241 Cable Sizing Jobs - Page 10

Control Panel Design Engineer Experience: 3-4 Years of relevant experience in the Understanding scope of supply, making BOM, Designing of Electrical control drawing like SLD, GA, of panels /Automation Systems.

The incumbent of this role would be responsible to lead and manage all aspects of Primary Engineering Design for substation and transmission projects, ensuring technical excellence, regulatory compliance, and alignment with client and project requirements. Role & responsibilities Lead the primary engineering design for high-voltage (HV) and extra-high voltage (EHV) substations (e.g., 132kV, 220kV, 400kV, 765kV). Prepare and review layouts, general arrangement (GA) drawings, equipment sizing, grounding and earthing, and cable routing. Coordinate with multi-disciplinary teams including protection, civil, and project management teams to ensure design integration. Review client technical specifications and ensure alignment with applicable standards (e.g., IEC, IEEE, IS). Support procurement by preparing technical specifications for equipment and participating in technical bid evaluations. Liaise with clients, vendors, and stakeholders for design approvals and issue resolution. Maintaining a strong understanding of relevant standards, regulations and industry best practices. Preferred candidate profile Bachelors degree in electrical engineering or relevant field. Master’s degree will be preferred. Minimum 9-12 Years of experience in substation design with strong understanding of primary equipment design – circuit breakers, transformers, isolators, CTs, PTs, surge arrestors. Strong understanding of high voltage substation equipment and systems

Due to ongoing expansion and increased demand for our services, the India office of SgurrEnergy is seeking to hire a Senior Manager - EHV Design and Engineering. The role necessitates excellent communication abilities and strong leadership and management skills. Reporting To: Director Qualification: BE./B. Tech in Electrical and ME/M.Tech in Power system studies Experience Level: Over 15 years Hiring Time Frame: Within 30 45 days Job description: The principal responsibilities essentially include: Design and Engineering: 1. System Design & Configuration: - System Studies: Conduct detailed system studies, including load flow, short circuit analysis, voltage drop calculations, reactive power compensation, and harmonic analysis to ensure the stability and reliability of the power system. - Configuration Layout: Design the overall configuration of the EHV substation, including the arrangement of transformers, busbars, circuit breakers, isolators, and other critical high-voltage components. - Redundancy & Reliability: Incorporate redundancy, protection, and fail-safe mechanisms in the design to enhance system reliability and minimize the risk of outages. 2. Detailed Electrical Design: - Single Line Diagrams (SLDs): Develop comprehensive single line diagrams that clearly define the electrical connections and arrangements of all major equipment in the substation. - Equipment Specification: Define the specifications for all major electrical equipment, including transformers, switchgear, reactors, and capacitors, ensuring compliance with project requirements and standards. - Cable Sizing & Routing: Calculate and select appropriate cable sizes based on current-carrying capacity, voltage drop, and thermal constraints. Design efficient cable routing plans that minimize interference and optimize installation. - Earthing & Bonding: Design an effective earthing and bonding system for the substation, ensuring personnel safety, equipment protection, and compliance with local regulations. 3. Primary Engineering: - High-Voltage Equipment Design: Design the layout and connections for high-voltage equipment such as power transformers, circuit breakers, disconnect switches, current and voltage transformers, and surge arresters. - Busbar Design: Design busbar systems with considerations for thermal performance, electrical stress, and mechanical stability. Ensure appropriate spacing, support, and insulation to prevent flashovers or mechanical failure. - Interconnection Schemes: Develop interconnection schemes for integrating multiple substations or tie-lines into the existing power grid. Design interfaces with existing infrastructure while ensuring minimal disruption. 4. Secondary Engineering: - Protection Systems: Design comprehensive protection schemes, including differential, distance, overcurrent, and earth fault protection, ensuring fast and reliable fault detection and isolation. - Control Systems: Design control logic and schemes for automation, including the operation of circuit breakers, isolators, and other switchgear. Ensure seamless integration with remote operation systems and SCADA. - Metering & Instrumentation: Specify and design the metering and instrumentation systems required for accurate monitoring and billing. Include current and voltage transformers, energy meters, and transducers. 5. Equipment Sizing & Selection: - Transformer Sizing: Calculate and select appropriate transformer ratings, considering factors such as load growth, fault levels, efficiency, and cooling requirements. - Switchgear Sizing: Determine the correct ratings for circuit breakers, switchgear, and other protective devices, ensuring they can safely interrupt fault currents without compromising system integrity. - Capacitor Bank & Reactor Design: Design and size capacitor banks for reactive power compensation and reactors for controlling over-voltages or for current limiting in the substation. 6. Integration with Renewable Energy Systems: - Grid-Tie Design: Design interfaces for the connection of utility-scale renewable energy systems (e.g., solar, wind) to the transmission grid, considering voltage levels, harmonics, and stability. - Inverter & Converter Coordination: Ensure proper coordination between EHV equipment and inverters or converters used in renewable energy systems. Address issues such as power factor correction, harmonics filtering, and synchronization. 7. Owners Engineering: - Technical Advisor: Act as the technical advisor to the project owner, providing expert guidance on all aspects of EHV substation and transmission line design, construction, and commissioning. - Design Validation: Review and approve design documents, drawings, and calculations provided by contractors or third-party consultants to ensure compliance with project specifications, industry standards, and best practices. 8. Equipment Design Review: - Technical Evaluation: Conduct a thorough technical evaluation of vendor proposals, including equipment specifications, performance data, and compliance with project requirements. Ensure that the selected vendors have a proven track record of delivering high-quality EHV equipment. - Specification Compliance: Review and validate equipment designs provided by vendors/OEMs to ensure they comply with the projects technical specifications, industry standards, and regulatory requirements. - Design Validation: Perform detailed design validations, including reviewing engineering drawings, schematics, and technical data sheets. Ensure that the equipment is appropriately designed for the specific operating conditions and load requirements of the project. - Material and Component Verification: Verify the materials and components specified by the vendor, ensuring they meet the required durability, reliability, and performance standards. Assess the suitability of materials for the specific environmental and operational conditions of the project site. 9. Compliance and Standards Adherence: - Industry Standards: Ensure that all designs comply with international and national standards such as IS, IEC, NEC, IEEE, ANSI, and regional grid codes. 10. Innovative Design Solutions: - Advanced Technologies: Stay abreast of emerging technologies in EHV systems, such as digital substations, gas-insulated switchgear (GIS), and advanced protection relays, and incorporate them into designs where applicable. - Cost Optimization: Develop designs that balance cost-efficiency with performance, exploring options such as modular construction, prefabricated substations, and standardized components. 11. Quality Assurance: - Design Reviews: Conduct rigorous design reviews and cross-discipline checks to identify and rectify any potential issues early in the design process. - Documentation: Prepare and maintain comprehensive design documentation, including technical reports, design calculations, and as-built drawings. 12. Coordination with Civil and Structural Design: - Foundation Design: Collaborate with civil engineers to design appropriate foundations for high-voltage equipment, considering factors such as weight, vibrations, and seismic conditions. - Structural Integration: Ensure that the structural design supports the electrical design, providing adequate clearances, accessibility, and safety measures. Selection process: Telephonic discussion: Preliminary round of discussion over a call by the company HR. Technical round: Technical round of discussion with the domain specialist in Pune/ Vadodara office, MS Teams may be preferred for outstation candidates. Director meeting: At Pune office before conclusion.

Responsibility: Lead the design and development of electrical systems and components. Collaborate with cross-functional teams to integrate electrical designs with other systems. Ensure compliance with industry standards and regulations. Optimize design processes and methodologies for maximum efficiency. Mentor and guide junior engineers in technical aspects and professional development. Review and approve technical drawings, specifications, and documentation. Conduct feasibility studies, risk assessments, and cost estimations for projects. Participate in project planning and management activities. Identify and implement innovative solutions to improve system performance. Prepare all the requisite EIA drawing & get approval from client/ consultant Prepare BOQ (Bill of Quantity) for all EIA bought outs in reference to project and approved drawings. Generate purchase requisitions for EIA project bought outs in accordance to project budget. Follow up with purchase & suppliers for timely delivery of EIA bought outs for allotted project. Support costing department in invoicing the project and dispatch of material to site. Finalize Electrical Contractors for onsite Electrical work. Skills Good to have: AutoCAD Circuit Design Project Management Regulatory Compliance Electrical Codes and Standards Simulation Software Technical Documentation Team Leadership

Taking full responsibility over the design activities and take responsibility of the basic and detailed electrical engineering, as well as the follow up of the schedules. To manage the purchase of any kind of electrical equipment for the project and participate in the project startup up to stabilization and formal closure, side by side and well-coordinated with the other disciplines project team. To take active participation and involvement in projects through the preliminary execution of proposals for equipment sizing calculations, main and distribution substations, and single line diagrams and any other electrical engineering necessities arisen during any phase of the project. To review and develop calculations for electrical and automation equipment's and materials. To support the projects construction team during project execution, startup and commissioning stages, providing im mediate and effective solutions in order to ensure cost, quality, and execution time. As well as active participation during the startup and commissioning of the project in the electrical discipline mainly. Participate in the evaluation of global Electrical installation technologies and equipment's suppliers in order to keep up to date the Company standards. Ensuring the most competitive cost and quality. (like: Grounding, lightning, lighting, wirings, motors, transformers, switchgears, MCC, field devices, etc.). To review all the information, drafts and certified engineering deliverables from the electrical equipment's suppliers. To support other Company departments (Procurement, Projects) in the related activities of its disciplines when required (Review of technical information of Vendor offers, development of internal technical procurement documentation, review of Vendors technical documentation, ). To implement the applicable project job specification, standards and international codes to develop the projects. To work internally the Electrical designers within electrical department. To supervise externally outsourced engineering, when applicable. To participate and lead when required the engineering meeting internally and externally with clients. To develop itself the most critical designs, support other designers. To coordinates with other engineering disciplines and project specialist at NOVARGI Indian branch and/or Headquarters to improve the better engineering solutions for the global project and to close any interface and task. Preferred candidate profile Master or Bachelor's Degree in Electrical Engineering. Minimum 8 -10 years' experience in similar function. Experience in companies providing engineering services to the Oil and Gas, Chemical, Refining or Petrochemical Industry. At leat six years Electrical Project Engineer at site related to industrial plants. Knowledge and Experience of ETAP and DIALUX Wide knowledge and experience in the applicable software as ETAP, ETAB, EPLAN, Lighting software, AUTOCAD and other. Wide knowledge of IEC code. Fluent in English.

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Manager Qualifications: BE Years of Experience: 13 to 18 years What would you do? "Industry X operations enables end-to-end operations integration through data & digital twin to operate client core processes and client product centric operations. Moving to an intelligent operating model powered by data, digital technologies and talent unlocked value at the seams Investment project management and control capabilities related to grid assets to enable the energy transition (e.g. transmission interconnections)." What are we looking for? " Problem-solving skills Electricity Transmission-Power System Engineer- Electrical Generation, Transmission and Distribution Technology. Energy Business:Work on Dig silent Power Factory/ETAP/MATLAB or Similar Power System Modelling Software:Work on Circuit Design, Modelling of Generation, Transmission, Distribution network from Electrical drawings / Data sheets:Familiar with standards like ANSI (American National Standards Institute), IEEE, NEC, ISA, NEMA:Review of electrical drawings SLD (Single Line Diagram) and Datasheets:Electrical network power flow analysis, complex circuits, Network development and Network optimization. Preparation of Substation layouts and section data updating in Dig silent Power Factory projects based on customer specification. Preparation of Asset transmission and reinforcement design in grid network. Support the senior engineer with the inputs for all design calculations related to Primary & Power factory simulation software. Understanding of Technical data sheets of primary equipment. Basic Knowledge of primary equipment, such as circuit breakers, disconnectors, earthing switches, instrument transformers, power transformers, etc. Power System Engineer should have the following basic understanding. " Roles and Responsibilities: "Electricity Transmission-Power System Engineer- Electrical Generation, Transmission and Distribution Technology. Energy Business:Work on Dig silent Power Factory/ETAP/MATLAB or Similar Power System Modelling Software:Work on Circuit Design, Modelling of Generation, Transmission, Distribution network from Electrical drawings / Data sheets:Familiar with standards like ANSI (American National Standards Institute), IEEE, NEC, ISA, NEMA:Review of electrical drawings SLD (Single Line Diagram) and Datasheets:Electrical network power flow analysis, complex circuits, Network development and Network optimization. Preparation of Substation layouts and section data updating in Dig silent Power Factory projects based on customer specification. Preparation of Asset transmission and reinforcement design in grid network. Support the senior engineer with the inputs for all design calculations related to Primary & Power factory simulation software. Understanding of Technical data sheets of primary equipment. Basic Knowledge of primary equipment, such as circuit breakers, disconnectors, earthing switches, instrument transformers, power transformers, etc. Power System Engineer should have the following basic understanding. Fundamentals of power System. Understanding AC and DC Load Power Flow analysis. Understanding of Short circuit faults. Knowledge of Power Factory Tool, PSSE, PSCAD, ETAP, SKM NG Deliverables Point of View 1)Customer Connectivity (Offer studies) 2)Studies for transformer Project progression DNO (Distribution Network Operators) connection (132 KV and below) 3)Network option assessment studies- Planning Studies (NOA (Network Option Assessment)) - (April to September) 4)Demand Compliance Studies BO7 - (September to February) Power System study point of view for NG requirement - Short circuit studies (3phase and single phase) Boundary creation and assessment for wider network planning for HV (High Voltage) side 400/275kV Voltage studies -400/275/132Kv (Voltage step change) Thermal studies 400/275/132kV (Contingency analysis), Transformer contingency (N-1, N-2 fault Condition) 1)Substation design modelling 2)Feasibility studies- customer connections offer to utility network 3)Network option assessment 4)Reinforcement work 5)Demand compliance studies on LV side 6)Short circuit studies 7)Contingency analysis N-1 N-2 N-1-D 8)Load flow analysis 9)Voltage studies 10)Per unit analysis 11)How facts device works with detailed engineering Qualifications BE

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Associate Manager Qualifications: BE Years of Experience: 10 to 14 years What would you do? "Industry X operations enables end-to-end operations integration through data & digital twin to operate client core processes and client product centric operations. Moving to an intelligent operating model powered by data, digital technologies and talent unlocked value at the seams Investment project management and control capabilities related to grid assets to enable the energy transition (e.g. transmission interconnections)." What are we looking for? " Problem-solving skills As a Power System Engineer in Accenture. Support our clients in delivering the energy transition working with leading energy system operators, utilities, and energy companies across the public and private sectors. Bring extensive knowledge and experience in electricity transmission and/or distribution to support the implementation of energy technology (including renewables) and the delivery of transformation projects! Shape the offshore transmission network in the UK (United Kingdom), ensuring the development of a secure, reliable, and economic power system. Project handle and reporting of technical studies to be delivered to quality requirements, timely and within budget, respecting established governance and controls. Advise leaders in every project phase and shape the change towards tomorrow s technology leadership with them. Collaborate within a team responsible for integrating modern technologies. We are looking for experience in the following skills: An engineering degree or equivalent. At least 3-15 years of professional experience in the energy industry, in the UK or Europe. Technical knowledge of power systems, renewable grid technology and transmission and distribution network infrastructure." Roles and Responsibilities: "Electricity Transmission-Power System Engineer- Electrical Generation, Transmission and Distribution Technology. Energy Business:Work on Dig silent Power Factory/ETAP/MATLAB or Similar Power System Modelling Software:Work on Circuit Design, Modelling of Generation, Transmission, Distribution network from Electrical drawings / Data sheets:Familiar with standards like ANSI (American National Standards Institute), IEEE, NEC, ISA, NEMA:Review of electrical drawings SLD (Single Line Diagram) and Datasheets:Electrical network power flow analysis, complex circuits, Network development and Network optimization. Preparation of Substation layouts and section data updating in Dig silent Power Factory projects based on customer specification. Preparation of Asset transmission and reinforcement design in grid network. Support the senior engineer with the inputs for all design calculations related to Primary & Power factory simulation software. Understanding of Technical data sheets of primary equipment. Basic Knowledge of primary equipment, such as circuit breakers, disconnectors, earthing switches, instrument transformers, power transformers, etc. Power System Engineer should have the following basic understanding. Fundamentals of power System. Understanding AC and DC Load Power Flow analysis. Understanding of Short circuit faults. Knowledge of Power Factory Tool, PSSE, PSCAD, ETAP, SKM NG Deliverables Point of View 1)Customer Connectivity (Offer studies) 2)Studies for transformer Project progression DNO (Distribution Network Operators) connection (132 KV and below) 3)Network option assessment studies- Planning Studies (NOA (Network Option Assessment)) - (April to September) 4)Demand Compliance Studies BO7 - (September to February) Power System study point of view for NG requirement - Short circuit studies (3phase and single phase) Boundary creation and assessment for wider network planning for HV (High Voltage) side 400/275kV Voltage studies -400/275/132Kv (Voltage step change) Thermal studies 400/275/132kV (Contingency analysis), Transformer contingency (N-1, N-2 fault Condition) 1)Substation design modelling 2)Feasibility studies- customer connections offer to utility network 3)Network option assessment 4)Reinforcement work 5)Demand compliance studies on LV side 6)Short circuit studies 7)Contingency analysis N-1 N-2 N-1-D 8)Load flow analysis 9)Voltage studies 10)Per unit analysis 11)How facts device works with detailed engineering " Qualifications BE

Job Summary: Seeking an experienced I&C SME who is highly motivated to join our team. The candidate must have experience in executing projects for the Oil & Gas/FMCG/Advanced tech industries with the highest level of quality, cost effectiveness, and a focus on safety. The successful candidate will work with licensed engineers and other experienced designers to develop Instrument & Control drawings and deliverables. The candidate must have excellent communication skills and be able to work with other engineering disciplines, sometimes across multiple offices. Education: Bachelor of Engineering - Electrical & Electronics / Electronics & Communication Engineering / Instrumentation and Controls / Equivalent Engineering degree. Responsibilities: Instrumentation and control system engineering design for industrial, manufacturing, and utilities projects. Preparation of Datasheets, selection & sizing of instruments & valves, vendor document reviews, checking & approval of design deliverables. Review of Hook-up & Installation drawings. Preparation of Cause-and-effect matrix. Preparation of Wiring & loop sheets, instrument index, Instrument lists, I/O lists, JB & Panel location layouts. Preparation and review of Cable Schedule, Cable Tray sizing & loading schedule. Review of Cable routing, Cable Tray & Conduit layout, Grounding layout & support drawings. Preparation of BOM & Bulk MTOs. Basic understanding of control systems, review of P&ID, Knowledge on hazardous areas Responsible for instrumentation design on multi-discipline engineering projects. Requirements: 15+ Years of Experience in Engineering in I & C Design and Detail Engineering. Good Experience with Navisworks is preferable. Experience in AutoCAD with detailed understanding of Drafting and Design standards is preferable. Basic understanding of Instrumentation design concepts & Deliverables. Experience in SPI /InTools desirable. Conversant with International codes and Standards Proven ability to meet client deadlines. Background from EPC / Engineering consultancy. Assist with design/alteration of electrical equipment. Assist with testing and debugging equipment to isolate defects. Prepare layouts using CAD tools. Assist in evaluation of designs; make engineering changes. Prepare basic schematics, assemblies, detailed drawings, and bills of material (BOM). Assist in the evaluation of new parts. May assist in supporting manufacturing/assembly teams. Manage and maintain product/project files. Other duties as assigned.

Planning, Engineering material handling projects, Electrical Layouts, Load Calculation, SLD, Power distribution, Illumination Earthing, MCC,VVFD, Transformer, OHE lines/HT cabling, Motor design PLC, SCADA,,BOM,Tender preparation,Design verification Required Candidate profile BE/ B. Tech 9 to 15 years of experience

Role & responsibilities Experience: 4 8 Years of experience in Cable Tray Design. Skill Set: BRCM Cable tray design Microstation-Tricad ( Electrical cable tray design). Knowledge of electrical equipment installation in process and conveyor technology Knowledge of reading e-plan drawings Super vision of Electrical installation like control Panel ,Tray work and cabling Termination and I/O Checking. Interview Mode - Face to Face interview

Role & responsibilities Experience: 4 8 Years of experience in Cable Tray Design. Skill Set: BRCM Cable tray design Microstation-Tricad ( Electrical cable tray design). Knowledge of electrical equipment installation in process and conveyor technology Knowledge of reading e-plan drawings Super vision of Electrical installation like control Panel ,Tray work and cabling Termination and I/O Checking. Interview Mode - Face to Face interview

JOB REQUISITES Role Summary This role is to work as part of a team to support the delivery of projects. This role will be working under the supervision of a project manager to carry out the following functions. Responsibilities This role is for a Senior Lighting Design Engineer having 8 to 12 years of experience, to contribute to Lighting design for: Highways including motorways, transport, infrastructure, city beautification and residential areas Industrial facilities, Decorative lighting projects, Sports facilities, Car parks, Amenity areas Site surveys/desktop study including: To determine the existing infrastructure pre-design Lighting assessments for environmental impact and obtrusive lighting assessments; Production of Environmental Lighting Impact Assessments reports; Business Development including attendance at CPD events, exhibitions and seminars; Involvement in the production and updating of client policies and procedures; Liaison with clients. Provide lighting design and Ensure that all designs and drawings are checked to the required standards and quality. Ensure clear understanding of project scope and deliverables to be produced. Ensure projects are completed on time and meet prescribed project deadlines as assigned. Provide regular work status updates, including project progress, risks, Issues, concerns, or changes to the line manager/project manager. Responds to/tracks LM complaints/concerns. Attend and contribute in team and project meetings as required. Contribute in team building and maintaining the positive team morale. Maintain focus and integrity towards the delivery of CRC's strategy. Ensure that Health & Safety is embedded into all work practices in line with company policies. Work in coordination with all other design team member. Coordinate with and direct CAD Technicians concerning requirements and timelines. Manage multiple projects in clear concise/coordinated manner. Train and supervise any graduate or engineer working on your project. Complete detailed design and check the work of subordinate or peer. Ensure weekly submission of timesheets (your and team member working on your project). Support the companies approach to sustainability. Key Competencies / Skills: Mandatory skills Experience in a consulting firm about 8 to 12 years, delivering designs of dry utilities including Street Light design and calculations, MV/LV/HV design and calculations, duct network design and electrical design calculations. Good computer skills including a working knowledge of proprietary lighting, signing and electrical design programmes such as Lighting Reality, Dialux, AutoCAD, Amtech. Experience in lighting design to the relevant British and EU Standards Experience in consultancy or development background with a bias on private sector work. Ability to seek clarity of instructions, check own work before submitting for approval, agree and meet timescales for items of work. Completion or part completion of the ILP’s Lighting Exterior Lighting Diploma or equivalent Understanding of relevant standards and legislation including Health & Safety Sound knowledge of British standards and manuals. Awareness of UK local authority specifications. Experience in coordinating with multi offices and multidiscipline projects. Meet appropriate service/design decisions. Inform more senior staff and peers of important and relevant service/design decisions, assert that the objectives of the company and the client are being achieved. Coordinating his/her work with other members of the project team. Work competently with minimal supervision. Prepare and assist technical and financial schedules for new work. Assist managing the workload of Project Discipline Engineers and Technicians (including verification of quality). Prepare and take responsibility for concept and preliminary engineering solutions for detail design. Computer literate, with experience of appropriate modelling software or equivalent Excel spreadsheet calculations. Good English communication skills are essential. The candidate must have a valid passport and be prepared to be seconded for up to 3 months in the UK as projects dictate. The home base for the candidate will be Noida/Bangalore. Key competencies expected are : Collaboration & Teamwork Technical Capability & Delivery Adaptability & Learning Desired skills Experience of undertaking lighting impact assessments and traffic sign design would also be ideal. Membership of the Institution of Lighting Professionals (preferably AMILP / MILP or working towards these qualifications) / the Institution of Engineering and Technology (IEng or CEng, or actively working towards professional registration). Preference will be given to candidates with experience in complementary infrastructure fields such as roads and highways, dry utilities network, telecom networks, LV electrical networks. Previous project experience in UK local councils or highway projects, including coordination for design approvals (e.g., NOCs), will be preferred. Qualifications At least BEng (Electrical Engineering /Electronics Engineering / Electronics and Telecom Engineering) with a minimum of 8 to 12 years of experience.

Prepare Design Brief Report, power distribution, Electrical design calculation (Cabling, Lighting etc) details, Load calculation, Breaker selection, Cable sizing, Transformer Sizing, Single line diagram, lighting layout, power layout, Earthing Required Candidate profile B.E in Electrical Preparation of Tender Document, BOQ, Cost Estimate, GFC drawings coordinated with other MEP services.

Role & responsibilities Must have good knowledge of solar power plant designing concepts i.e DC side as well as AC side Must be able to provide support in pre bid engineering, Owners Engineering (Review of Design Documents) and Detailed engineering design. Must have knowledge and experience in developing General Arrangement Layout of PV Plant, cable routing, earthing, Lightning protection, lighting, Main Control Room, Inverter Station etc. Must have experience and knowledge in all electrical calculation and studies i.e. cable sizing, earthing, battery sizing etc. Knowledge and experience in Electrical system studies Short circuit, Load flow, relay setting and coordination etc. is preferable Must have knowledge of all relevant standards and guidelines i.e. IS, IEC, IEEE, International Guidelines, Guidelines issued by CEA, CERC, MNRE etc. Experience in independently preparing Techno-commercial feasibility study, Detailed Project Report, Resource assessment and Energy Yield Assessment for Solar PV projects Experience to carry out energy yield for solar plants independently using simulation software such as PV SYST, SAM, etc will be an added advantage Preferred candidate profile 5+ years of experience in the renewable industry, preferably in consulting, in the above areas

Development & review for medium voltage designs Experience designing LV controls panel- switchgear panels, MCC & relay panels Creation of Technical Specifications- Transformers/MV Switchgears, DC&UPS System, HV/LV Cables Calculation,Schematic,BOM,SLD Required Candidate profile Electrical systems awareness Short circuit analysis, Arc flash studies, relay coordination Substation package design MV Switchgear, MVMCC, EMS, LV busduct,UPS Hands on- design engineering of MW scale

Job Requirements Delivery submarine cable engineering for specified projects, including wind farm layout, cable routing, cable sizing, development of technical documentation and decisions, review and assurance activities. Review, comment, and approve design documentation, quality plans and other procedures as appropriate. Technical assurance of suppliers engineering scope, ensuring that the work meets bp and project requirements. Integration and management of interfaces between the submarine cable suppliers and the rest of the project Provide engineering support to electrical system design for specified projects during concept development and pre-bid. Support will include developing wind farm electrical system design, cable layouts and sizing. Identify and manage key engineering and delivery risks and provide input to project risk management and mitigation action plans. Demonstrate good safe work practices and be proactive in ensuring safe practices at all times including a strong influence role with suppliers. Identify Health, Safety, and Environmental (HSE) risks and communicate as appropriate Working with procurement, supporting the supplier selection and award process for submarine cables. Support tender clarification/evaluation and contractor/vendor selection, ensuring all activities are in accordance with bp’s Code of Conduct. Build strong working relationships with the key suppliers. Help develop the wider supply chain of HV cable manufacturers – AVL status, audits and supplier management. Part of a global engineering and delivery team, sharing lessons and collaborating across Projects. Provide technical mentoring to junior members of the team. Work Experience Essential Education Bachelors’ Degree or higher qualification in an engineering discipline. Essential Experience and Job Requirements 5+ years experience working with submarine / subsea power cables. 3+ years experience working with Offshore Wind. In depth working knowledge of HV submarine cable design, manufacture and installation. In depth working knowledge of offshore wind farm electrical cable system design. Good interpersonal and communication skills In-depth knowledge of good engineering practice