Capital Projects Associate Manager

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects


Designation: Capital Projects Associate Manager


Qualifications:BE


Years of Experience:10 to 14 years


What would you do?
"Industry X operations enables end-to-end operations integration through data & digital twin to operate client core processes and client product centric operations. Moving to an intelligent operating model powered by data, digital technologies and talent unlocked value at the seams Investment project management and control capabilities related to grid assets to enable the energy transition (e.g. transmission interconnections)."


What are we looking for?
"

Problem-solving skills As a Power System Engineer in Accenture.

Support our clients in delivering the energy transition working with leading energy system operators, utilities, and energy companies across the public and private sectors.

Bring extensive knowledge and experience in electricity transmission and/or distribution to support the implementation of energy technology (including renewables) and the delivery of transformation projects!

Shape the offshore transmission network in the UK (United Kingdom), ensuring the development of a secure, reliable, and economic power system.

Project handle and reporting of technical studies to be delivered to quality requirements, timely and within budget, respecting established governance and controls.

Advise leaders in every project phase and shape the change towards tomorrow s technology leadership with them.

Collaborate within a team responsible for integrating modern technologies. We are looking for experience in the following skills:

An engineering degree or equivalent.

At least 3-15 years of professional experience in the energy industry, in the UK or Europe.

Technical knowledge of power systems, renewable grid technology and transmission and distribution network infrastructure."

Roles and Responsibilities: "Electricity Transmission-Power System Engineer- Electrical Generation, Transmission and Distribution Technology. Energy Business:Work on Dig silent Power Factory/ETAP/MATLAB or Similar Power System Modelling Software:Work on Circuit Design, Modelling of Generation, Transmission, Distribution network from Electrical drawings / Data sheets:Familiar with standards like ANSI (American National Standards Institute), IEEE, NEC, ISA, NEMA:Review of electrical drawings SLD (Single Line Diagram) and Datasheets:Electrical network power flow analysis, complex circuits, Network development and Network optimization. Preparation of Substation layouts and section data updating in Dig silent Power Factory projects based on customer specification. Preparation of Asset transmission and reinforcement design in grid network. Support the senior engineer with the inputs for all design calculations related to Primary & Power factory simulation software. Understanding of Technical data sheets of primary equipment. Basic Knowledge of primary equipment, such as circuit breakers, disconnectors, earthing switches, instrument transformers, power transformers, etc. Power System Engineer should have the following basic understanding. Fundamentals of power System. Understanding AC and DC Load Power Flow analysis. Understanding of Short circuit faults. Knowledge of Power Factory Tool, PSSE, PSCAD, ETAP, SKM NG Deliverables Point of View 1)Customer Connectivity (Offer studies) 2)Studies for transformer Project progression DNO (Distribution Network Operators) connection (132 KV and below) 3)Network option assessment studies- Planning Studies (NOA (Network Option Assessment)) - (April to September) 4)Demand Compliance Studies BO7 - (September to February) Power System study point of view for NG requirement -

Short circuit studies (3phase and single phase)

Boundary creation and assessment for wider network planning for HV (High Voltage) side 400/275kV

Voltage studies -400/275/132Kv (Voltage step change)

Thermal studies 400/275/132kV (Contingency analysis), Transformer contingency (N-1, N-2 fault Condition) 1)Substation design modelling 2)Feasibility studies- customer connections offer to utility network 3)Network option assessment 4)Reinforcement work 5)Demand compliance studies on LV side 6)Short circuit studies 7)Contingency analysis N-1 N-2 N-1-D 8)Load flow analysis 9)Voltage studies 10)Per unit analysis 11)How facts device works with detailed engineering "


Qualifications
BE