Wind farm and maritime IT: digital operations from Northern Germany
Custom software for wind operators and maritime companies—monitoring, SCADA integration, predictive maintenance and fleet management. Built in Leer, East Frisia.
Wind & Maritime Software
IT for the energy transition and maritime economy
Lower Saxony hosts Germany's largest wind fleet; East Frisia combines offshore service ports, yards and turbine OEM ecosystems. From Leer we work with operators who know this region—not generic industrial templates from far away.
Wind operators struggle with fragmented data: SCADA in silos, maintenance in spreadsheets, performance in vendor portals. Maritime firms juggle crew, bunkers, class certificates and maintenance across disconnected tools. We build integrated platforms—from SCADA middleware and operations management systems to fleet management (FMS)—linked to ERP where needed. Related capability: industrial IoT solutions.
Wind farm software
Monitoring and SCADA integration
Turbines generate millions of data points daily—power, wind, temperatures, fault codes. We aggregate them into live dashboards, automated KPI reports (availability, capacity factor, AEP) and alerts via email, SMS or Teams. Data pipelines clean and structure raw SCADA streams for analytics and regulatory reporting.
Operations and maintenance platform
An operations system links monitoring, work orders and document archives. Intervals derive from runtime data; technicians receive checklist jobs on tablets. Integration with Odoo ERP or other ERP closes the loop to finance and spare parts.
Predictive maintenance and yield analysis
Machine learning on vibration and performance curves flags failures weeks ahead—critical offshore where mobilisation costs six figures. Yield modules compare actual output to wind resource studies to spot underperformers and support warranty claims. Our AI and ML services team delivers models you can operate—not black boxes locked to a vendor cloud.
Maritime fleet software
Custom fleet systems unify AIS feeds, engine telemetry, maintenance under ISM, crew compliance (STCW), bunker and EU-MRV emissions reporting and class documentation. Condition monitoring can tie into OEM telematics while keeping operational data under your control—especially relevant for offshore wind service vessels with high downtime cost.
Why custom software
- Processes mapped exactly—no compromise
- Full data control, no vendor lock-in
- SCADA and ERP integration without per-seat traps
- Lower TCO after year three to five vs rigid SaaS
- Hosting in Germany / EU for KRITIS contexts
When standard tools suffice
- – Small fleets under five turbines with OEM portal enough
- – Short-term need under twelve months
- – Budget below ~€25,000 for development
SCADA, fleet ops and ERP on one roadmap
Bring your asset list, SCADA vendors and compliance constraints—we outline integration architecture, pilot scope and realistic budget bands for monitoring, maintenance or fleet modules without forcing a proprietary suite.
Thorsten Frieling – Project management
Frequently Asked Questions
Wind energy and maritime software FAQ
Cost, integration and compliance
What does custom software for wind farm operators cost?
A focused monitoring dashboard for five to twenty turbines with automated reporting often falls in the €25,000–60,000 range. A full operations system with SCADA integration, maintenance planning, document management and ERP links can reach €60,000–200,000 depending on fleet size. Monthly hosting and support typically run €500–3,000. We provide a fixed quote after discovery and can advise on funding programmes where applicable.
Can you integrate existing SCADA systems?
Yes. We connect OPC-UA, Modbus TCP, IEC 61400-25 and manufacturer APIs (Vestas, Siemens Gamesa, Enercon, Nordex) through middleware that normalises live and historical data for dashboards, maintenance tools and ERP. Existing OT security zones and VPN architectures stay intact—you extend SCADA rather than replace it.
How does predictive maintenance for wind turbines work?
Models analyse vibration, temperatures, power curves and wind data to detect anomalies weeks before failure—reducing unplanned downtime and costly offshore crane mobilisations. We integrate alerts into your CMMS or ERP and start pilots on three to five critical assets before fleet-wide rollout.
How do you handle GDPR, NIS2 and KRITIS requirements?
We apply security-by-design: TLS 1.3, role-based access, audit logging, penetration testing and hosting in German or EU data centres. Operational technology networks remain separated from IT reporting layers. We support documentation for KRITIS and NIS2 readiness reviews.
What does a maritime fleet management system include?
Typical modules: vessel condition monitoring, ISM-aligned maintenance, crew certificates and schedules, bunker and EU-MRV CO2 reporting, document management for classification and MARPOL, plus AIS and port system integration. Custom FMS avoids rigid per-vessel licence fees of proprietary suites while matching your fleet processes.
Wind and maritime specialised software
„A windenergie maritime solution only pays off when processes, roles, and integrations are end-to-end—not another silo.“