About the company:
EV Realty accelerates the adoption of commercial EV fleets by focusing on the fundamental constraint all electrified fleets will face: low-cost, reliable and scalable access to grid-scale power.
Today’s electrical grid is complex, dynamic and ever evolving. It is also the source of fuel that will power the world’s shift to electrified transportation, requiring nearly 100 GWh of additional annual electricity demand and $125B of investment in EV chargers, grid infrastructure, transmission lines, renewable energy and storage in the U.S. by 2030.
But securing grid access and capacity to deploy significant additional EV charging load is a challenge, with desired charging locations often requiring lengthy, expensive and under-utilized infrastructure upgrades, if feasible at all.
Unless you know where – and how – to look.
EV Realty combines commercial real estate and project siting acumen with energy markets and grid optimization expertise to identify, design and build out the premier DC Fast Charging infrastructure platform for commercial EV fleets.
About Us
EV Realty develops, deploys and owns charging infrastructure critical to electrifying commercial fleets in the U.S at scale. The company accelerates the adoption of large EV fleets by focusing on the fundamental constraint all electric fleets face: low-cost, reliable and expandable access to grid-scale power. EV Realty is developing a network of grid-optimized, large-scale EV charging hubs for delivery, logistics and services fleet customers. Our Powered Properties™ serve multiple commercial fleets in secure, high-power locations with dedicated charging access and availability, and are located proximate to major logistics corridors within last-mile delivery/duty range of population centers. By aggregating multiple fleets with shared private infrastructure in grid-ready locations, EV Realty charging hubs reduce upfront and recurring costs for fleet operators, optimize charging times and provide high utilization rates. Learn more about EV Realty and how it is transforming fleet charging at www.evrealtyus.com.
Role Summary
EV Realty is seeking a Senior Electrical Engineer to execute, lead and manage the full suite of engineering and technical activities required to design, engineer and implement grid-optimized commercial electric vehicle charging projects. You will be responsible for ensuring that EV charging infrastructure and other project components (including battery energy storage and solar PV) are designed, procured and constructed optimally and cost- effectively. In this role, you must possess the experience and skills to execute engineering design work, to review and oversee the work of contractors for quality and cost and to effectively manage scope/budget/schedule for outsourced engineering and construction work.
Principal Responsibilities & Key Results
Manage engineering deliverables for multiple projects with competing deadlines and resourcesServe as in-house subject matter expert and key point of contact on engineering and design matters from concept through commissioningPerform initial assessments and lead the detailed design drawing for sites with a focus on the project’s civil and electrical architecture, optimizing sites to achieve long-term valuePrepare electrical designs and collaborate with Development to initiate and advance utility interconnection processes, including preparation of interconnection applications and single-line diagramsDevelop engineering tools, standards, and process frameworks for effective development and execution of projectsSource and manage qualified external consultants to support engineering activities as needed, negotiating contracts and scopes of work and holding partners accountable through executionAttend project site walks to ensure the Company’s engineering contractor(s) are performing and collecting all necessary information for design and permittingReview and accept project design drawings produced by third partiesResearch, obtain and apply critical design information including building and electrical code requirements to site designIdentify site constraints, exclusion areas and mitigations solutionsPerform load profile and usage estimates with and without load management solutions to inform project scoping and economicsMaintain current market and technical knowledge of EV, PV and battery energy storage system products and specifications as well as continuous interest in learning about new technologies in a dynamic and evolving fieldSupport or lead the selection of appropriate, best-in-class charging hardware and software, electrical equipment, PV, and energy storage, including EPC procurement efforts from preparation of technical exhibits to negotiations of the EPC contract and awardWork with vendors and other internal teams to develop, evaluate and standardize major equipmentEnsure deliverables meet high quality standardsReport regularly on engineering progress and setbacks and participate in meetings to communicate progress and expectations to all stakeholders in a timely and clear mannerKnowledge & Skills
Strong knowledge of the end-to-end commercial infrastructure design process, including but not limited to:Understanding of how EV charging stations will impact the electric grid at distribution and transmission levels and ability to create and apply innovative and cost-effective solutions to minimize grid impact Knowledge of National Electric Code (NEC), building codes, and Americans with Disabilities Act (ADA) codes in the context of EV charger infrastructure deploymentWell versed in utility design standard requirements (e.g. PG&E Greenbook and other utility equivalents), load studies and interconnection processesKnowledge of permitting processes under various Authorities Having Jurisdictions (AHJs)Knowledge of grid-connected and islanded solutions, including site reliability/backup solutionsKnowledge of and ability to evaluate EV charger software solutionsComfort and ability to speak directly with customers to explain technical issues in a simplified mannerExperienced with project and contract management; construction management a plusStrong AutoCAD drafting skills and fluency in mapping/GIS software, MS Project and other technical tools and platforms for electrical load and generation project design and optimizationQualifications
Mission-driven to combat the effects of climate change by tackling the urgent problem of decarbonizing the transportation sector at scaleUndergraduate degree in electrical, mechanical or controls engineering required. Advanced study degree(s) and/or Professional Engineer license preferredMinimum 5 years of engineering experience in commercial infrastructure design; experience with vehicle electrification, EV charging infrastructure, solar PV, and/or energy storage is preferredExperience in utility electrical power system projects or distributed energy resource projects strongly preferredDemonstrated track record of success with organizational and analytical problem-solving skills, written and verbal communication skills, attention to detailEntrepreneurial spirit with a “think outside the box” mindset in designing creative solutions for customers in an emerging and dynamic field and a can-do attitude toward execution