ROLE
– Develop and maintain standardized system designs for PV and BESS including SLDs, layouts, and control philosophies.
– Perform technical assessment and component sizing for PV modules, inverters, batteries, and PCS.
– Support system integration studies, including AC/DC coupling configurations, control logics, and operational modes.
– Prepare and review tendering specifications, employer requirements, and design packages for Solar, BESS components and hybrid systems.
– Review and validate electrical studies including load flow, short-circuit, and protection coordination.
– Coordinate with grid interconnection and protection teams for compliance with CEA, IEC, and IEEE standards.
– Lead technical evaluation and qualification of solar and BESS component vendors.
– Conduct Solar and BESS techno-economic studies, evaluating performance, sizing, and lifetime degradation.
– Review and benchmark OEM proposals for performance, safety, and reliability.
– Support troubleshooting and post-commissioning technical investigations.
– Work closely with Pre-Bid, D&E, Quality, and Procurement teams for design alignment and cost optimization.
– Continuously update design standards based on new inverter and BESS technologies.
– Provide training and knowledge sharing within the engineering function on hybrid and storage systems.

REQUIREMENTS
– B.E./B.Tech or M.Tech in Electrical Engineering, Power Systems, or Renewable Energy.
– 5–8 years in utility-scale solar PV electrical design and engineering, preferably in IPP or EPC environments.
– Strong understanding of utility-scale solar plant design principles.
– Proficient in PVsyst, AutoCAD, PVCase, ETAP, and MS Office.
– Working knowledge of standards: IEC 62933, IEC 62109, IEEE 1547, IS 16221, CEA Grid Code.
– Strong analytical, problem-solving, and cross-functional collaboration skills.
– Ability to manage multiple projects in a dynamic renewable energy environment.

BENEFITS
– 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.