Electrical Engineer - Plant Engineering

Overview

Design and manage plant electrical distribution systems for hydrogen production facilities.

Key Responsibilities

• power specs
• load flow
• relay coordination
• schematic drawings
• equipment sizing
• bom export

Tasks

-Develop specifications for plant backup power systems, including generators and control voltage uninterruptible power supply hardware -Evaluate cost trade-offs. E.g. distributed and centralized plant electrical designs -Design for the effects of EMI and EMI compliance for plant electrical systems -Execute fundamental electrical engineering studies (e.g. Load Flow, Grounding) -Relay Coordination Studies of Complex Plant Electrical Systems -Create plant electrical drawings (e.g. Single Line Diagrams, Installation Details) -Collaborate with plant engineering, instrumentation & controls engineering, power systems engineering, and suppliers to develop AC power distribution systems for plant hardware -Perform electrical equipment sizing calculations sizing following code and first principles -Interpret P&IDs, Vendor Wiring Diagrams, and other drawings typical of the process industry -Coordinate and integrate 3D models between systems. Export BOMs/MTO for procurement and fabrication purposes. -Design & review plant grounding and bonding systems -Thermal management of electrical power distribution systems (HVAC, Solar heat gain, etc)

Requirements

• electrical engineering
• etap
• autocad
• 5+ years
• p.e.
• nfpa 70

What You Bring

-B.S. or M.S. in Electrical Engineering -Knowledge of NFPA 70/NEC, IEEE and IEC Codes and Standards -Proficiency in ETAP or SKM electrical design & simulation software -Product Certification Experience preferred (e.g. UL Listing, Field Certification) -Excellent 2D and 3D CAD skills (AutoCAD Electrical) -2+ years' experience commissioning, operating, or maintaining plant electrical hardware in an onsite setting -20% travel to contractor, vendor, and customer sites, mostly domestic -5+ years of experience in industrial plant electrical distribution design (Skidded/Modular) -NFPA 70 Chapter 5 Article 500 and ATEX Directive/IECEx Protection Methods for Electrical Systems in Hazardous Areas -Specialist in large induction electric motor controls and different industrial starter/control schemes (pumps, fans) -P.E. Preferred

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Benefits

-an equity grant -a 4% employer 401(k) match -a discretionary bonus -100% fully paid premiums for employees and their families: medical, dental, vision, life insurance, short-term & long-term disability coverage -a $75/month cell phone allowance -time off programs

About Electric Hydrogen

-Pioneering the development of cutting-edge, cost-effective, and scalable hydrogen production systems. -Focused on advancing green hydrogen, leveraging renewable energy sources to produce clean hydrogen at competitive costs. -Their innovative technology addresses the challenges of hydrogen production, offering solutions that are both economically viable and environmentally sustainable. -Has attracted significant investment, reflecting strong confidence in the future of clean hydrogen technology. -Typical projects include large-scale green hydrogen production plants and collaborations with leading energy and industrial companies. -The company's systems are designed to support various industries, including energy, transportation, and heavy industry. -Notable for its commitment to unlocking the potential of green hydrogen to power a wide array of decarbonized sectors.

Sector Specialisms