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Remote Electrical Power Engineer Jobs in Wisconsin

Ruekert & Mielke

Electrical Engineer

Madison, WI · On-site +1

Handle electrical and technology system designs, including power distribution, lighting, fire ... Remote/flexible hours * Generous personal time off and holiday programs * Health, dental, vision ...

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Remote Electrical Power Engineer information

How to make $100,000 a year working from home?

Remote electrical power engineers can reach a $100,000 annual salary by gaining specialized skills in power systems, obtaining relevant certifications, and working for companies that offer remote roles with competitive pay. Building experience, demonstrating expertise in design and analysis, and leveraging high-demand tools like CAD software can also increase earning potential. Many remote positions require strong communication skills and the ability to manage projects independently.

What is the difference between Remote Electrical Power Engineer vs Remote Electrical Design Engineer?

AspectRemote Electrical Power EngineerRemote Electrical Design Engineer
CertificationsPE License, IEEE certificationsPE License, IEEE certifications
Work EnvironmentPower plants, substations, energy companiesBuilding systems, infrastructure projects
Industry UsagePower generation, transmission, distributionConstruction, architecture, manufacturing
Job FocusElectrical power systems, grid stabilityElectrical system design, schematics

The main difference is that Remote Electrical Power Engineers focus on power systems, grid stability, and energy infrastructure, while Remote Electrical Design Engineers concentrate on designing electrical systems for buildings and infrastructure. Both roles require similar certifications and often work within the electrical engineering industry, but their project focus and work environments differ.

How does working remotely as an Electrical Power Engineer affect collaboration and project communication?

As a remote Electrical Power Engineer, you will typically use digital collaboration tools like video conferencing, project management software, and shared design platforms to communicate with your team and clients. While you may not be onsite, regular virtual meetings and clear documentation are essential to ensure alignment on project requirements and timelines. Effective communication skills become even more important, as you will often coordinate with multidisciplinary teams across different locations. Adapting to remote workflows can be challenging at first, but many organizations provide robust support systems to help remote engineers stay connected and productive.

Can you make $500,000 as an electrical engineer?

Remote electrical power engineers with extensive experience, advanced certifications, and specialized skills in high-demand areas can potentially earn salaries approaching or exceeding $500,000 annually, especially in senior or executive roles. However, such high earnings are uncommon and typically require leadership positions, consulting work, or working for large corporations in specialized fields.

What are Remote Electrical Power Engineers?

Remote Electrical Power Engineers are professionals who design, analyze, and oversee electrical power systems, such as those used for energy generation, transmission, and distribution, while working from a remote location. They use advanced software tools to create and evaluate power system models, ensure compliance with safety and industry standards, and troubleshoot technical issues. Their work often involves collaborating with on-site teams, utilities, or clients through digital communication to ensure reliable and efficient delivery of electrical power. This role is ideal for engineers who have strong technical skills and are comfortable working independently in a virtual environment.

What are the key skills and qualifications needed to thrive as a Remote Electrical Power Engineer, and why are they important?

To thrive as a Remote Electrical Power Engineer, you need a strong background in electrical engineering principles, power systems analysis, and typically a relevant degree such as a B.S. in Electrical Engineering. Familiarity with technical tools like AutoCAD, ETAP, and SCADA systems, as well as professional engineering (PE) certification, is often required. Excellent problem-solving, communication, and self-motivation are crucial soft skills for collaborating across locations and managing projects remotely. These skills ensure the reliable design, monitoring, and optimization of power systems while effectively working with distributed teams.

What engineers make $500,000?

Senior electrical power engineers with extensive experience, advanced certifications, and leadership roles in large projects can earn salaries approaching or exceeding $500,000 annually, especially in high-demand industries like energy and utilities. Such compensation often includes bonuses, profit sharing, and other incentives, and typically requires specialized skills in power systems, grid management, and project management.

Can you work as an electrical engineer remotely?

Remote electrical power engineers can work remotely, especially in roles involving design, analysis, and project management that rely on computer-based tools. However, some tasks may require on-site presence for installation, testing, or maintenance, depending on the company's policies and project requirements.
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Remote Electrical Power Engineer jobs near you
Thermal Systems Lead Engineer, Electrical & Power #3612559

Thermal Systems Lead Engineer, Electrical & Power #3612559

Axiom Path

La Crosse, WI • On-site, Remote

$157K - $163K/yr

Full-time

Posted 20 days ago

Job description

Be Part Of A Dynamic Team:

Join a high-performing engineering team focused on developing advanced thermal and power infrastructure solutions for high-density data center, AI, HPC, and mission-critical environments. This organization is helping shape the next generation of data center systems by connecting electrical architecture, power delivery, cooling integration, controls, and reliability into scalable solutions for rapidly evolving compute demands.

This team is focused on solving complex infrastructure challenges across electrical power, thermal systems, and high-density equipment integration. The Electrical & Power Lead will help define how data center power systems support advanced cooling architectures, including high-voltage distribution, 800VDC concepts, power conversion, backup power, controls integration, and rack/facility-level deployment.

What’s In Store For You:

This is a full-time direct hire opportunity supporting a high-growth data center thermal systems portfolio.

The role offers the chance to influence electrical and power architecture for AI and high-density compute environments, including systems that must balance safety, reliability, efficiency, scalability, serviceability, cost, and deployment readiness.

Remote flexibility may be considered for exceptional candidates, with travel expected as needed for customer meetings, technical reviews, field validation, industry events, and project support.

How You Will Make An Impact:

  • Lead electrical and power system concept development for advanced data center thermal systems.
  • Evaluate power architectures involving 800VDC, AC/DC conversion, power shelves, busbars, switchgear, UPS, batteries, generators, EPMS, controls, and rack/facility power distribution.
  • Partner with mechanical, thermal, controls, product, field, and customer-facing teams to ensure power architecture aligns with cooling system requirements.
  • Translate high-density compute and cooling loads into practical electrical infrastructure requirements.
  • Support development of system concepts, single-line inputs, operating strategies, safety requirements, control interfaces, and reference design content.
  • Evaluate equipment operating limits, redundancy strategies, fault conditions, commissioning readiness, and system-level performance tradeoffs.
  • Support field validation, troubleshooting, factory witness testing, deployment readiness, and customer solution reviews.
  • Provide technical guidance for strategic pursuits, customer discussions, industry events, and commercialization activities.
  • Mentor engineers and help build organizational knowledge around high-density data center power systems.

Do you have the expertise to lead in data center electrical and power systems?

  • 8+ years of relevant engineering experience in data center electrical systems, power infrastructure, heavy industrial power, power electronics, mission-critical facilities, or high-density compute infrastructure.
  • Direct experience with data center, mission-critical, industrial, or advanced power systems, including switchgear, UPS, generators, batteries, busbars, power distribution, AC/DC conversion, or high-voltage DC systems.
  • Exposure to 800VDC, HVDC, DC busbar architecture, rack-level power, power shelves, or high-density AI/HPC infrastructure is strongly preferred.
  • Strong system-level understanding of how power architecture supports cooling, controls, reliability, and high-density data center deployment.
  • Experience with electrical safety, fault tolerance, redundancy, grounding, commissioning, controls integration, or power monitoring systems.
  • Familiarity with EPMS, BMS/BAS integration, PLC/control interfaces, utility coordination, load management, or demand limiting is preferred.
  • Ability to evaluate complex electrical and power systems with a practical, real-world engineering mindset.
  • Strong communication skills with the ability to present technical concepts to customers, leadership, engineering teams, field teams, and industry stakeholders.
  • Exposure to OCP, IEEE, IEC, UL, NFPA, NEC, ASHRAE TC 9.9, or other data center / electrical standards organizations is preferred.
  • Professional Engineering license, advanced degree, conference participation, standards work, publications, or technical presentations are helpful but not required.