Posting Title

Undergraduate/Graduate (3-12 Month, Remote) Intern - Power System/Power Electronics Modeling

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Location

CO - Golden

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Position Type

Intern (Fixed Term)

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Hours Per Week

40

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Working at NREL

The National Renewable Energy Laboratory (NREL), located at the foothills of the Rocky Mountains in Golden, Colorado is the nation's primary laboratory for research and development of renewable energy and energy efficiency technologies.

Join a team of world-class scientists, engineers, and visionaries dedicated to shaping the world’s energy future through cutting-edge research and innovation. From our vision to our NREL community, we are unique in the research community. We are focused on impact. From our work in basic sciences to systems engineering, analysis, demonstration, and deployment, we are focused on solving market-relevant problems that result in advanced, secure, reliable, and affordable energy systems. We are trusted clean energy leaders, developing cost-saving solutions that make U.S. industries more competitive, and support job creation and economic growth across rural and urban communities.

At NREL, we offer a unique, mission-driven work environment with cutting-edge facilities and multidisciplinary research teams. NREL's environment offers strong partnerships with industry, academia, and other national laboratories, as well as professional development opportunities and a competitive benefits package for employees.

Learn about NREL’s critical objectives: NREL's Mission and Vision.

Job Description

The Power Systems Engineering Center (PSEC) at the National Renewable Energy Laboratory (NREL) is inviting applications for one or two internship positions to work on in the area of power systems and power electronics interfaces. This position will perform dynamic modeling and validation of power systems with high percentage of inverter-based resources and evaluate their impact on power grids.  This work will be conducted at NREL’s Flatiron Campus. The researcher should have knowledge of power system stability analysis and control theory.

Job responsibilities will include:

• Provide technical analysis related to power electronics and power systems control of renewable generation, battery energy storage systems, and large industrial drives.
• Work under supervision to build power system EMT simulation and perform power system validation.
• Integrating, testing, and using user-written “black box” models in PSCAD for wind turbine generators, solar inverters, battery energy storage systems (BESS), or other advanced power electronic based systems.
• Evaluate studies that examine the impact of high percentage of inverter-based resource on power systems.
• Writing and publishing results of analysis in peer-reviewed journals and technical reports
• Follow all Environmental, Safety, and Health policies to ensure and maintain a safe working environment.

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Basic Qualifications

Minimum of a 3.0 cumulative grade point average.

Undergraduate: Must be enrolled as a full-time student in a bachelor’s degree program from an accredited institution.
Post Undergraduate: Earned a bachelor’s degree within the past 12 months. Eligible for an internship period of up to one year.

Graduate: Must be enrolled as a full-time student in a master’s degree program from an accredited institution.
Post Graduate: Earned a master’s degree within the past 12 months. Eligible for an internship period of up to one year.
Graduate + PhD: Completed master’s degree and enrolled as PhD student from an accredited institution.

Please Note:
• Applicants are responsible for uploading official or unofficial school transcripts, as part of the application process.
• If selected for position, a letter of recommendation will be required as part of the hiring process.
• Must meet educational requirements prior to employment start date.

* Must meet educational requirements prior to employment start date.

Additional Required Qualifications

• Experience with power system EMT software tools such as PSCAD, MATLAB/Simulink, DIgSILENT, RSCAD, or other EMT simulation tools.
• Solid knowledge on power system EMT modeling, power system stability and control.
• Solid knowledge on the modeling and control of inverter-based resources.
• Ability to present technical