Hope you are doing well we have great prospect for you Experience
- 4 to 15 Years Location
- Gurugram

Job Type
- Permanent Qualification
- B. Tech (Electrical)

Job Description
- 1.
Lead detailed electrical engineering of utility-scale Solar PV plants (10 MWp – 500 MWp+) to applicable international standards: IEC 62446/61724 (baseline), AS/NZS for Australia, NEC Article 690 / IEEE 1547 for the USA, EN/IEC for Europe, and IEC with local authority requirements for the Middle East 2.
Manage DC system design: string sizing, shade and soiling analysis, inter-row spacing optimization, DC cable sizing and voltage drop calculations, combiner box specifications, DC protection coordination, and arc fault circuit interrupter (AFCI) requirements where applicable (US/AU markets) 3
• Oversee AC collection system design: LV/MV cable routing, cable sizing calculations, MV single-line diagram (SLD) development, ring/radial feeder configuration analysis, and MV switchgear and transformer specifications 4
• Review and critically evaluate energy yield assessments (EYA) produced in PVSyst — assessing P50/P90 uncertainty budgets, soiling loss assumptions, inter-row shading model accuracy, degradation rates,



and availability assumptions; capable of defending or challenging EYA outputs in IE/LTA review meetings 5
• Manage inverter technical specifications and technical bid evaluation (TBE) processes — central vs. string inverter architecture decisions; understanding of grid-forming inverter (GFM) requirements in high-IBR grids (AEMO NEM, ERCOT), and reactive power capability specifications per market grid codes 6
• Oversee single-axis tracker (SAT) design coordination: structural loading standards (ASCE 7 for US; AS 1170 for Australia; Eurocode for Europe), backtracking algorithm specifications, stow angle strategy for wind and hail, and MMS structural review in coordination with civil/structural engineers 7
• Manage civil and structural engineering deliverables: geotechnical investigation scope, pile foundation design review, stormwater management design, cable trench and conduit routing, O&M; facility specifications, security and access road layout — ensuring compliance with local planning and environmental permit conditions 8
• Lead plant layout optimization — balancing land utilization, shading avoidance, cable loss minimization, access and maintenance requirements, and environmental setback constraint.

📌 Solar Design Engineer (Gurugram)
🏢 Krishna Global Services
📍 Gurugram