Power Systems Lead -Design & Engineering

Location: Pune, India

Department: Technology

Experience: 10 Years

• Lead design & development of HV/MV/LV (220/66/33/11kV) Power Electrical systems from concept to production (In-house/outsourced).
• Formulate System requirements for Transformers, Switch yards, Converters/rectifiers, control systems
• Design & development of Power distribution network within boundaries of GF plant. 
• Application of relevant reference standards for all in-house & outsourced systems e.g., IEC/IEEE/UL/CE/Grid Codes 
• Create and review single Line Diagrams and or Orthographic Diagrams for systems & sub-systems
• Create & review requirements for Software, SCADA system
• Guide/mentor Simulation team to review the results obtained from various campaigns & design data
• Device operational safety & safety risk assessment of Power systems
• Create design requirement document Develop concept design and BOQ for techno-economic analysis
• Design and detailed Engineering of Electrical substation and transmission line, power distribution network including AC and DC.
• Electrical system study -Load flow study, power consumption, insulation coordination, protection & Automation system, communication system, power quality measurement, wind & solar park generator grid inter connection etc.
• Design calculations, Electrical component selection & sizing calculation for transmission line, substation and AC /DC distribution system
• Intime Technical support service to Project, OMS, SCM and marketing
• Understand & apply Statutory and regulatory requirements and design approval from utilities and customers. 
• Conduct & review Fatigue Analysis of Electrical Components.
• Explore power electronics hardware and software to enable efficient power conversion from renewable sources to electrolyzes.
• Optimizing power conversion in the distribution system between the renewable source and Electrolyser.
• Develop new electrical architectures to enable efficient and balanced coupling between renewable sources and electrolyzes.
• Developing cost reduction pathways for power conversion based on deep technical understanding and competitive intelligence from major Original Equipment Manufacturers.
• Application of National Grid Codes and compliance verification process with Transmission System Operator and Distribution System Operator.
• Technology development for powering GW scale electrolysis.
• Ability to perform front-end engineering studies covering the following aspects of electrical system design: HV Cable sizing calculations
• Reactive power simulation
• (Steady state) load flow simulations
• Short circuit current simulation
• Insulation coordination
• Control and protection study
• EM-field and Influence study