Applied High Voltage, LLC
Project Engineer - Protection - Applied High Voltage
Applied High Voltage, LLC, Albany, New York, United States
Overview
Applied High Voltage (AHV) provides comprehensive power solutions through experienced, hands-on professionals who make it our business to understand your objectives. Without the overhead and reporting structure of larger, less specialized firms, we are flexible and ideally suited to meet each client’s custom needs. AHV delivers top-notch talent, personalized service and quality Electrical Engineering and EPC projects.
Position Summary : The position assumes the responsibilities of a Project Engineer - Protection performing load flow study, short circuit study, protection coordination study, relay setting, harmonic study and arc flash study for LV, HV, EHV electrical power systems with emphasis on design of electrical power substations of transmission and distribution systems. A Project Engineer - Protection will also be responsible for collaborating with a team of engineers and drafters to support substation protection and control system design, including detailed protection and control design for substation projects and providing engineering design and construction support for assigned projects.
Responsibilities
Developing substation and renewable project system models in SKM software and performing short circuit studies to determine short circuit ratings of substation equipment.
Performing Arc flash study using SKM software to determine incident energy at different equipment at substation to determine incident energy and creating Arc flash labels.
Developing substation models in Aspen or SKM software and performing protection and coordination studies for substation relays.
Developing relays protection logic and setting files for various types of relays such as SEL-311L, SEL-751, SEL-787, SEL-735, SEL-487E, SEL-487V, and GE-L90 etc. in AcSELerator and GE Enervista software.
Developing substation and renewable project system models in SKM software and performing reactive power studies to determine reactive power device sizing for substations to meet the power factor requirements.
Developing models with harmonic source and performing harmonic study to analyze individual harmonics meets with IEEE 519 standard limits and designing harmonic filters.
Developing substation models in ETAP software.
Practical knowledge and understanding of Engineering/Procurement/Construction types of projects.
Developing single-line switching and protection diagrams.
Developing three-line and DC schematic diagrams.
Developing and maintaining a bill of material.
Developing cable and conduit schedule, including sizing
Conducting the required calculations and creating reports: AC and DC systems including sizing DC battery, overvoltage protection and coordination, conduit fill, grounding, and lightning protection, etc.
Developing control panel layouts and wiring diagrams; Selecting protective devices and ratings.
Review and coordination of substation physical drawings and calculations including general arrangements, clearances, details, conduit, grounding, and lightning protection, etc.
Design of underground MV and HV cabling systems including cable ampacity, installation details, etc.
Assure that all engineering documents and records are properly maintained.
Coordination/guidance of designers/drafters and detailed review/approval of electrical drawings.
Participate in development of less experienced engineers and designers.
Provide engineering specifications and other information required by purchasing to procure equipment.
Selecting and ordering substation materials and/or equipment. Review vendor submittals.
Supervision
N/A
Professional Registration
Professional Engineering license (one or more US states) is preferred, but not required.
Educational Requirements
Bachelor of Science Degree in Electrical Engineering - required
Master of Science Degree in Electrical Engineering and/or Electrical Power Engineering - preferred
Educational courses in power systems analysis, power system protection, electrical machinery, etc.
Knowledge of NEC, ANSI, NEMA, NFPA, IEEE and other applicable codes and standards.
Experience & Training Requirements
5+ Years’ Experience in Design of Transmission Level Substations (13.8kV – 500 kV) including:
Transmission Line Protection
Substation Protection and Control Systems
Generator, Transformer and Bus Protection Schemes
Development of station/substation single-line, protection, control and SCADA diagrams including utility and ISO interconnection and operational requirements
Equipment specifications, designs and layouts including major equipment and protection, control, SCADA, and low-voltage auxiliary systems
Capacitor Banks and Distribution Feeder Protection
Demonstrated experience at all interfaces of transmission level projects
Minimum of 5 years of application experience with SEL, GE, etc. relays.
Codes and Standards: NEC, NFPA, NESC, OSHA, NERC, RUS, IEEE, ANSI, IEC, Local and Federal Building Codes
Highly motivated and able to execute tasks provided adequate supervision.
Good written and verbal communications skills.
Ability to work well with others in a team setting.
Skilled in engineering theories and principles.
Skilled in practice of researching engineering and design issues, evaluating alternatives, making sound recommendations and preparing and presenting recommendations.
Skilled in problem solving in time-sensitive situations
Computer Skills
Demonstrated experience in the following software programs:
SKM
Aspen
ETAP
AcSELerator
GE Enervista
Microsoft Word – Intermediate
Microsoft Excel – Intermediate
Microsoft Outlook – Intermediate
AutoCAD (2015 or later) – advanced
Travel Requirements
Project Engineer travel level is typically 10%.
Physical Requirements
Ability to lift / move equipment up to 15 lbs.
Applied High Voltage is an equal opportunity employer. We offer competitive compensation, benefits, and 401K.
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Position Summary : The position assumes the responsibilities of a Project Engineer - Protection performing load flow study, short circuit study, protection coordination study, relay setting, harmonic study and arc flash study for LV, HV, EHV electrical power systems with emphasis on design of electrical power substations of transmission and distribution systems. A Project Engineer - Protection will also be responsible for collaborating with a team of engineers and drafters to support substation protection and control system design, including detailed protection and control design for substation projects and providing engineering design and construction support for assigned projects.
Responsibilities
Developing substation and renewable project system models in SKM software and performing short circuit studies to determine short circuit ratings of substation equipment.
Performing Arc flash study using SKM software to determine incident energy at different equipment at substation to determine incident energy and creating Arc flash labels.
Developing substation models in Aspen or SKM software and performing protection and coordination studies for substation relays.
Developing relays protection logic and setting files for various types of relays such as SEL-311L, SEL-751, SEL-787, SEL-735, SEL-487E, SEL-487V, and GE-L90 etc. in AcSELerator and GE Enervista software.
Developing substation and renewable project system models in SKM software and performing reactive power studies to determine reactive power device sizing for substations to meet the power factor requirements.
Developing models with harmonic source and performing harmonic study to analyze individual harmonics meets with IEEE 519 standard limits and designing harmonic filters.
Developing substation models in ETAP software.
Practical knowledge and understanding of Engineering/Procurement/Construction types of projects.
Developing single-line switching and protection diagrams.
Developing three-line and DC schematic diagrams.
Developing and maintaining a bill of material.
Developing cable and conduit schedule, including sizing
Conducting the required calculations and creating reports: AC and DC systems including sizing DC battery, overvoltage protection and coordination, conduit fill, grounding, and lightning protection, etc.
Developing control panel layouts and wiring diagrams; Selecting protective devices and ratings.
Review and coordination of substation physical drawings and calculations including general arrangements, clearances, details, conduit, grounding, and lightning protection, etc.
Design of underground MV and HV cabling systems including cable ampacity, installation details, etc.
Assure that all engineering documents and records are properly maintained.
Coordination/guidance of designers/drafters and detailed review/approval of electrical drawings.
Participate in development of less experienced engineers and designers.
Provide engineering specifications and other information required by purchasing to procure equipment.
Selecting and ordering substation materials and/or equipment. Review vendor submittals.
Supervision
N/A
Professional Registration
Professional Engineering license (one or more US states) is preferred, but not required.
Educational Requirements
Bachelor of Science Degree in Electrical Engineering - required
Master of Science Degree in Electrical Engineering and/or Electrical Power Engineering - preferred
Educational courses in power systems analysis, power system protection, electrical machinery, etc.
Knowledge of NEC, ANSI, NEMA, NFPA, IEEE and other applicable codes and standards.
Experience & Training Requirements
5+ Years’ Experience in Design of Transmission Level Substations (13.8kV – 500 kV) including:
Transmission Line Protection
Substation Protection and Control Systems
Generator, Transformer and Bus Protection Schemes
Development of station/substation single-line, protection, control and SCADA diagrams including utility and ISO interconnection and operational requirements
Equipment specifications, designs and layouts including major equipment and protection, control, SCADA, and low-voltage auxiliary systems
Capacitor Banks and Distribution Feeder Protection
Demonstrated experience at all interfaces of transmission level projects
Minimum of 5 years of application experience with SEL, GE, etc. relays.
Codes and Standards: NEC, NFPA, NESC, OSHA, NERC, RUS, IEEE, ANSI, IEC, Local and Federal Building Codes
Highly motivated and able to execute tasks provided adequate supervision.
Good written and verbal communications skills.
Ability to work well with others in a team setting.
Skilled in engineering theories and principles.
Skilled in practice of researching engineering and design issues, evaluating alternatives, making sound recommendations and preparing and presenting recommendations.
Skilled in problem solving in time-sensitive situations
Computer Skills
Demonstrated experience in the following software programs:
SKM
Aspen
ETAP
AcSELerator
GE Enervista
Microsoft Word – Intermediate
Microsoft Excel – Intermediate
Microsoft Outlook – Intermediate
AutoCAD (2015 or later) – advanced
Travel Requirements
Project Engineer travel level is typically 10%.
Physical Requirements
Ability to lift / move equipment up to 15 lbs.
Applied High Voltage is an equal opportunity employer. We offer competitive compensation, benefits, and 401K.
#J-18808-Ljbffr