33 Short Circuit Jobs - Page 2

We're enhancing the way we live and work by intelligently connecting energy systems, buildings and industries!! Smart infrastructure from Siemens makes the world a more connected and caring place where resources are valued, where impact on the world is considered, where sustainable energy is delivered reliably and efficiently. It provides the flexible infrastructure to allow society to evolve and respond to changing conditions. Technology and the ingenuity of people come together to be at one with our environments and to care for our world. We do this from the macro to the micro level, from physical products, components and systems to connected, cloud-based digital offerings and services. Siemens offers a broad portfolio of grid control and automation; low- and medium-voltage power distribution, switching and control; and building automation, fire safety and security, HVAC control and energy solutions. This role is based in Mumbai / Gurgaon/ Bangalore, where you"™ll get the chance to work with teams impacting entire cities, countries and the shape of things to come. Responsibilities: Lead complex power system studies using PSS®E and PSCAD Oversee grid integration studies for renewable energy projects Manage multiple grid connection projects simultaneously Lead a team of 4-6 power system engineers Interface with clients, utilities, and regulatory bodies Ensure project deliverables meet quality standards Conducting/supervising: Insulation coordination studies Switching transient analysis Harmonic studies Protection coordination Grid compliance studies in PSS®E and PSCAD System stability assessments Deliverables Management Technical reports Client presentations Design recommendations Grid code compliance documentation Team performance metrics Desired Qualification & Experience: BE/M.Tech/MS Electrical Engineer Experience of around 8-10 years Knowledge of various IEC and ANSI standards for power system studies Specific experience of power system analysis tools PSCAD and PSS®E Advanced knowledge of: Dynamic stability analysis Short circuit calculations Frequency response Grid code compliance EMT simulations Renewable integration Python scripting We"™re Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality and we welcome applications that reflect the diversity of the communities we work in across Gender, LGBTQ+, Abilities & Ethnicity. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination, and help us shape tomorrow. Find out more about Smart Infrastructure athttps://new.siemens.com/global/en/company/topic-areas/smart-infrastructure.html and about Siemens careers atwww.siemens.com/careers

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

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Management Associate Qualifications: BTech Years of Experience: 1 to 3 years What would you do? Power System Engineer will play a vital role in the planning, development, and operation of electrical power systems. This role involves designing and analyzing power generation, transmission, and distribution systems to ensure they are efficient, reliable, and meet safety standards. The engineer will also be responsible for troubleshooting issues, performing system analysis, and optimizing the performance of electrical grids.Investment project management and control capabilities related to grid assets to enable the energy transition (e.g. transmission interconnections). What are we looking for? Qualifications:Education:Bachelor s degree in Electrical Engineering (Power Systems focus) or related field.Master's degree (optional, but preferred).Experience1~3 years of experience in power systems engineering or a related field.Familiarity with grid stability, protection, and control systems. Skills: Strong understanding of electrical power generation, transmission, and distribution.Proficiency in power system modeling, simulation, and analysis.Knowledge of electrical protection systems and control strategies.Proficiency in using industry-standard software tools.Ability to work in a multidisciplinary team and effectively communicate with non-technical stakeholders.Knowledge of renewable energy integration into power systems.Familiarity with smart grid technologies and energy storage solutions.Experience in power system optimization and energy management. Roles and Responsibilities: Key Responsibilities:System Design and Development:Design electrical power systems, including generation, transmission, and distribution networks.Develop and optimize electrical grid layouts and configurations to ensure system reliability and efficiency.Ensure systems meet industry standards, regulatory requirements, and safety guidelines.Power System Analysis:Perform load flow analysis, fault analysis, stability studies, and protection coordination.Evaluate the performance of electrical systems under various operating conditions.Use simulation software (e.g., PSCAD, ETAP, DIgSILENT) for analysis and modeling. Qualifications BTech

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Management Sr Analyst Qualifications: BTech Years of Experience: 5 to 8 years What would you do? Power System Engineer will play a vital role in the planning, development, and operation of electrical power systems. This role involves designing and analyzing power generation, transmission, and distribution systems to ensure they are efficient, reliable, and meet safety standards. The engineer will also be responsible for troubleshooting issues, performing system analysis, and optimizing the performance of electrical grids. What are we looking for? Qualifications:Education:Bachelor s degree in Electrical Engineering (Power Systems focus) or related field.Master's degree (optional, but preferred).Experience5~8 years of experience in power systems engineering or a related field.Familiarity with grid stability, protection, and control systems. Skills: Strong understanding of electrical power generation, transmission, and distribution.Proficiency in power system modeling, simulation, and analysis.Knowledge of electrical protection systems and control strategies.Proficiency in using industry-standard software tools.Ability to work in a multidisciplinary team and effectively communicate with non-technical stakeholders.Knowledge of renewable energy integration into power systems.Familiarity with smart grid technologies and energy storage solutions.Experience in power system optimization and energy management Roles and Responsibilities: Key Responsibilities:System Design and Development:Design electrical power systems, including generation, transmission, and distribution networks.Develop and optimize electrical grid layouts and configurations to ensure system reliability and efficiency.Ensure systems meet industry standards, regulatory requirements, and safety guidelines.Power System Analysis:Perform load flow analysis, fault analysis, stability studies, and protection coordination.Evaluate the performance of electrical systems under various operating conditions.Use simulation software (e.g., PSCAD, ETAP, DIgSILENT) for analysis and modeling. Qualifications BTech

Required Skills & Experience: 1. Performing power system studies a. Load flow analysis, b. Short circuit analysis c. Relay setting and coordination d. Arc flash analysis e. Cable selection 2. Good communication skills 3. Standards known : IS, IEC , NEC 4. Software knowledge- ETAP Responsibilities To perform power system studies on ETAP software. Responsible for the quality and timely delivery of the projects. Organize day-to-day work plan for self and team members To understand the scope of work and estimate efforts, work flow planning including deliverables To review, check and verify the teams output deliverables Discussion with Vendors, get the data required for studies. Active participation in all levels of projects Overall responsibility for the development of typical details, specifications, and drawing standards in coordination with the Vendor. Please visit our company website for more details. www.Neilsoft.com and http://www.neilsoftsolutions.com

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

Skill required: IX Intelligent Capital Project Operations - Low Carbon Grid Capital Projects Designation: Capital Projects Management Sr Analyst Qualifications: BTech Years of Experience: 5 to 8 years What would you do? The Power System Engineer Analyst 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.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 Master's 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.Additional Skills :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