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How much do internship power system planning jobs pay per hour?

As of Aug 15, 2026, the average hourly pay for internship power system planning in the United States is $17.36, according to ZipRecruiter salary data. Most workers in this role earn between $14.90 and $19.23 per hour, depending on experience, location, and employer.

What does an internship in power system planning involve?

An Internship in Power System Planning typically involves assisting engineers and planners in analyzing, designing, and optimizing electrical power systems. Interns may work on projects related to load forecasting, grid reliability, renewable energy integration, and power flow studies. The role often includes using specialized software to model electrical networks, supporting data analysis, and preparing technical reports. This experience provides valuable exposure to the challenges and solutions in modern power system operations and planning.

What are the key skills and qualifications needed to thrive as an internship in power system planning?

To thrive as an Internship Power System Planning, you need a solid background in electrical engineering fundamentals, particularly in power systems analysis and grid operation, often supported by coursework or a relevant degree in progress. Familiarity with technical tools such as MATLAB, PowerWorld, or PSS/E, and a basic understanding of industry standards are typically expected. Strong analytical thinking, attention to detail, and effective communication skills help interns collaborate with teams and present findings clearly. These skills and qualities are crucial for contributing to reliable power system planning and supporting the development of efficient, resilient energy grids.

What types of projects or tasks can an intern expect to work on in a power system planning internship?

As a Power System Planning intern, you can expect to assist with analyzing electrical grid data, modeling power system scenarios, and supporting the development of long-term infrastructure plans. Typical tasks may include running software simulations, preparing technical reports, and collaborating with engineers to assess system reliability or evaluate renewable energy integration. You'll often participate in team meetings and may have opportunities to present your findings, providing valuable exposure to both technical and communication aspects of the field.

What is the difference between Internship Power System Planning vs Power System Engineer?

AspectInternship Power System PlanningPower System Engineer
CredentialsCurrently pursuing or recently completed relevant degree (e.g., Electrical Engineering)Bachelor's or Master's in Electrical Engineering, professional licensure often preferred
Work EnvironmentInternship setting, often in utility or consulting firms, supervised learningFull-time professional role, involved in design, analysis, and operation of power systems
Industry UsageEntry-level, educational experience, often part of training programsOperational, design, and project management responsibilities in power industry

Internship Power System Planning provides hands-on learning and exposure to power system analysis, while Power System Engineers are responsible for designing, maintaining, and optimizing electrical grids. Internships serve as a stepping stone toward becoming a full-fledged engineer in the power industry.

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Internship Power System Planning jobs near you
Infographic showing various Internship Power System Planning job openings in the United States as of August 2026, with employment types broken down into 1% As Needed, 84% Full Time, 12% Part Time, and 3% Contract. Highlights an 92% Physical, 2% Hybrid, and 6% Remote job distribution, with an average salary of $36,118 per year, or $17.4 per hour.

Power Systems Engineer ---Remote

DELTASOFT SOLUTIONS LLC

Newtown, PA • On-site

$65 - $70/hr

Full-time

Medical, PTO

Re-posted 13 days ago

Job description

Benefits:
  • Employee discounts
  • Health insurance
  • Paid time off

Power Systems Engineer ---Remote

Job Summary

We are seeking a highly motivated Power Systems Engineer to support an innovation initiative focused on substantially accelerating Transmission and Distribution planning tools using NVIDIA GPU technology. This role will be responsible for modeling and converting existing Transmission and Distribution network models currently developed in CYME and GE PSLF into pandapower-based Python models, working with NVIDIA resources and performing steady state powerflow analysis for these models using GPUs and CUDA libraries.
The ideal candidate combines strong power systems fundamentals, hands-on experience with planning tools, and programming skills, and is excited to work at the intersection of power engineering and high-performance computing.
Key Responsibilities

  • Develop Transmission and Distribution network models using pandapower (Python)
  • Convert and validate existing network models from CYME and GE PSLF into pandapower equivalents
  • Ensure electrical fidelity between source models and converted models (topology, parameters, limits, results)
  • Work with NVIDIA engineers in developing Powerflow analysis solution using GPUs and CUDA libraries
  • Collaborate with power systems engineers, data scientists, and GPU/HPC specialists to enable GPU-accelerated simulations
  • Assist in benchmarking CPU vs GPU performance for power system studies
  • Document modeling assumptions, validation results, and technical findings for internal and executive audiences

Required Qualifications

  • Bachelor’s or Master’s degree in Electrical Engineering (Power Systems focus preferred)
  • Strong foundation in power system analysis, including:
     
    • Power flow (AC/DC)
  •  
    • Transmission and Distribution modeling
  •  
    • Per-unit systems and network parameters
  •  
  • Hands-on experience with power system planning tools
  • Programming experience

Preferred Qualifications

  • Experience with Transmission Planning and/or Distribution Planning studies
  • Understanding of power system matrices (Y‑bus, Jacobian, PTDF/LODF)
  • Strong written and verbal communication skills, with the ability to explain technical concepts clearly
  • Familiarity with pandapower or other open-source power system frameworks (strong plus)
  • Ability to work with large-scale network models and complex datasets
 
 
 
 
Thanks & Regards
Bhanu Prakash
DeltaSoft Solutions
bhanu.prakash@deltasoftgroup.com