Systems Engineer Wind Electrical Design

Job Summary

The Systems Engineer – Wind Electrical Engineering will be
responsible for wind project electrical engineering activities including wind resource
assessment coordination, pre -assessment studies, site selection support, wind
farm electrical design, evacuation planning, and grid integration for
utility -scale wind and hybrid renewable projects.

The role requires strong understanding of wind project
development workflows, electrical balance of plant (EBoP), and wind energy
simulation tools. The candidate will work closely with project development,
engineering, and grid integration teams during project planning and execution
stages.

This role is primarily focused on wind electrical
engineering and wind farm design. As part of Enerparc’s long -term hybrid
renewable strategy, selected candidates will also have the opportunity to be
trained and upskilled in HV/EHV substation design and power evacuation systems.

1. Wind Project Engineering
& Site Assessment

• Support wind project pre -development activities
  including:
  
• Wind resource assessment coordination
  
• Site feasibility evaluation
  
• Site selection studies
  
• Micro -siting coordination
  
• Conduct wind farm electrical design and power
  evacuation planning.
  
• Perform technical assessments for:
  
• Wind Turbine Generators (WTGs)
  
• MV collector systems
  
• Pooling substations
  
• Grid evacuation systems
  
• Coordinate with project development teams for land,
  transmission, and grid connectivity requirements.
  

2. Wind Energy Simulation &
Design

• Perform wind energy analysis and pre -assessment
  studies using:
  
• WindPRO
  
• WAsP
  
• OpenWind or equivalent tools
  
• Review wind data, generation estimates, wake
  losses, and plant optimization studies.
  
• Support hybrid integration studies involving wind
  and solar assets.
  
• Evaluate electrical losses and optimization
  opportunities within wind farm layouts.
  

3. Electrical Integration &
Grid Coordination

• Support design and review of:
  
• MV collector systems
  
• Wind pooling stations
  
• Transmission evacuation concepts
  
• Hybrid interconnection schemes
  
• Coordinate with OEMs, consultants, utilities, and
  transmission agencies.
  
• Support grid compliance and electrical
  interconnection studies.
  

4. Vendor Evaluation &
Technical Support

• Review wind OEM technical proposals and electrical
  configurations.
  
• Support technical due diligence and vendor
  evaluations.
  
• Participate in technical discussions, FAT reviews,
  and project engineering coordination.
  

5. Future Growth Opportunity –
Substation Design

• Candidates will have the opportunity to gain
  exposure to:
  
• HV/EHV Substation Design
  
• AIS switchyards
  
• Protection & control systems
  
• Grid substations and evacuation infrastructure
  
• Enerparc will support internal training and
  upskilling in substation engineering and hybrid renewable systems.
  

Requirements

Skills and Qualifications

• Education: B.E./B.Tech or M.Tech in Electrical
  Engineering, Power Systems, or Renewable Energy.
  
• Experience: 5–8 years of experience in wind
  project engineering, wind farm electrical systems, or wind EPC/development
  Projects.
  
• Technical Competencies
  
• Experience with:
  
• WindPRO
  
• WAsP
  
• AutoCAD
  
• ETAP or equivalent software
  
• Understanding of:
  
• Wind farm electrical systems
  
• Grid evacuation
  
• MV collector systems
  
• Hybrid renewable integration
  
• Familiarity with IEC, IEEE, IS, and CEA standards.
  
• Exposure to substation design will be considered an
  added advantage, but not mandatory.
  
• Soft Skills: Strong analytical,
  problem -solving, and cross -functional collaboration skills.
  
• Adaptability: Able to manage multiple projects in a dynamic renewable energy
  environment.
  

Benefits

What to Expect

• Work at the forefront of emerging technologies —
  hybrid solar, energy storage, and hydrogen readiness.
  
• Opportunity to shape Enerparc’s design
  standardization and technical frameworks.
  
• Exposure to cross -country collaboration with global
  Enerparc teams.
  
• Occasional travel for vendor evaluations, factory
  inspections, and project reviews.
  
• Strong professional and technical growth
  opportunities within a global renewable energy leader.