2 Winigs Jobs

As an experienced Electrical Engineer specializing in Substation Design and System Studies, you will be responsible for conducting various power system studies such as load flow, short circuit, stability, and protection coordination. Utilizing tools like PSCAD, EMTP-RV, or RTDS, you will perform EMT simulations for complex grid integration scenarios. In addition, you will analyze grid code compliance for renewable energy integration and develop models for inverters, FACTS devices, HVDC systems, and protection schemes. Your role will involve collaborating with utilities, developers, and OEMs to interpret study results and recommend mitigation strategies. You will lead the design of high-voltage substations (up to 765 kV), including layout, equipment selection, and protection/control systems. Additionally, you will prepare detailed engineering drawings, specifications, and BOMs while ensuring compliance with industry standards such as CSA, IEC, IEEE, and utility-specific requirements. To excel in this position, you must possess a Bachelor's or Master's degree in electrical engineering along with at least 9 years of relevant experience in the Transmission & Distribution (T&D) or renewable energy sectors. Proficiency in tools like ETAP, WinIGS, Dig SILENT, Easy Power, PSCAD, EMTP-RV, or AutoCAD/E3D for substation design is essential. A strong understanding of grid codes (e.g., CEC, CSA, NERC, IEC standards), excellent communication skills, leadership abilities, and the capacity to independently coordinate and deliver high-quality technical reports are required. Furthermore, you will collaborate with civil, structural, and SCADA teams for integrated substation design and provide support during construction, commissioning, and troubleshooting activities as needed. Your contributions will play a vital role in ensuring the successful implementation of projects related to substation design and system studies. Joining WSP, a global professional services consulting firm, will provide you with the opportunity to work on impactful projects that shape communities and the future. With a diverse team of experts across the globe, you will have access to a wealth of knowledge and resources to support your professional growth. Embrace a culture of innovation, collaboration, and inclusivity as you contribute to creating sustainable solutions for complex issues. At WSP, we prioritize the health, safety, and wellbeing of our employees, fostering a safe work environment through initiatives like Making Health and Safety Personal. Our commitment to inclusivity and diversity empowers our global community of talented professionals to make a positive impact on societies near and far. If you are passionate about purposeful work, thrive on challenges, and seek a rewarding career that aligns with your values, consider joining us at WSP to embark on a fulfilling journey of growth and innovation. Apply today to be a part of our dynamic team and contribute to building a better future for all.,

As a Design Engineer, you will be responsible for the design of DC side electrical engineering related to medium and large-scale Solar Photovoltaic Power plants. Your primary task will be to provide cost-optimized design solutions for the arrangement of the PV plant layout. You should be familiar with energy yield simulation in PV Syst and capable of selecting Solar PV Modules types, ratings, and installation types. Additionally, you will need to determine the optimum DC rating of the plant and perform shading analysis using software tools like Sketchup. Your responsibilities will also include preparing DC, AC, Aux SLD (Single Line Diagrams) and layout designs using 3D CAD tools. You will be involved in the preparation of various drawings such as Plant Layout GA drawings, PV Array Layout, DC Cable routine layouts, and DC Grouping layout. Furthermore, you will be required to conduct PV plant Earthing Calculation adhering to standards like IEEE, BS, IS, and other related guidelines. In addition, you will be responsible for lightning risk assessment and calculations for Solar PV plant design following IEC and IEEE guidelines. You should possess the ability to size and calculate String Cable, Power Cable (DC and AC), Control & Communication Cable, and select appropriate cable accessories. Understanding and validating Solar PV inverter, HT Panel, IDT component Power / Control schematics, and BOQ will be part of your role. You will need to review and prepare technical parameters, design memoranda, and checklist preparation for the DC Component. Your duties will also involve auxiliary load calculations, pre-dispatch inspection, pre-commissioning tests, and coordination for testing and commissioning of Inverters. Moreover, you will be responsible for the preparation of SCADA Architecture DI, DO, and AI List. On the HV Side, you will be involved in the design and detailed engineering of Switchyard Single Line Diagrams, SLDs for ACDB and DCDB, and review of Switchyard Layouts. Substation calculations, component data sheets, and General Technical Parameters preparation will also be part of your responsibilities. To be successful in this role, you should preferably have a background in Consultancy / EPC with exposure to utility-scale solar PV projects. Experience in on-site DC component erections works and commissioning of the DC side of Solar plants will be an advantage. Knowledge of DC/AC/HV side Engineering Specification and Standards such as IEC, IEEE, ANSI, SEC, IS is essential. Proficiency in PV Syst, Sketchup, AutoCAD, and MS Office is required, while familiarity with tools like ETAP, Dialux, CYMCAP, WINIGS, and SKM will be beneficial. The ideal candidate for this position should hold a Masters / Bachelor's degree in engineering / technology (Electrical) with a minimum of 7+ years of experience in the design of Electrical and solar projects. At least 2+ years of experience in a similar role will be preferred. Location: Hyderabad Experience: 8-10 years Salary: 6,00,000-9,00,000,