Our references

For the UW Triebwerk, UW Merianstraße and UW Zellhausen projects, I was responsible for the overall planning of medium-voltage systems. The focus was on safe and economical implementation in 20 kV, seamless coordination with all parties involved, and a reliable tender and schedule basis. From the early concept phase to the design of gas-insulated stations and EU-wide tendering, I drove the projects forward in a structured manner – with clear processes, clean documentation and practical solutions for operation.

Key areas of expertise

• Specifying requirements: Analysing technical specifications – always aligned with the project goal.
• Designing medium-voltage stations: Designing gas-insulated network and substations in 20 kV and planning them in AutoCAD.
• Planning replacement buildings: Planning replacement construction measures in terms of technology and scheduling.
• Preparing tenders: Preparing complete tender documents, including detailed service descriptions for EU-wide tenders.
• Plan areas & rooms: Determine space requirements, create layouts and coordinate across trades.
• Coordinate suppliers: Coordinate with 20 kV system suppliers (e.g. Siemens, Betonbau) regarding interfaces, execution and deadlines.
• Secure costs: Provide reliable cost estimates as a basis for budget planning.
• Consider operational safety: Plan for pressure relief and safe routing in the event of a short circuit.
• Cover HOAI phases: Services in accordance with HOAI LP 2–6.
• Manage time and progress: Create and update project plans; systematically maintain LOP lists and meeting reports.

At MVV Netze, we are responsible for planning 110/20 kV substations – from basic engineering to lighting. Projects: UW Nord, KÄ100, UW Dietzenbach, UW Heusenstamm, UW-1, UW-3, Berlin power grid.

• Identifying technical requirements and translating them into a viable concept.
• Planning gas-insulated 110/20 kV network and substations (AutoCAD).
• Planning replacement construction projects, preparing tender documents.
• Carrying out space requirements and lighting planning.
• Coordinating suppliers (e.g. Siemens, Betonbau).
• Providing cost frameworks and budget estimates
• Integrating short-circuit/pressure relief aspects
• Detailed service descriptions for EU tenders
• HOAI LP 2–6, ongoing project/schedule, LOP & protocols

For teaching and practical application: Development of an innovative switch cabinet prototype for controlling an absorption refrigeration system that converts process waste heat into cooling – including control, visualisation and commissioning. Partners include: E.ON Fernwärme.

• Planning, production and commissioning in accordance with the Low Voltage Directive.
• S7 PLC programming (MHJ software, S7 basis).
• Visualisation/operation via VIPA OP3 (identical to Siemens).
• Integration of Profibus communication to the master.
• Complete handling: control cabinet planning → on-site installation → PLC software.

For the UW Triebwerk, UW Merianstraße and UW Zellhausen projects, I was responsible for the overall planning of medium-voltage systems. The focus was on safe and economical implementation in 20 kV, seamless coordination with all parties involved, and a reliable tender and schedule basis. From the early concept phase to the design of gas-insulated stations and EU-wide tendering, I drove the projects forward in a structured manner – with clear processes, clean documentation and practical solutions for operation.

Key areas of expertise

• Specifying requirements: Analysing technical specifications – always aligned with the project goal.
• Designing medium-voltage stations: Designing gas-insulated network and substations in 20 kV and planning them in AutoCAD.
• Planning replacement buildings: Planning replacement construction measures in terms of technology and scheduling.
• Preparing tenders: Preparing complete tender documents, including detailed service descriptions for EU-wide tenders.
• Plan areas & rooms: Determine space requirements, create layouts and coordinate across trades.
• Coordinate suppliers: Coordinate with 20 kV system suppliers (e.g. Siemens, Betonbau) regarding interfaces, execution and deadlines.
• Secure costs: Provide reliable cost estimates as a basis for budget planning.
• Consider operational safety: Plan for pressure relief and safe routing in the event of a short circuit.
• Cover HOAI phases: Services in accordance with HOAI LP 2–6.
• Manage time and progress: Create and update project plans; systematically maintain LOP lists and meeting reports.

As programme managers for extra-high voltage interconnection points, we ensure smooth processes at the interface between the transmission and distribution grids – from budget control to schedule tracking. Grid expansion on point, so that projects such as the Mühlenbeck substation, Herzberg substation, Bruno substation, Gallin substation, Simitz substation and Ludwigslust substation run in a predictable, transparent and timely manner.

• Client: 50Hertz Transmission GmbH
• Organising and leading regular programme and project meetings with the TSO
• Preparing and reporting on budget status and initiating project management measures
• Create and update construction schedules and monitor compliance with them
• Define a schedule/implementation plan – with clear work packages for each construction phase
• Track ordered services/deliveries in terms of deadlines, document deviations
• Create technical progress reports and submit them to project management
• Quality assurance of planning and construction documents from external companies

As specialist project managers in electrical engineering, we develop resilient energy concepts – from comparing variants to taking responsibility for budgets and deadlines.

• Leading planning teams, ensuring processes in the specialist area
• Designing networks, distribution systems, motors, control systems, short-circuit calculations
• Developing automation concepts (variants), evaluating them from a technical/commercial perspective
• Cost calculations for equipment and installation
• Planning smoke extraction systems in accordance with BauO/MLAR
• Electrical engineering design of pilot plant for hydrogen production
• Project controlling including change management (costs/deadlines)
• Creating medium-voltage specifications

For the new laminated safety glass line, we coordinate supplies, enclosures and contractors – always with an eye on operational safety and deadlines.

• Planning and coordinating a temporary 10 kV power supply
• Designing and tendering the power supply for the energy centre's technical building services
• Specifying and tendering instrumentation with process engineering
• Planning cable design/calculation, route allocation and cable routing
• Lighting planning, construction coordination and construction supervision

We plan safety-oriented automation for customers such as Deutsche Infineum, Worlee, Quarzwerke Frechen, VINOVA and LyondellBasell – from basic to detailed engineering, including medium voltage.

• Scheduling/tracking (MS Project), plant inspections & inventories
• Tendering/planning MS transformers (6 kV), energy demand planning (single-line)
• Enquiry/technical specifications (HIMA, instrumentation, transformers, installation capacity)
• Cable design, cable route/switch room layout
• Review of automation concepts (PCS 7, Foxboro)
• HAZOP participation, interface coordination of several contractors
• SIS specification and verification in accordance with IEC 61511/61508

Basic and detailed planning

Customers: Deutsche Infinieum; Worlee; Quartswerke Frechen; VINOVA;

Lyondell Basell

Basic and detailed planning

• Scheduling and tracking (MS Project)
• Tendering and planning medium-voltage transformers (6kV)
• Preparation of request specifications
• Preparation of cost estimates
• Cable design
• Review of PCS7 and Foxboro automation concepts
• Energy demand planning for single lines
• Technical enquiries for budget prices / HIMA / instrumentation / transformers
• Measuring device design and specification
• Technical specification and enquiries regarding installation performance
• Factory inspections and inventories
• Switch room layout planning
• Planning cable route plans
• Interface organisation of multiple contractors
• Participation and co-design of Hazops
• Specification of safety-oriented control SIS
• Functional safety 61511/ 61508 ; Provision of evidence-WSCAD