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Interconnection Engineer Jobs in Alabama (NOW HIRING)

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

Leading or supporting overhead and underground distribution engineering projects defining scopes of work, completing cost estimates, performing engineering calculations, interconnection studies and ...

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Showing results 1-20

Interconnection Engineer information

What is the difference between Interconnection Engineer vs Power Systems Engineer?

AspectInterconnection EngineerPower Systems Engineer
Required CredentialsBachelor's in Electrical Engineering, certifications like PE or EIT often preferredBachelor's or Master's in Electrical Engineering, PE license common
Work EnvironmentUtility companies, renewable energy firms, grid operatorsPower generation, transmission, and distribution companies
Industry UsageFocuses on connecting new energy sources to the gridDesigning and analyzing power systems for efficiency and reliability

Interconnection Engineers primarily focus on integrating new energy projects into the grid, ensuring compliance and connection approval. Power Systems Engineers work on designing, analyzing, and optimizing entire power systems. While both roles require electrical engineering expertise and often similar certifications, their focus areas differ—interconnection engineers concentrate on grid connection processes, whereas power systems engineers focus on system performance and design.

What are some common challenges Interconnection Engineers face when coordinating with utilities and project stakeholders?

Interconnection Engineers often encounter challenges such as navigating complex utility requirements, managing tight project timelines, and ensuring all technical documentation meets regulatory standards. Communication with utility representatives and project teams can be intricate, as requirements may vary by region and change frequently. Being proactive in documentation, maintaining clear communication, and staying updated on evolving interconnection standards are crucial for success in this collaborative and fast-paced role.

What are the key skills and qualifications needed to thrive as an Interconnection Engineer, and why are they important?

To thrive as an Interconnection Engineer, you need a solid background in electrical engineering, power systems, and grid interconnection standards, often supported by a bachelor's degree in engineering. Familiarity with power system modeling tools (such as PSS®E, PSCAD, or PowerWorld), relevant regulations (like FERC, NERC), and industry certifications (such as PE licensure) is typically required. Strong analytical thinking, project management abilities, and clear communication skills help you collaborate effectively with utilities, developers, and regulatory bodies. These skills are essential to ensure safe, efficient, and compliant integration of new energy projects into the electric grid.

What are Interconnection Engineers?

Interconnection Engineers are professionals who design, manage, and oversee the processes required to connect energy generation systems—such as solar, wind, or traditional power plants—to the electric grid. They work closely with utilities, developers, and regulatory agencies to ensure that new energy projects meet technical standards and regulatory requirements for safe and reliable grid integration. Their responsibilities include conducting technical studies, reviewing interconnection applications, and coordinating with various stakeholders to resolve engineering challenges. This role is critical in supporting the expansion of renewable energy and maintaining grid stability.
What cities in Alabama are hiring for Interconnection Engineer jobs? Cities in Alabama with the most Interconnection Engineer job openings:
Infographic showing various Interconnection Engineer job openings in Alabama as of June 2026, with employment types broken down into 95% Full Time, 2% Part Time, and 3% Contract. Highlights an 87% Physical, 5% Hybrid, and 8% Remote job distribution.

Interconnection, Grid & Power Systems Principal

Enertis Applus+

Haleyville, AL • On-site, Remote

Full-time

Posted 23 days ago


Job description

Position Overview
Enertis Applus is expanding its interconnection advisory and grid strategy capabilities and seeks a senior Interconnection, Grid & Power Systems Principal / Subject Matter Expert (SME) to serve as the firm's primary technical authority and external-facing advisor on grid integration for utility-scale generation, large electrical loads (including data centers), hybrid power systems, and multi-technology microgrids.
This role anchors Enertis Applus' credibility with utilities, ISOs/RTOs, lenders, investors, developers, and large power users, shaping how interconnection risk, grid compliance, reliability, and power-system architecture are evaluated, mitigated, and communicated across development, financing, and execution.
The SME defines Enertis Applus' technical philosophy for grid integration across both supply-side and demand-side projects, translating evolving regulatory, reliability, and market requirements into defensible, bankable guidance for clients and internal teams.
Key Responsibilities
Interconnection & Grid Advisory
  • Serve as Enertis Applus' lead advisor on interconnection strategy for wind, solar, BESS, hybrid projects, large electrical loads (data centers, industrial campuses), and behind-the-meter or grid-connected microgrids
  • Advise clients on interconnection feasibility, queue and study risk, cost exposure, schedule drivers, and mitigation strategies for both generation and large-load interconnections
  • Provide guidance on grid integration of co-located generation and load, islandable microgrids, and multi-technology power systems combining renewable, storage, thermal, and backup generation assets
  • Support clients evaluating dedicated generation supply for data centers, private transmission solutions, or hybrid grid/behind-the-meter configurations

Market, Standards & Reliability Leadership
  • Monitor and interpret evolving ISO/RTO rules, NERC requirements, IEEE standards, and utility criteria impacting renewable interconnection as well as large load integration and reliability requirements for critical infrastructure
  • Track implications of standards such as IEEE 1547/2800, NERC reliability frameworks, large-load connection requirements, and emerging reliability standards tied to high-density electrical deman
  • Serve as internal authority on grid reliability and system stability considerations for high-impact load clusters and hybrid generation-load systems

Thought Leadership & External Representation
  • Represent Enertis Applus as a recognized authority on grid integration of renewable generation, storage, and emerging high-density loads such as data centers
  • Author whitepapers and advisories on grid capacity constraints, transmission access strategies, and evolving power-system architectures driven by electrification and digital infrastructure growth

Standards, Templates & Technical Enablement
  • Define IE/OE technical standards for interconnection facilities, POI substations, and large-load substations, private transmission assets, and microgrid interface designs
  • Develop evaluation frameworks for hybrid generation-load systems, microgrids, and reliability-critical facilities

Client & Stakeholder Engagement
  • Serve as escalation point for complex discussions involving large-load interconnection, dedicated supply strategies, grid reliability for mission-critical facilities, and hybrid power system design

Ideal Profile
Experience
  • 8+ years in Independent Engineering, Owner's Engineering, utility, ISO/RTO, grid advisory, large-load integration, transmission planning, data-center power systems, or microgrid engineering

Technical & Regulatory Depth
  • Deep understanding of interconnection processes, screening criteria, EMT models for IBRs, advanced grid support (AGS) and ridethrough requirements, protection philosophies, and commissioning workflows across generation assets, high-density loads, and hybrid power systems

Preferred Background
  • Experience at tier-one consultancies, utilities, reliability organizations, ISOs/RTOs, data-center developers, hyperscale infrastructure firms, or engineering firms specializing in large-load power systems
  • Familiarity with project finance and lender expectations for grid-connected assets or large-scale energy infrastructure supporting critical operations

What Success Looks Like
  • Interconnection Authority Established - Enertis Applus is engaged early by clients for generation interconnection, large-load integration, and hybrid system strategy
  • Client Impact - Demonstrated ability to reduce grid-access risk and system-design uncertainty for both generation projects and energy-intensive infrastructure

Departamento Engineering & Construction Role Senior Manager Locations USA Remote status Fully Remote Employment type Full-time