip-and-replace project.
Add a unified layer for data integrity, simulation, optimization, orchestration and security.
Start with one operational problem, then expand across assets, sites and the portfolio.
Security is part of the control loop
Segmented connectivity and controlled interfaces reduce operational exposure.
Roles, approvals and authenticated actions keep authority explicit.
Continuous monitoring surfaces unusual behaviour before it spreads.
Validation and traceability protect the inputs behind every decision.
Defined fallback behaviour keeps operations predictable under disruption.

Platform vision · module to portfolio
Modules, inverters, batteries, meters and sensors.
Production, storage, factory load and grid connection.
Compare performance and coordinate multiple locations.
One operational view across the complete portfolio.


Autonomy on your terms
Define rules and constraints, approve actions, monitor decisions in real time, and keep data and deployment sovereign.
Monitor and establish full visibility.
Evaluate options and surface the best action.
Keep operators in the decision loop.
Act within defined rules and constraints.
Continuously improve against the objective.
Operate end to end within approved guardrails.
The company behind ADRANTOR
The originating engineering company brings more than 15 years of experience across safety- and security-critical systems. That heritage shapes how the team approaches cybersecurity, traceability, functional safety and deterministic operation; ADRANTOR applies it to energy.
15+
years of mission-critical engineering experience in the organization from which 1A CUE Labs GmbH was carved out.
Engineering domains and reference standards
Functional safetyISO 26262 · IEC 61508
CybersecurityISO/SAE 21434 · IEC 62443 · ISO 27001
Medical and regulatoryIEC 81001-5-1 · MDR · IVDR
Rail, avionics and defenceEN 50126/28/29 · DO-178C

The next step
Begin with one clear operational challenge and build from measurable results—without replacing the infrastructure that already works. The destination is intelligent, autonomous and sovereign energy operation.
Peter Müller
CEO · 1A CUE Labs GmbH
+49 89 37156449-12info@adrantor.energyDiscuss your site