The opportunity

Single Point of Contact within HV Products for manufacturing philosophy and execution pertaining to Control and Protection Electrical Cabinets for Power System Substations. Responsible to provide manufacturing methods to optimise resource use, minimise waste and maintain Quality standards.

Scope of products include but are not limited to: GIS, PASS, DTB, LTB, GCB, MECB, BESS.

How You’ll Make an Impact
- Strong collaboration with the HV Control & Protection System Expert, ECAD Solution Owner, local Industrial Engineering Teams, Internal and External Local Control Cubicles (LCC) Vendors.
- Sharing manufacturing knowledge with Secondary Design Engineers so that they are more effective in defining the LCCs to be manufactured/assembled.
- Analyse International Specification/User requirements for Manufacturing requirements for Local Control Cubicles (LCCS).
- Product-wise (GIS, PASS, DTB, LTB, GCB, MECB, BESS etc)
- National standard-wise à UL (ANSI), CSA and IEC. Potential use of IEC components for American‑UL market
- Identify gaps,



propose methods to close these gaps.
- Ensure conformity with full documentation (type tests if needed).
- Review customer specifications across HV for preparing a standardised Secondary LCC Manufacturing Solution.
- Propose harmonisation steps for different standards between different units.
- Support proposal of new component suppliers to existing Clients’ approved material lists.
- Apply Lean Methods and review/implement best practices with LCC vendors.
- Thorough knowledge in interpreting electrical engineering schematics and how to relate them to the manufacture of LCCs.
- Mechanical knowledge with regards LCC Enclosure design and fabrication including but not limited to: ingress protection (IP and NEMA ratings), mechanical impact protection (IK code), corrosion protection classes, for enclosures.
- Provide guidelines to ensure the effective use of tools, plant and equipment in the manufacture/assembly of LCCs.
- Liai

📌 HV Control (Madrid)
🏢 Hitachi Energy
📍 Madrid