Solar Design Engineer and HV Substation Design Engineer (Rooftop / Ground-Mounted Solar Projects) Primary Role: Responsible for the design, engineering, and optimization of solar PV systems to ensure maximum efficiency, safety, and cost-effectiveness. Responsible for planning, designing, and engineering of high-voltage substations (AIS/GIS) including layout, protection, control, and integration with the grid. Key Responsibilities: System Design : Prepare PV system designs (rooftop/ground-mounted) including array layouts, single-line diagrams (SLD), and electrical drawings. Software Simulation : Use tools like PVsyst, Helioscope, AutoCAD, or SketchUp for energy yield assessment, shading analysis, and design validation. Electrical Sizing : Calculate cable sizing, inverter sizing, protection devices, earthing, and lightning protection. Compliance : Ensure designs follow IEC/IS codes, CEA regulations, DISCOM/CEIG requirements, and net-metering policies. BOQ Preparation : Prepare bills of quantities and technical specifications for procurement. Site Assessment : Conduct site visits, evaluate feasibility, and optimize system design based on available area, tilt, and shading. Coordination : Work with EPC teams, contractors, and clients for design approvals and execution. Performance Analysis : Monitor system performance post-installation and suggest improvements. Substation Layout Design : Develop physical layouts, equipment arrangement (transformers, breakers, isolators, busbars, control rooms). Single Line Diagram (SLD) & Schematics : Prepare electrical schematics, protection schemes, interlocking, and control wiring diagrams. Equipment Sizing & Specification : Select and size transformers, CT/PTs, circuit breakers, surge arresters, isolators, earthing, and cabling. Protection & Control Systems : Design protection relays, SCADA systems, metering, and automation systems. Grounding & Earthing : Design earthing systems as per IEEE/IS standards, step and touch potential calculations. Short-Circuit & Load Flow Studies : Perform studies using ETAP, DIgSILENT, or PSCAD to validate protection and equipment ratings. Compliance & Standards : Ensure designs adhere to IEC, IEEE, IS, CEA, and utility/grid codes. Civil/Structural Coordination : Coordinate with civil team for foundations, cable trenches, and structural drawings. Documentation & Approvals : Prepare detailed engineering documents, technical specifications, and liaise with utility/consultant for approvals. Testing & Commissioning Support : Assist site teams during erection, testing, and commissioning. Skills Required: Strong knowledge of electrical engineering fundamentals. Proficiency in PV design software (PVsyst, Helioscope, AutoCAD, ETAP optional). Knowledge of solar panel, inverter, and BOS (Balance of System) components. Understanding of utility/grid interconnection requirements. Strong background in Power Systems and High Voltage Engineering. Proficiency in design tools (AutoCAD, ETAP, DIgSILENT, PSCAD). Knowledge of AIS/GIS technologies and grid codes. Familiarity with protection schemes (distance, differential, overcurrent, etc.). Strong documentation and coordination skills.
Key Responsibilities: Record day-to-day financial transactions in books of accounts. Maintain ledgers for accounts payable and accounts receivable. Prepare and process invoices, receipts, and payments. Reconcile bank statements regularly. Assist in payroll processing and staff reimbursements. Support in preparing basic financial reports and statements. Ensure all financial records are accurate and up to date. File and organize accounting documents for easy retrieval. Assist senior accountants in audits and tax filing. Requirements: Bachelor’s degree in Commerce, Accounting, or Finance (preferred). Basic knowledge of accounting principles and practices. Familiarity with accounting software (e.g., Tally, QuickBooks, or MS Excel). Good numerical and analytical skills. Attention to detail and accuracy. Ability to maintain confidentiality of financial data.