Distribution System Modeling & Analysis Engineer
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Develop and own the strategy to build out the distribution system using CYME, GIS, and demand forecasting tools. Participate in the development of geo-referenced load forecasts using LoadSEER or similar tools to support probabilistic load modeling efforts at the distribution level.
Lead distribution system analysis including seasonal assessments analyzing voltage, thermal, and N-1 contingency reviews using the CYME software and available data sets. Perform power flow analysis and/or capacity reviews to identify potential system needs relative to distribution criteria and define mitigation projects for short-, mid-, and long-term system planning.
Conduct other system analysis studies as the need arises to improve system efficiency, system reliability and quality of service to customers. Studies may include but are not limited to transformer loading, volt-var optimization leveraging capacitors and regulators, short circuit analysis, recloser placement optimization, and load balance evaluation..
Develop and prepare project documentation (i.e., need statement, potential solution, one-line diagram, etc.) using the results from system analysis to develop the short-, mid-, and long-term system plans. Future plans will be entered in Copper-leaf for capital planning.
Analyze and assess sophisticated DER distribution system interconnections. Perform DER hosting capacity analysis, time-series power flow analysis, protection device coordination studies, transient switching analysis, etc. using CYME and PSCAD depending on the sizes and devices of the associated interconnecting DERs.
Own the development and maintenance of DER interconnection portal, which is an information hub and process dashboard for DER interconnection requests and data. Provide engineering reviews of various DER interconnection applications and properly communicate the suggestions to upper management.
Coordinate distribution project development and integration activities with the Transmission Planning, Performance & Reliability, Investment & Project Planning, Standards, Engineering, Field Operations, System Operations, and Customer Service.
Develop training materials for software applications and onboarding for Distribution modeling and analysis functions.
Meet with internal and external customers to discuss short-, mid-, and long-term distribution system plans.
Requirements:
Bachelor of Science or equivalent experience/Engineering Degree in Electrical Engineering from an accredited college or university required, preferably with an emphasis in power systems
Hold or have ability to pursue Professional Engineer (P.E.) license registered in any state of United States of America.
Bachelor degree in electrical engineering with at least four (4) years of experience in the field of distribution modeling and analysis, OR, Master degree in Electrical Engineering with at least two (2) years of experience in the field of distribution modeling and analysis, OR, Doctorate degree in Electrical Engineering with at least one (1) year of experience in the field of distribution modeling and analysis.
Two (2) or more years of distribution power flow modeling experience using CYME, Synergi, OpenDSS, or other similar study software
Two (2) or more years of DER interconnection analysis or similar experience with an understanding of IEEE Std. 1547
Proven strong research and self-learning altitude and capability
Demonstrated leadership ability to effectively supervise and direct the work of assigned personnel, external employees, and the ability to effectively and professionally deal with coworkers and customers is required.
Desired Qualifications:
Team player
Strong analytical skills, leadership, and communication skills
Advanced degrees or training (i.e., Master of Science, Doctorate degree) or equivalent experience in Electrical Engineering
Excellent communication, collaboration and influencing skills at all levels of the organization
Proficient presentation skills, diplomacy and facilitation skills covering large and small group forums ranging from technical to non-technical audiences at all levels of corporate hierarchy
Track record of leading and managing teams and delivering against tight deadlines in fast-paced and demanding environments.
Highly motivated self-starter with the ability and willingness to take initiative and champion process improvement
Strong understanding of electrical engineering concepts such as reliability, load flow, stability, short circuit, voltage regulation, transients, power factor, losses, etc.
Familiar with other power system analysis software such as LoadSEER, PSCAD, ASPEN, and PSSE.
Experience with computer programming such as Python, C++, VBA, MATLAB
Experience with industry publications and presentations
Experience with active engagements of industry working groups or committees such as IEEE Std. 1547 standards or IEEE PES Distribution Planning Subcommittee
Experience with power electronics devices and controls
Experience with planning/developing a project of a grid-scale battery energy storage system (BESS) on a distribution circuit
Experience with analyzing/integrating electric vehicle charging stations
AES is an Equal Opportunity Employer who is committed to building strength and delivering long-term sustainability through and . Respecting all backgrounds, and perspectives enables us to improve the lives of our people, customers, suppliers, contractors, and the communities in which we live and work. All qualified applicants will receive consideration for employment without regard to , , , and/or expression, , , , , , marital status, physical or mental , , childbirth, or related medical condition, military or veteran status, or any other characteristic protected under applicable law. E-Verify Notice: AES will provide the Social Security Administration (SSA) and if necessary, the Department of Homeland Security (DHS) with information from each new employee's I-9 to confirm work authorization.