Substation Engineer

Substation Engineer – Utility‑Scale Energy Storage

Design the substations powering the energy transition

We're looking for a Substation Engineer to play a pivotal role in delivering some of the largest and most advanced battery energy storage projects in North America. In this role, you'll help engineer the substations and electrical infrastructure that enable grid‑scale energy storage to operate safely, reliably, and at unprecedented scale.

You'll work alongside experts in power generation, transmission, storage, and controls—contributing to projects that directly support grid reliability, renewable integration, and long‑term decarbonization goals. This position blends deep technical engineering with real project ownership and influence across the full project lifecycle.

• Unmatched project scale:
  Work on some of the largest utility‑scale energy storage and interconnection projects in the world
• Grid‑first engineering:
  Designs that directly support reliability, resilience, and renewable integration—not theoretical work
• End‑to‑end ownership:
  Influence projects from early concept and interconnection design through construction and commissioning
• Stable, long‑term investment:
  Backed by a robust development pipeline with multi‑decade infrastructure commitments
• Engineering‑driven culture:
  Technical rigor, sound judgment, and continuous improvement are highly valued
• Exposure to cutting‑edge technology:
  Advanced BESS, high‑voltage substations, power electronics, and protection schemes

As a Substation Engineer supporting energy storage projects, you'll serve as both a technical authority and a collaborative partner across engineering, construction, procurement, and compliance teams.

• Plan, design, and engineer substation and electrical systems for large‑scale battery energy storage facilities
• Develop, review, and approve engineering drawings, studies, and technical specifications
• Identify inconsistencies in engineering documents and lead corrective actions to improve design quality and efficiency
• Resolve complex technical issues discovered during studies and design reviews
• Prepare engineering scopes of work for major equipment and service contracts
• Partner with project managers to align engineering deliverables with cost, schedule, and risk objectives
• Provide technical leadership and guidance throughout the project lifecycle
• Track engineering milestones and proactively flag technical or schedule risks
• Collaborate with OEMs and suppliers to ensure seamless integration of major substation and BESS equipment
• Apply and interpret applicable electrical codes, safety standards, and permitting requirements
• Support permitting and regulatory discussions related to substation and energy storage design
• Participate in site visits, supplier meetings, and cross‑team coordination (up to ~25% travel)

• 6-15 years of experience in utility‑scale solar, energy storage, or power generation engineering and/or construction
• Demonstrated expertise in at least one of the following: substation design, generation tie or interconnection design, power electronics, battery energy storage system (BESS) design
• Solid understanding of energy storage technologies and system architecture
• Familiarity with relevant codes and standards, including NEC, NFPA 855, UL 9540/1973, NFPA 70E, and related building/fire codes
• Ability to work independently, exercise sound engineering judgment, and clearly communicate technical concepts

• Direct experience on utility‑scale BESS or high‑voltage substation projects
• Knowledge of IEC standards applicable to power and storage systems
• Experience coordinating with permitting, legal, procurement, and construction teams
• Strong vendor and OEM interface experience
• Track record of improving designs through lessons learned and optimization

This role supports a collaborative engineering organization with both in‑office and remote flexibility. The preferred base is Juno Beach, FL, with openness to remote arrangements for candidates who bring strong substation and energy storage experience and are willing to travel more frequently.

You'll work in a highly cross‑functional environment with access to modern engineering tools and systems, contributing to projects that are reshaping how the electric grid operates today—and how it will operate for decades to come.