Job Description
Senior HVDC Cable Engineer required for a major Distribution Network Operator based in the UK.
Responsibilities
- Lead Design Assurance Engineer (LDAE) for EGL2 cable works as defined in
National Grid BP/SR188. - Fulfil the role of LDAE role including design review, hazard review, attending
design, hazard review meetings and assurance of design deliverable. - Agree Design & Hazard review meeting strategy with Lead Contractor Design
Approval Engineer (LCDAE) for design deliverables. - Proactively coordinate with the LCDAE to provide an approved design.
- The role also requires supporting other work/design packages for EGL2 as
required for cable interfaces. - Provide ad-hoc and independent assistance/assessment for escalated/complex
technical items. - Participate in cable discipline team discussions.
- Provide guidance/mentoring to junior engineers.
- Lead as required and participate in regular meetings, both internally with EGL2
and other consultants and stakeholders who may be involved. - Coordinate and ensure design interfaces with 400kV AC substation & 525kV
HVDC converter station for end-to-end connection. - Provide weekly and monthly progress update to EGL2 engineering manager.
- Review and accept ITP/Pre-qualification test/Type Test/QA documents.
- Coordinate with cable contractor’s (HVDC (Prysmian) & HVAC (HEBAM (NKT to get documentation and achieve NG Type Registration & Client Transmission equipment approval.
- Attend monthly progress meeting in Europe (Milan, Italy).
- Use EGL2 document management system for project documentation.
- PS- Meeting attendance by MS teams and in person as required
Requirements
- National Grid Design Assurance Engineer (preferably Lead Design Assurance
Engineer) authorisation (TP141). - 525kV HVDC and 400kV AC cable system design experience.
- NG and Client projects design delivery experience.
- Experience of pre-qualification testing, type testing and factory acceptance
- Knowledge and understanding of National Grid standards, design handbook, and processes:
– BP188/SR188 Design Management
– SR106, SR183 Type Registration Equipment procedural requirements
– TS 2.01 Substations
– TS 3.05.16 Extruded cables for HVDC voltages up to 800kV
– TS 3.05.07 Installation requirements for HV power cable systems
– SCT36 Cable systems
– NGET DH30 Capital design handbook – Overhead line, Cables and
Substation – Design, Supply and Installation interfacing generic division of
responsibilities - Knowledge and understanding of Client Transmission standards, technical approval, and processes:
– SP-NET-CAB-500 Underground cable specification for transmission rated
AC voltage
– PR-NET-ENG-509 Technical approval process within Client Transmission
– CDM 2015
– ESQCR
– CIGRE TB 852 Recommendations for testing DC extruded cable systems
for power transmission at a rated voltage up to and including 800kV
– Electra 189 Recommendations for tests of power transmission DC cables
for a rated voltage up to 800kV
– IEC 62067 Power cables with extruded insulation and their accessories
for rated voltages above 150kV (Um=170kV) upto 500kV (Um=550kV) test
methods and requirements
– IEC 61914 Cable cleats for electrical installations
– ENA TS 09-02 Specification for the supply, delivery and installation of
power cables with operating voltages in the range 33kV to 400kV and associated auxiliary cables
– ENA TS 12-24- Technical specification for plastic ducts for buried electric cables
– ENA TS C 55 – Insulated sheath power cable systems