HV engineering, SCADA integration and commissioning of offshore electrical substations and wind farms. Proven delivery on Vineyard Wind, Dogger Bank and Ocean Wind.
From offshore substation platform design through HVAC/HVDC export engineering and wind farm SCADA — complete technical ownership across every project phase, at every voltage level.
Turbine transformers, inter-array MV collection, offshore substation and HV export to the onshore grid.
Full lifecycle coverage for offshore substations and wind farms — from conceptual engineering through commissioning, energisation and long-term O&M.
Conceptual, basic and detail engineering for offshore substation platforms (OSS) and onshore grid connection substations. GIS design, power transformers, switchgear, protection systems, AC/DC auxiliaries and SCADA integration. AIS, GIS and hybrid topologies at all voltage levels.
Balance of Plant for offshore wind farms: inter-array MV collection, turbine transformers, submarine cable routing and HVAC/HVDC export engineering.
Integration of Wind Farm Controllers (PPC) and turbine controllers (TCS) using WindSCADA NXT and Mark VIe. IEC 61850, IEC 60870-5-104, OPC-UA/DA and ODBC protocols.
Design, parameterisation and validation of protection schemes for OSS and OWF. Primary and secondary testing with OMICRON CMC. FAT/HAT/SAT execution, SOE and COMTRADE fault analysis.
Full commissioning management for OSS and OWF: system integration testing, energisation sequencing, grid synchronisation, punch list management and as-built handover to O&M.
Subsea fibre optic networks, industrial LAN, IEC 61850 GOOSE/MMS/SV, DNP3 and OPC-UA. ICS/OT cybersecurity architecture for offshore critical infrastructure.
Battery storage integration in offshore wind projects: electrical design, BMS/EMS and grid services control (FFR, synthetic inertia, reactive power).
Offshore project leadership: scope, cost, schedule, risk and interface management. Full QA/QC documentation control — ITPs, NCRs, datasheets, signal lists and technical specifications.
Long-term operations support for OSS and OWF. Fault analysis with SOE and COMTRADE data, predictive diagnostics and continuous improvement of HV procedures.
Electrical and automation engineering for water treatment plants (DWTP/WWTP), pumping stations and hydraulic networks.
Supervision and coordination of civil works: foundations, cable ducts and technical buildings for electrical infrastructure.
Training in HV substations, protection relay testing, IEC 61850 and safe offshore operations (GWO, HSE).
Large-scale offshore array layout, North Sea
400kV · 220kV · 132kV
Array · Export · Collection
Protection · Switching
Mark VIe · WindSCADA NXT
GOOSE · MMS · SV
Storage · Export
FAT · HAT · SAT · COMTRADE
SOE · Oscillography
SIT · Energisation
ICS/SCADA · Maritime
IEC · IEEE standards
NCR · As-built · ITPs
11 years of direct hands-on experience across the world's most demanding offshore wind projects — from engineering design through construction, commissioning and energisation.
Engineering, integration and commissioning of SCADA and park control systems (PPC), Wind Farm Controller integration with Haliade-X turbines, IEC 61850 and OPC-UA protocol configuration, and technical coordination from engineering through commercial operation.
Design and deployment of SCADA systems (WindSCADA NXT), IEC 60870-5-104, IEC 61850 and OPC-DA/UA interface integration, interoperability testing FAT/HAT/SAT and Wind Farm — Wind Turbine Control integration.
Offshore SCADA and control system design and deployment, network interface and communications configuration, WindSCADA NXT customisation and full client technical support across all project phases.
HV inspection and supervision on the OSS platform: transformers, GIS, switchgear, export and inter-array cables. As-built documentation, FAT/SAT testing, NCR tracking, PTW/LOTO and O&M handover.
Development and implementation of SCADA systems for the Haliade-X platform. Control integration design, cybersecurity compliance and validation of monitoring and control systems.
Pre-sale engineering for three offshore projects in Japan: conceptual design of control and SCADA systems, communications architecture and technical estimations. Projects did not proceed to execution.
5 years at ABB Argentina as protection and control substation engineer: IEC 61850 system design and deployment, Power Management Systems (PMS) with GOOSE messaging, commissioning of differential protection for YPF's 100 MW thermal power plant, and projects for Shell, Axion and Edenor with Modbus, DNP3 and IEC 61850.
A rigorous, traceable process at every stage — aligned with IEC standards, international offshore wind industry practice and the requirements of European TSOs and DSOs.
Connectivity study, scope definition and TSO/DSO grid access negotiation.
Conceptual design, SLD, short-circuit studies, load flow and main equipment selection.
Construction drawings, signal lists, specifications, datasheets and document control.
Factory, harbour and site acceptance tests. OMICRON relay testing, SOE/COMTRADE analysis.
Energisation, grid synchronisation, as-built handover and long-term O&M support.
Vineyard Wind, Dogger Bank, Ocean Wind, Dieppe — real delivery experience on the world's largest offshore wind projects. Ready for yours.