71 Load Flow Jobs

Company Crosslynx US LLC a R&D and Product Development Partner with Itron Inc. Location India Division, A-50, Second Floor, Sector-67, Noida-201301 Position Power Distribution & Transmission Engineer Department – Software Engineering Team Experience –20 + years DESIRED CANDIDATE PROFILE A power transmission and distribution engineer who isresponsible for advising the Network Planning Product Development Team regarding how Transmission and Distribution networks are designed, implemented, and maintained and how the systems deliver electricity from Substations to end-users.Knowledge of both the high-voltage transmission lines that carry power over long distances and the lower-voltage distribution networks that deliver power to homes and businesses. Past Experience Transmission Engineer – 66KV to 765 KV During your carrier you must have been part of Planning and Maintenance Team which is responsible for the following System Design: Designing transmission lines, towers, and other infrastructure to efficiently transport large quantities of electricity. Planning & Feasibility: Conducting studies to determine the best routes for transmission lines, considering factors like topography, land surveys, and environmental impact. Must be familiar with applicable standards applied for India Grid Planning. Technical Oversight: Selecting appropriate materials and technologies, evaluating the use of devices like High Voltage Direct Current (HVDC) systems, and troubleshooting complex technical issues. Asset Knowledge: Must be familiar with vendor Asset Specifications and can guide team to do asset modelling. Distribution Engineer 0.4 KV to 66 KV In your past experience you must have experience in the following Design, analyse, and optimize power distribution systems Develop technical specifications for electrical equipment and materials Perform short-circuit, load flow, and protective relay coordination studies Ensure that all electrical designs comply with relevant codes and standards Role and Responsibilities: Training and Keeping Oversite of the Network Planning Product Development and advise the team to meet the customer requirements for Network and Grid Planning etc. Provide domain expertise to guide the design and development team of network analysis software modules Work with the software team which is developing technical approach for solving wide range of complex technical challenges and project / client needs related to New Product that is being developed (Details Confidential at present) Should be able to work independently with minimal general direction from senior management. Must be able to make decisions, and function proactively. Must guide highest levels of compliance to Customer Requirements, Design inputs in all works delivered. Advise and audit product to meet Standards Requirements for India and Europe. Interface between DISCOMS, REC and PFC and our internal product team for ensuring we meet customer requirements. Regular reporting to senior management about performance and issues along with suggestions for further improvement. Work with software engineers to translate electrical engineering requirements into algorithms, simulations, and tools. Perform power system modelling, load flow, short-circuit, stability, and reliability studies. Support the integration of features such as fault analysis, contingency planning, DER (Distributed Energy Resources) integration, smart grid, and renewable energy systems. Assist for Preparing technical documentation, user guides, and training materials for software users. Collaborate with cross-functional teams (R&D, product, QA, and customer success) to ensure accuracy, usability, and performance of software products. Stay updated with industry trends in grid modernization, renewable integration, microgrids, and digital twin technologies. Ability to expand Scope to outside India Projects. Skills and Qualifications: Engineering Degree:A Master’s or bachelor's degree in Electrical engineering / Power Systems / Energy Systems or equivalent in a related field. Technical Knowledge:Strong understanding of electrical power systems, including transmission and distribution principles. Problem-solving and Analytical Skills:Ability to identify and resolve complex technical issues. Communication and Interpersonal Skills:Ability to work effectively with various stakeholders, including other engineers, contractors, and clients. Project Management Skills:Ability to manage projects from start to finish. Knowledge of Relevant Regulations and Standards:Familiarity with safety regulations and industry standards. Strong understanding of power transmission & distribution systems (HV, EHV, MV, LV). Expertise in load flow, short circuit, protection coordination, harmonic analysis, fault level calculation, and system stability. Knowledge of network analysis software tools (such as PSS®E, ETAP, PowerFactory, CYME, PSCAD, or similar). Ability to interpret and apply grid codes, regulatory requirements, and utility standards. Familiarity with renewable energy integration, storage, and smart grid concepts. Strong analytical, mathematical, and problem-solving skills. Excellent communication skills to work with both technical (software developers) and non-technical (business/product) teams. Ability to work in an Agile/fast-paced product development environment. Experience in power distribution, transmission, or grid planning studies. Hands-on experience with simulation and analysis tools. Experience working with software development teams or prior exposure to power system software R&D is a strong plus. Email your resume to prabha.pandey@crosslynxus.com

Role & responsibilities : System Analysis Load Flow, Short Circuit, Transient Stability, optimal power flow, optical capacitor placement, P-V and Q-V analysis, Voltage stability , Tap changer optimization study, system security analysis, Insulation coordination and EMT studies (TOV, SFO, FFO, VFTO etc) , Relay Coordination, Harmonic analysis, Flicker, voltage fluctuation and Arc Flash studies. Solar/Onshore Wind/ Off-shore wind/ Battery storage grid code compliance study with steady state P-Q analysis, LVRT, HVRT, FRT and Set point controls. Power Transmission System Master planning studies involving assessment of SVC, STACOM, HVDC interconnection, Frequency stability, UFLS implementation, AGC and small signal stability analysis. Power Distribution System Master planning studies involving PV, Electric vehicle, Battery Storage, reliability analysis and distribution system automation. Renewable energy hosting capacity in medium, high and extra high voltage system. Development of load forecasting models as and when necessary. Energy Mix study with calculation of LCOE. Transmission, Distribution and Substation basic engineering and Lenders engineering working experience will be preferred. Preferred candidate profile Experience of undertaking complex, large-scale, national, and international projects. Typically, 10-20 years experience in the power system studies

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Qualifications: BE/BTech Years of Experience: 10 to 14 years What would you do? We are seeking a highly skilled and experienced Senior Power System Engineer to join our engineering team. The ideal candidate will have extensive experience in power systems design, analysis, and operation, along with the ability to lead projects and mentor junior engineers. You will be responsible for providing technical expertise in the planning, design, operation, and maintenance of electrical power systems, both for renewable and conventional energy sources. What are we looking for? Education:Bachelors degree in Electrical Engineering (or related field) is required.A Masters degree or higher is preferred.Experience:experienced in power system engineering, with a strong background in system design, analysis, and protection.Experience in managing and leading teams of engineers on large projects.Proven experience with power system modeling software such as ETAP, PSS/E, DigSILENT PowerFactory, CYME or similar.Skills:Strong understanding of power system components, including transformers, circuit breakers, relays, and control systems. In-depth knowledge of power system analysis, protection, and control.Experience in renewable energy integration and grid modernization projects. Proficiency in electrical CAD software, simulation tools, and system modeling.Excellent problem-solving and analytical skills.Strong communication skills and ability to work with a diverse team.Experience in high-voltage and substation design.Familiarity with industry codes and standards (IEEE, IEC, ANSI, etc.).Knowledge of energy management systems and SCADA systems. Roles and Responsibilities: Design & Analysis:Lead the design and analysis of electrical power systems including substations, transmission lines, distribution systems, and energy management systems. Perform system modeling, load flow, short circuit, protection coordination, and stability studies to ensure system stability and reliability.Review and provide technical input into the development of power system projects, ensuring compliance with relevant standards and regulations. Project Management:Manage and oversee power system projects from conceptual design through to construction and commissioning.Collaborate with multidisciplinary teams, including electrical, mechanical, and civil engineers, to deliver projects on time and within budget.Prepare technical reports, specifications, and documentation for projects.Technical Leadership & Mentorship:Provide technical leadership and mentorship to junior engineers and project teams.Review work and provide guidance on complex engineering problems and solutions.Keep up-to-date with emerging technologies in the power systems industry. Power System Protection & Control:Design, test, and implement protection and control schemes for electrical systems.Ensure the integration of protective devices and relays, as well as coordination with existing systems.Perform fault analysis and develop system protection strategies to minimize system risks.Compliance & Standards:Ensure all designs, operations, and installations comply with international standards, safety regulations, and best practices.Participate in technical audits, risk assessments, and compliance reviews. Prepare reports for regulatory bodies and clients as required.Troubleshooting & Maintenance:Troubleshoot and resolve complex power system issues, including fault detection and correction.Provide technical support for the operation, maintenance, and optimization of existing systems.Continuous Improvement:Drive the continuous improvement of power system designs, operations, and practices.Propose innovative solutions to enhance system performance and efficiency. QualificationBE,BTech

Role & responsibilities Responsibilities: Perform power system simulation studies, including Load Flow, Voltage Regulation, Short Circuit Analysis, Relay Settings Calculation, and Protection Coordination. Conduct ARC Flash analysis and develop mitigation methods. Carry out Transient Analysis, such as TOV (Temporary Overvoltage), Lightning Impulse, and Switching Overvoltage studies. Calculate and provide Unit Protection for equipment like Transformers, Busbars, Lines, and Cables. Ensure adherence to relevant standards and guidelines applicable to power systems. Requirements: Proficiency in software tools such as ETAP and PSCAD. Hands-on experience with DIgSILENT Power Factory is an added advantage. Proficient in using MS Office. Strong communication skills and a good command of the English language Preferred candidate profile Must be conversant with the Power system simulation studies : Load flow, Voltage regulation, Short circuit study, Relay settings calculation and Protection co-ordination. ARC flash analysis and its mitigation method. Transient Analysis, viz : TOV, Lightning Impulse, Switching over voltage. Calculation and provision of Unit Protection, viz. Transformer, Busbar, Line, Cable. Reactive power compensation and Harmonic analysis : Optional Must have knowledge of relevant standards as applicable should be able to handle team and solve the technical problems Should have problem solving skills

About The Role 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 About Accenture Accenture is a global professional services company with leading capabilities in digital, cloud and security.Combining unmatched experience and specialized skills across more than 40 industries, we offer Strategy and Consulting, Technology and Operations services, and Accenture Song all powered by the worlds largest network of Advanced Technology and Intelligent Operations centers. Our 699,000 people deliver on the promise of technology and human ingenuity every day, serving clients in more than 120 countries. We embrace the power of change to create value and shared success for our clients, people, shareholders, partners and communities.Visit us at www.accenture.com 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 Qualification BE

About The Role 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 About Accenture Accenture is a global professional services company with leading capabilities in digital, cloud and security.Combining unmatched experience and specialized skills across more than 40 industries, we offer Strategy and Consulting, Technology and Operations services, and Accenture Song all powered by the worlds largest network of Advanced Technology and Intelligent Operations centers. Our 699,000 people deliver on the promise of technology and human ingenuity every day, serving clients in more than 120 countries. We embrace the power of change to create value and shared success for our clients, people, shareholders, partners and communities.Visit us at www.accenture.com 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 skillsAn 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 " Qualification BE

Job Requirements Able to lead independently work on scope in Oil and Gas, Refinery, LNG , Petrochemical Industry ,Greenfield and Brownfield projects with minimum guidance. Able to perform Power System Studies using ETAP. Must have experience in Load flow, short circuit, voltage drop, motor starting, arc flash, transient stability, harmonics, relay coordination etc. Experience in generating Single Line Diagrams, Metering & Protection Diagrams, Design Basis, Specifications, Data sheets, Electrical Load List, Sizing Calculation of all Electrical Equipment. Experience in Electrical calculations viz., equipment sizing, cable sizing, lighting calculations Procurement Support by developing Material Requisitions, Specifications, Data sheets, Technical bid evaluation, Vendor drawing reviews etc. Expertise in electrical modification to reduce the power consumption like: conversion from fluorescent to LED lighting Hands-on experience in electrical equipment failure analysis Experience in electrical equipment validation, i.e. Gap between drawing & as-is in SAP, maintenance database Electrical equipment maintenance strategy development [new & existing equipment] Obsolescence management experience Knowledge of international standards & guidelines Liaison with other engineering disciplines on technical issues and provide solutions. Work Experience Required Skills and Experience Minimum 8+ years of experience working on projects A recognized Master/Bachelor degree in Electrical from reputed Universities or equivalent. Software Skills 1. ETAP 2. Dialux 3. AutoCAD Soft Skills / Personality Traits 1. Good Communication skills - Makes clear and convincing oral presentations; listens effectively; clarifies information as needed. 2. Ability to handle discussions / communications independently 3. Works in a Collaborative environment

Role & responsibilities Role & responsibilities The ideal candidate will have extensive experience in power systems design, analysis, and operation, along with the ability to lead projects and mentor junior engineers. You will be responsible for providing technical expertise in the planning, design, operation, and maintenance of electrical power systems, both for renewable and conventional energy sources. Preferred candidate profile Bachelors degree in Electrical Engineering is required. A Masters degree or higher is preferred. Experience: experienced in power system engineering, with a strong background in system design, analysis, and protection. Experience in managing and leading teams of engineers on large projects. Proven experience with power system modeling software such as ETAP, PSS/E, DigSILENT PowerFactory, CYME or similar. Skills: Strong understanding of power system components, including transformers, circuit breakers, relays, and control systems. In-depth knowledge of power system analysis, protection, and control. Experience in renewable energy integration and grid modernization projects. Proficiency in electrical CAD software, simulation tools, and system modeling. Excellent problem-solving and analytical skills. Strong communication skills and ability to work with a diverse team. Experience in high-voltage and substation design. Familiarity with industry codes and standards (IEEE, IEC, ANSI, etc.). Knowledge of energy management systems and SCADA systems.

As a Control Logics Engineer at Hitachi Energy Indian Operations Center (INOPC), you will be part of a team of skilled engineers focusing on tendering, engineering, planning, procurement, functional system testing, installation supervision, and commissioning. The INOPC has grown to become the largest engineering hub, playing a key role in Hitachi Energy's Power Up transformation program. Your mission will be to identify, explore, and implement technology and product development strategies to enhance the global positioning of the business. You will ensure project execution, drive innovation, and develop R&D capabilities to contribute to profitability. Your responsibilities will include designing and testing control logics, simulating control logics and algorithms in PSCAD/Matlab environment, pre-studies of new power technologies, and hardware integration interfacing with RTDS. You will be expected to embody Hitachi Energy's core values of safety and integrity, taking responsibility for your actions while caring for your colleagues and the business. To be successful in this role, you should have a ME Power Systems or ME Power Electronics degree with at least 3 years of experience. Experience in modelling voltage sourced converters (VSC) for HVDC, FACTS, or drives is required. Proficiency in simulation tools like EMTDC/PSCAD, PSS/E, RTDS, and calculations in Matlab is essential. Understanding the application of Power Electronics in HV/EHV systems and hands-on experience in power system studies such as load flow, short circuit, transient stability, and switching transients for utility/industrial systems is crucial. You should possess good knowledge of Power Systems equipment including Power Transformers, Capacitors, Reactors, Instrument Transformers, Circuit Breakers, Disconnectors, and Surge Arrestors. Additionally, you should be familiar with the selection, sizing, integration, and testing of equipment based on customer specifications.,

About The Role Skill required: IX Product Engineering Services - Digital Site Designing Designation: Engineering Services Specialist Qualifications: BTech Years of Experience: 7 to 11 years What would you do? The Power System Engineer is responsible for performing detailed analysis of electrical power systems, including transmission, distribution, and generation. The role involves modeling, simulation, and assessment of power systems to ensure their functionality, reliability, and efficiency. The individual will work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an in-depth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems are efficient and reliable.Build operational sites in desktop and mobile devices using HTML, HTML5, CSS, CSS3, JavaScript and JavaScript frameworks. What are we looking for? Education:Proficient Electrical Engineer with experience around power system modelling and study. A Masters degree in "Power System Engineering" is a plus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink, CYME).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies.Knowledge of renewable energy integration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems.Experience with advanced automation or grid optimization techniques.Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas for improvement.Prepare detailed reports on power system performance, including recommendations for upgrades or modifications.Present findings to senior engineers, managers, and clients.Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power system operations.Stay updated on emerging technologies, standards, and regulations related to power systems. Roles and Responsibilities: Power System Modeling and Simulation:Use software tools (e.g., MATLAB, PSCAD, PSS/E, ETAP, Digsilent Powerfactory, CYME) to model and simulate electrical power systems.Analyze the dynamic behavior of power systems under different operating conditions. Perform load flow analysis, short circuit analysis, stability analysis, and contingency studies.Power Grid Analysis:Assess grid reliability and performance through modeling of transmission and distribution systems. Identify potential risks, faults, and vulnerabilities in power systems. Evaluate and recommend solutions for system optimization, power factor correction, and fault tolerance.System Design and Optimization:Collaborate with electrical engineers to design power systems, including control systems, protection systems, and energy storage solutions. Provide technical support for power system design, including capacity planning, voltage regulation, and fault detection. Recommend improvements to power system components (transformers, circuit breakers, switches, etc.) to ensure efficiency. Qualification BTech

About The Role Skill required: IX Product Engineering Services - Digital Site Designing Designation: Engineering Services Specialist Qualifications: BTech Years of Experience: 7 to 11 years What would you do? The Power System Engineer is responsible for performing detailed analysis of electrical power systems, including transmission, distribution, and generation. The role involves modeling, simulation, and assessment of power systems to ensure their functionality, reliability, and efficiency. The individual will work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an in-depth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems are efficient and reliable.Build operational sites in desktop and mobile devices using HTML, HTML5, CSS, CSS3, JavaScript and JavaScript frameworks. What are we looking for? Education:Proficient Electrical Engineer with experience around power system modelling and study. A Masters degree in "Power System Engineering" is a plus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink, CYME).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies.Knowledge of renewable energy integration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems.Experience with advanced automation or grid optimization techniques.Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas for improvement.Prepare detailed reports on power system performance, including recommendations for upgrades or modifications.Present findings to senior engineers, managers, and clients.Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power system operations.Stay updated on emerging technologies, standards, and regulations related to power systems. Roles and Responsibilities: Power System Modeling and Simulation:Use software tools (e.g., MATLAB, PSCAD, PSS/E, ETAP, Digsilent Powerfactory, CYME) to model and simulate electrical power systems.Analyze the dynamic behavior of power systems under different operating conditions. Perform load flow analysis, short circuit analysis, stability analysis, and contingency studies.Power Grid Analysis:Assess grid reliability and performance through modeling of transmission and distribution systems. Identify potential risks, faults, and vulnerabilities in power systems. Evaluate and recommend solutions for system optimization, power factor correction, and fault tolerance.System Design and Optimization:Collaborate with electrical engineers to design power systems, including control systems, protection systems, and energy storage solutions. Provide technical support for power system design, including capacity planning, voltage regulation, and fault detection. Recommend improvements to power system components (transformers, circuit breakers, switches, etc.) to ensure efficiency. Qualification BTech

Job Description Job Overview: The Electrical Engineer is responsible for interpreting internal or external business issues and recommending best practices. They will be tasked with solving complex Electrical-related problems and will work independently with minimal guidance. The Electrical Engineer may be responsible for leading functional teams or projects and is regarded as a specialist in the field of Electrical. As such, they must have in-depth expertise in Electrical as well as broad knowledge of the Electrical discipline within the Engineering function. Responsibilities Key Tasks and Responsibilities: Perform conceptual, FEED, and detailed analyses and design as per design basis, project specifications, design codes, and standards Apply in-depth skills and broad knowledge of the business to address complex problems and nonstandard situations Prepare clear and accurate detailed design calculations and analyses including design reports and - procedures Manage own time to meet objectives and (as Lead Engineer) forecast and plan resource requirements Clearly communicate and explain difficult concepts and persuade others to adopt a point of view When acting as Lead Engineer, in addition: Direct small or medium Engineering team as a Lead Engineer Lead the Discipline engineering design of the assigned work area and complete it within the planned schedule and budget, in accordance with standards, MDR, and project-specific procedures and to a high professional standard Plan, organize, and direct all aspects of Discipline execution on the assigned project including scope, deliverables, schedule, and all worker resources - agree allocations with the Discipline Manager Ensure interfaces and deliverables are clearly identified Maintain responsibility for progress and productivity, identifying any required corrective action Act as project representative for Discipline during meetings with the Project Team, Customer discipline lead, and relevant agencies such as certifying authorities, auditors, third parties, etc. Become fully familiar with the project scope of work, specifications, schedule, and all inter- discipline requirements; including identifying concerns as early as practicable and taking appropriate initiatives to address the issues Interpret contractual requirements as they relate to engineering execution Identify changes to scope and promptly raise change notifications, including providing any necessary supporting documentation and estimates Interface with all disciplines to develop clash-free designs Interface with other departments to obtain input for Discipline designs and drawings Maintain close coordination with other engineering disciplines, Planning, Fabrication and Project Management teams, as required . Document substantive communications (communications that result in significant decisions or assignment of actions) and forward copies to the Discipline Lead Engineer and Discipline Manager Prepare estimates for bid proposals, including technical query reviews, execution statements, and man-hour estimates, identifying software requirements and any other project-specific requirements. Raise technical queries to obtain missing information, clarify work scope, and maintain preferred Company procedures, specifications, standards, practices, and operational requirements. Prepare, review, and (as Lead Engineer) approve Discipline engineering design basis, philosophies, and technical specifications Participate in finalizing deliverables lists and deliverables, ensuring compliance with specifications and functional integrity Review project schedule and fabrication schedule in relation to construction sequence, milestones, and engineering scope Attend project kickoff and review meetings, vendor meetings, engineering meetings, and site surveys, as required Provide technical direction and review of Designers producing products related to Electrical Engineering Prepare, review, and (as Lead Engineer) approve design reports and procedures Assist in providing necessary design inputs to other disciplines to enable them to proceed with their deliverables Assist procurement personnel in procuring Discipline equipment, materials, and services; ensuring that work produced complies with Customer objectives and procedures Procurement assistance includes preparing, reviewing, and (as Lead Engineer) approving requisitions, evaluating technical quotations and preparing queries, compiling bid tabulations and recommendations, preparing purchase requisitions, and coordinating with Procurement to expedite vendor documents, as directed by the Discipline Lead Engineer Keep the Discipline Manager and Project Management Team apprised of all activities and concerns, technical, budgetary, and manpower related Assist in providing inputs for actual, planning, and forecasting progress reports including associated productivity Check final subcontractor and vendor data manuals to ensure that all requested data has been received and approved Present issues and problems to Customers in a timely manner and assist the Lead Engineer in negotiating resolution in accordance with project and company requirements Perform (as required) Technical Quality Audit reviews in accordance with MDR Global Procedures Assist Lead Engineer with responses to Customers and other agencies (such as certifying authorities, auditors, third parties, etc.) on their review and approval Capture lessons learned and entered them into MDR's Lessons Learned system Guide less experienced engineers on MDR and Discipline procedures, standards, worksheets, design calculations, software, requisitions, technical bid evaluations, technical queries, etc. Supervise and guide assigned engineers and coordinate with project Lead Designers for Discipline engineering and design deliverable Responsible for the engineering integrity of the assigned work area Assist in the maintenance of departmental technical guidelines and standard calculation Provide information on employee performance to the Discipline Manager Assist the Discipline manager in interviewing job applicants Review and (as Lead Engineer) approve material lists, P&ID, etc. for Electrical equipment/systems and services for detailing the scope Update and (as Lead Engineer) approve specifications and data sheets for Electrical and bulk materials Review and (as Lead Engineer) approve Electrical system studies/calculations Prepare, review, and (as Lead Engineer) approve one-line diagrams and schematics diagrams Prepare, review, and (as Lead Engineer) approve electrical equipment building layout drawings Prepare, review, and (as Lead Engineer) approve lighting calculations/illumination study for the platform lighting system Prepare, review, and (as Lead Engineer) approve load lists or update load lists issued by Customer Review and provide input to secondary cable routing (branch cable trays, channel trays, single tubing, etc.) where detailing is not done Review and check the electrical equipment list Participate in the checking and (as Lead Engineer) approval of key discipline deliverables such as: All electrical studies using approved software : Specifications, Datasheets, Requisitions, TBEs SLD, Interconnection, and trouble-shooting drawings Hazardous area classification drawings Instrument and F&G detector layout Electrical Load list Lighting calculations & lighting layout When acting as Lead Engineer, in addition: Act as project-based Discipline point of contact in communications and meetings with Customer counterparts Ensure substantive communications are documented Prepare bids and project's Discipline engineering budget and execution plans, updating as required Identify project staff needs based on knowledge of individual engineers' skill sets and provide requests to the Discipline manager Plan, organize, and assign tasks, responsibilities, and man-hour budgets to the discipline team, and verify tasks are completed within budgets Provide Discipline inputs for actual, planning, and forecasting progress reports including associated productivity Alert the project team of any deviation from the scope or a need for a change order Review and approve requisitions, technical quotation evaluations, and queries, compiled bid tabulations and recommendations, and purchase requisitions; and coordinate with Procurement to expedite vendor documents as required Review comments from Customers & other agencies on documents and drawings produced by the team and resolve and give guidance on their update and incorporation Assist the Discipline manager in the preparation of quarterly forecasts and manpower planning Coordinate with vendor for discipline-managed/procured items Assist the Discipline manager and Project Engineering Manager or Project Manager in the Performance Evaluation of project team members Reports to: Project: Lead Engineer, Project Engineering Manager or Project Manager Functional: Supervising Engineer or Engineering Manager Liaise With: All Engineering disciplines, Project Management Team, Document Control, Project Planner, Procurement Group, Subcontractors and Vendors and Customers Supervises: Electrical Engineers and Electrical Designers Qualifications Essential Qualifications and Education: Diploma ,Bachelors degree in Engineering or Masters degree preferred 5-20 years of experience in oil and gas with major contractors or consultants predominantly performing detail design Detailed knowledge of design techniques and analysis methods, and detailed knowledge of the theory, content, and application of standards, codes, and guidelines as applicable Knowledgeable in project coordination and execution skills

The position requires a motivated, organized, and detail-oriented experienced Electrical Design Engineering professional. You should possess good project management skills to effectively manage clients and lead a team. A working knowledge of AUTOCAD, ETAP & DIALUX is essential for this role. Your responsibilities will include leading a team of draftsman / junior engineers, delegating tasks, and providing guidance to ensure project delivery on time and with high quality. Regular communication with clients, both domestic and international, is a key aspect of this role. Collaboration with other Engineering teams for MEP Coordination and conducting detailed engineering studies and analysis of technical drawings and specifications will be part of your daily tasks. You must have a clear understanding of applicable codes related to Electrical Engineering and perform comprehensive quality checks on project outputs, including reports and drawings. In terms of technical skills, you should have decent knowledge of Mechanical, Electrical, and Plumbing in the Building/Construction sector. Expertise in discrimination studies, generating shop drawings, As-Built single line diagrams, feeder schedules, power and lighting layouts, cable sizing, voltage drop calculations, load flow, and short circuit calculations is required. Additionally, you should be proficient in preparing Load schedules, Single line Diagrams, Cable schedules, Interconnection Diagrams, Termination Schedules, Earthing & lightning protection layouts, Cable routing Layouts, Electrical circuiting, and earthing calculations. Other required skills for this position include excellent communication and interpersonal skills, the ability to multitask, work under tight deadlines with minimal supervision, and strong problem-solving abilities. If you meet the qualifications outlined above and are interested in this opportunity, please send your detailed resume to careers@vdcint.com.,

As a Substation Engineer (Electrical) at Assystem, you will play a crucial role in the design and engineering works related to EHV/HV Substations, DRPC/SVC Stations, OHTL & Underground distribution, and renewable power plants. With a minimum qualification of a bachelor's degree and 7 to 10 years of extensive experience, you will be responsible for delivering accurate and thorough designs that meet industry standards, international design standards, and engineering practices. Your responsibilities will include the preparation of specifications for Substation Equipments and components, as well as engineering calculations such as Grounding, lighting, lightning, load calculations, breaker & cable calculations, equipment sizing, short circuit analysis, bus-bar sizing, overhead conductor sizing, sag tension, and cable pulling & tension calculations. Additionally, you will utilize software tools like ETAP, PSCAD, PLSCADD, CDEGS, CYMGRD, DIALUX, DIgSILENT, PLEXOS for energy modeling and power system engineering simulations. You should have a broad understanding of GIS, Transformer, Switchgear, Protection and Control (P C), SCADA, SAS, Telecom, Teleprotection, and substation design. Experience in Power plants including PV Plants and HVDC Systems will be advantageous. Familiarity with local and international standards, especially SEC standards, is preferred. As the primary engineer, you will act as a lead Engineer ensuring the implementation of an inter-discipline coordination system before issuing the final drawings. You will also perform power system studies such as load flow, short circuit, motor starting, stability, arc flash, harmonics, grid impact study, insulation coordination study, and transient studies. At Assystem, we are committed to equal treatment of candidates and promoting diversity within our company. We believe that different backgrounds and perspectives are essential for creating innovative solutions. If you are someone who values skills, talent, and the courage to bring unique contributions, we invite you to join us in shaping the future.,

Skills: Billing Search for relevant government/private tenders (GeM, eProcurement sites), Download tender documents and study scope, terms, and eligibility, Coordinate with technical and sales teams to prepare documentation, Prepare and submit tender forms, EMDs, and supporting documents, Track tender deadlines, corrigendums, and submission status, Maintain tender submission records and files (both soft and hard copy),

Role & responsibilities As a Sr. Engineer / Dy Manager/Manager, you will be working as a Design / Technical specialist or in a similar role. With minimal supervision, applies advanced engineering techniques and analyses for problems and methods Preferred candidate profile Experience related to AIS & GIS sub-station up to 400kV is preferred. Experience related to auxiliary LVAC and LVDC system design Experience related to preparation of cable schedule Preparation of Single Line Diagram, Protection One line Diagram, Layout, earthing, lightning, lightning, cabling design calculations and drawings Preparation of Cabling layouts Design review of all equipment drawings including control schematics Design review of CRP scheme and substation automation system Design review of PLCC and FOTE system Having experience to prepare CT/PT sizing calculation Good knowledge of MS office Good teamwork ability. Good knowledge of spoken and written English Familiarity and application of SEC Standards, IS, American, British, European codes of practices

About The Role Skill required: IX Product Engineering Services - Digital Site Designing Designation: Engineering Services Senior Analyst Qualifications: BTech Years of Experience: 5 to 8 years What would you do? The Power System Engineer is responsible for performing detailed analysis of electrical power systems, including transmission, distribution, and generation. The role involves modeling, simulation, and assessment of power systems to ensure their functionality, reliability, and efficiency. The individual will work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an in-depth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems are efficient and reliable. What are we looking for? Education:Proficient Electrical Engineer with experience around power system modelling and study. A Masters degree in "Power System Engineering" is a plus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies.Knowledge of renewable energy integration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems.Experience with advanced automation or grid optimization techniques.Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas for improvement.Prepare detailed reports on power system performance, including recommendations for upgrades or modifications.Present findings to senior engineers, managers, and clients.Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power system operations.Stay updated on emerging technologies, standards, and regulations related to power systems. Roles and Responsibilities: Power System Modeling and Simulation:Use software tools (e.g., MATLAB, PSCAD, PSS/E, ETAP, Digsilent Powerfactory) to model and simulate electrical power systems.Analyze the dynamic behavior of power systems under different operating conditions. Perform load flow analysis, short circuit analysis, stability analysis, and contingency studies.Power Grid Analysis:Assess grid reliability and performance through modeling of transmission and distribution systems. Identify potential risks, faults, and vulnerabilities in power systems. Evaluate and recommend solutions for system optimization, power factor correction, and fault tolerance.System Design and Optimization:Collaborate with electrical engineers to design power systems, including control systems, protection systems, and energy storage solutions. Provide technical support for power system design, including capacity planning, voltage regulation, and fault detection. Recommend improvements to power system components (transformers, circuit breakers, switches, etc.) to ensure efficiency. Qualification BTech

About The Role Skill required: IX Product Engineering Services - Digital Site Designing Designation: Engineering Services Senior Analyst Qualifications: BTech Years of Experience: 5 to 8 years What would you do? The Power System Engineer is responsible for performing detailed analysis of electrical power systems, including transmission, distribution, and generation. The role involves modeling, simulation, and assessment of power systems to ensure their functionality, reliability, and efficiency. The individual will work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an in-depth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems are efficient and reliable. What are we looking for? Education:Proficient Electrical Engineer with experience around power system modelling and study. A Masters degree in "Power System Engineering" is a plus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies.Knowledge of renewable energy integration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems.Experience with advanced automation or grid optimization techniques.Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas for improvement.Prepare detailed reports on power system performance, including recommendations for upgrades or modifications.Present findings to senior engineers, managers, and clients.Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power system operations.Stay updated on emerging technologies, standards, and regulations related to power systems. Roles and Responsibilities: Power System Modeling and Simulation:Use software tools (e.g., MATLAB, PSCAD, PSS/E, ETAP, Digsilent Powerfactory) to model and simulate electrical power systems.Analyze the dynamic behavior of power systems under different operating conditions. Perform load flow analysis, short circuit analysis, stability analysis, and contingency studies.Power Grid Analysis:Assess grid reliability and performance through modeling of transmission and distribution systems. Identify potential risks, faults, and vulnerabilities in power systems. Evaluate and recommend solutions for system optimization, power factor correction, and fault tolerance.System Design and Optimization:Collaborate with electrical engineers to design power systems, including control systems, protection systems, and energy storage solutions. Provide technical support for power system design, including capacity planning, voltage regulation, and fault detection. Recommend improvements to power system components (transformers, circuit breakers, switches, etc.) to ensure efficiency. Qualification BTech

Role & responsibilities Business Development: Identify and pursue new business opportunities, expanding the customer base within the capacitor manufacturing sector. Sales Strategy: Develop and implement effective sales strategies to achieve revenue goals, taking into account market trends and competitor activities. Technical Expertise: Possess a deep understanding of Power Quality technology and its applications. Provide technical support and guidance to customers, ensuring they receive solutions tailored to their needs. Client Relationship Management: Build and nurture long-term relationships with clients, understanding their requirements and addressing any concerns promptly. Product Knowledge: Stay updated on the latest developments in Power Quality technology and industry standards. Effectively communicate the features and benefits of our products to potential clients. Sales Presentations: Conduct engaging presentations to demonstrate the value proposition of our Power Quality products, addressing technical aspects and showcasing their advantages. Quotation and Proposal Generation: Prepare accurate and competitive quotations and proposals in collaboration with the technical and pricing teams. Market Analysis: Monitor market trends, competitor activities, and customer feedback to provide valuable insights for product development and marketing strategies. Sales Reporting: Maintain detailed records of sales activities, prepare regular reports on sales performance, and contribute to forecasting. Preferred candidate profile Bachelor's degree/ Diploma in Electrical Engineering or a related field. Proven experience in technical sales within the Power Quality segment/ industry. Strong understanding of Power Quality technology and applications. Excellent communication and presentation skills. Ability to work independently and collaboratively within a team. Proven track record of meeting and exceeding sales targets. 2-5 years+ of experience in Sales & Marketing, LV& HV Capacitors, Harmonic Filters and Power Quality Products, and solutions. Proficiency in both spoken & written English language is required

The Electrical System Studies position requires a candidate with 3 to 12 years of experience in Power system studies including Load flow, Short circuit, Transient & Dynamic stability, and Grid Integration studies. The ideal candidate should hold a BE / B Tech (Electrical) or ME / M Tech (Power System) qualification. Key Responsibilities: - Conduct Power system studies such as Load flow, Short circuit, Transient & Dynamic stability, and Grid Integration studies. - Demonstrate strong technical and analytical skills to independently execute projects and manage clients. - Serve as a specialist engineer capable of handling power studies jobs autonomously. Key Skills Required: - Proficiency in using ETAP, PSCAD, PSSE software. - Understanding of Industrial Electrical power systems and Grid Power Systems, along with knowledge of India and International codes and standards. - Strong soft skills including report writing, good customer interaction, sharing knowledge, and effective communication. Technical Competencies: - Sound knowledge of Power System Fundamentals. - Expertise in Power system studies such as Load flow, Short circuit, Transient & Dynamic stability, Protection Coordination, Insulation coordination, and Grid Integration studies. - Proficiency in utilizing ETAP, PSSE, PSCAD Software. - Excellent analytical skills and familiarity with Indian and International Codes and Standards. - Proficient in report writing.,

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

Role & responsibilities Assist in conducng load flow, short circuit, motor starng, transient stability, arc flash, and protecon coordinaon studies using soware tools (e.g., ETAP, PSCAD, PSSE, MiPower etc). • Support the preparaon of technical reports, single-line diagrams, and engineering drawings. • Assist in the design and specificaon of substaons, switchgear, transformers, and protecon systems. • Perform data collecon, validaon, and analysis of electrical system parameters. • Collaborate with internal teams and external stakeholders (e.g., ulies, industrial clients, EPCs). • Support in preparing project documentaon, such as calculaons, datasheets, and equipment lists. • Parcipate in site visits, commissioning support, and client meengs as required. • Stay updated with industry standards (IEEE, IEC, NEC) and best pracces.

-Lead Solar PV plants detailed electrical engineering, review projects -Detailed designs of Solar plants, AC-DC electrical systems -Lightning calculations,risk assessment -Design inverter stations, MV transformer, Switching stations -Travel Pan India Required Candidate profile -Min 2yrs in SOlar PV design, ground mounted solar projects -MS Office, Dialux -essential -AutoCAD,ETAP,PV vSyst,Sketchup -SCADA architecture for solar PV plants -Advantage -Consultancy/EPC background

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Management Specialist Qualifications: BTech Years of Experience: 7 to 11 years About Accenture Combining unmatched experience and specialized skills across more than 40 industries, we offer Strategy and Consulting, Technology and Operations services, and Accenture Song all powered by the worlds largest network of Advanced Technology and Intelligent Operations centers. Our 699,000 people deliver on the promise of technology and human ingenuity every day, serving clients in more than 120 countries. Visit us at www.accenture.com What would you do The Power System Engineer Analyst is responsible for performing detailed analysis of electrical power systems, including transmission, distribution, andgeneration. The role involves modeling, simulation, and assessment of power systems to ensure their functionality, reliability, and efficiency. The individualwill work closely with engineers and stakeholders to identify potential improvements and help design cost-effective solutions. This position requires an indepth understanding of electrical systems, excellent analytical abilities, and an ability to work in a collaborative environment to ensure that power systems areefficient and reliable.Investment project management and control capabilities related to grid assets to enable the energy transition (e.g. transmission interconnections). What are we looking for Education:Proficient Electrical Engineer with experience around power system modelling and study. A Masters degree in "Power System Engineering" is aplus. Technical Skills :Proficiency in power system analysis and simulation software (e.g., CYME, PSS/E, ETAP, DIgSILENT PowerFactory, MATLAB/Simulink).Solid understanding of power system components and their operations, including generators, transformers, circuit breakers, relays, and protection devices.Experience with load flow analysis, fault analysis, voltage stability, and other power system studies. Additional Skills :Knowledge of renewable energyintegration and energy storage systems. Familiarity with SCADA systems and real-time monitoring of power systems. Experience with advanced automation orgrid optimization techniques. Data Analysis and Reporting:Analyze large sets of electrical system data to identify trends, inefficiencies, and areas forimprovement. Prepare detailed reports on power system performance, including recommendations for upgrades or modifications. Present findings to seniorengineers, managers, and clients. Compliance and Standards:Ensure compliance with industry standards, regulations, and best practices for power systemoperations. CYMEPowerfactory Roles and Responsibilities: Power System Modeling and Simulation:Use software tools (e.g., MATLAB, PSCAD, PSS/E, ETAP, Digsilent Powerfactory) to model and simulateelectrical power systems. Analyze the dynamic behavior of power systems under different operating conditions. Perform load flow analysis, short circuitanalysis, stability analysis, and contingency studies. Power Grid Analysis:Assess grid reliability and performance through modeling of transmission anddistribution systems. Identify potential risks, faults, and vulnerabilities in power systems. Evaluate and recommend solutions for system optimization, powerfactor correction, and fault tolerance. System Design and Optimization:Collaborate with electrical engineers to design power systems, including controlsystems, protection systems, and energy storage solutions. Provide technical support for power system design, including capacity planning, voltage regulation,and fault detection. Recommend improvements to power system components (transformers, circuit breakers, switches, etc.) to ensure efficiency Qualification BTech

The job involves contributing to the technical development and delivery of studies and analysis within the power systems team. This includes delivering consulting work related to various types of power systems studies and analysis such as static studies (e.g., load flow, fault level, reactive compensation), dynamic studies (e.g., stability studies), harmonic analysis, power quality, filter design, transient overvoltage, insulation coordination, control interaction studies, earthing studies, protection coordination, and Arc Flash studies. You will provide technical and project management leadership to support the project team in the successful delivery of consulting work, manage and resource the power systems team, and ensure the technical quality of delivery of power systems projects, reports, and proposals. Furthermore, you will contribute to the commercial development of studies and analysis within the power systems team by building and maintaining key client relationships, identifying areas for integration of services/skill sets through multi-disciplinary working, leading the development and delivery of project proposals, driving efficiency improvements in delivery (e.g., through the development of new scripts on power systems software packages), and ensuring excellence in power systems software packages. Other requirements for the role include leadership skills, demonstrated ability to lead and motivate a team, excellent communication skills (both verbal and written), ability to convey complex ideas clearly and concisely, strong team collaboration skills, proven experience in guiding and developing team members, being educated to degree level in Electrical Engineering with Power Systems specialization, extensive experience in power systems consulting, desire and ability to drive growth in power systems, a wide network of industry contacts and clients, proactive and highly motivated nature, proven track record in leading teams, ability to work in a fast-paced environment with multiple projects/proposals, focus on quality and excellence of deliverables, strong and in-depth market knowledge of the UK Power Industry, and proven client relationships with UK clients. If you possess these qualifications and skills, we would love to hear from you.,