Bijaya Kumar Mohanty

About Bijaya Kumar Mohanty

Lead Electrical Engineer | Deputy General Manager at ACME | EPC & Green Energy SpecialistI am an electrical engineering professional with 20+ years of experience delivering high-performance solutions across EPC/LSTK, EPCM, power generation, T&D substations, oil & gas, and petrochemicals. My expertise lies in designing and executing safe, sustainable, and future-ready electrical systems for large-scale infrastructure and renewable energy projects.Currently serving as Deputy General Manager – Electrical at ACME Group, I lead bid execution, design for safety, and detailed engineering for Green Hydrogen, Solar PV, Wind, Hybrid RE, BESS, and EHV transmission systems. I bring strong domain knowledge in GIS/AIS substations, power system studies, and process plant electrification, working at the intersection of innovation, compliance, and bankability. Green Hydrogen ExpertiseI have recently conducted electrolyser testing and design validation at OEM facilities, gaining deep insights into hydrogen production technologies, integration challenges, and system safety. This experience enhances my role in steering utility-scale green hydrogen and green ammonia projects, where I collaborate closely with global OEMs and stakeholders. Technical Expertise • Software: ETAP, CYME, PSSE/PS-CAD, PLS CADD, CDEGS, MicroStation, AutoCAD • Engineering: Power system analysis, EHV/UHV cable design, protection systems, GIS/AIS layouts, SCADA/SAS/DCS, demolition sequencing, process plant electrification • Standards: IEC, IS, CEA, API, OISD, NEC, ATEX, IP, PESO, GOST, UL, EN • Domains: Substations | Transmission Lines | Hydrogen & Ammonia | BESS | HVDC | RE+BESS | WTG | Subsea EHV Cables | Fertilizer | Oil & Gas | Petrochemical | Power Plants Leadership & Certifications • Registered Professional Engineer – Engineering Council of India • Member – Young Professionals & CIGRE India • Proven track record in engineering optimization, cost control, and value engineering with multidisciplinary teams Mission: To drive the global energy transition through innovation, smart electrification, and decarbonization. Featured Projects#380kV GIS Substation |#400kV Quad Moose Line |#EHV Subsea Cable |#ISTS |#EHVCableDesign |#DTS |#SCMS |#SAS |#SCADA |#PrimaryEngineering |#SecondaryEngineering |#SubstationDemolition |#GreenHydrogen |#GreenAmmonia |#EnergyStorage |#HybridRE |#SingleAxisTracker |#OpenAccess |#LSTK |#EPCM |#PMC

Experience

1. Deputy General Manager

   ACME Group

   Sep 2024 — Present · Gurugram, IN

   As part of ACME’s Green Hydrogen and Ammonia Plant Design & Engineering Division, I lead electrical engineering efforts across the full project lifecycle, from Feasibility Studies, FEED, Basic, and Detailed Engineering through to commissioning support, for cutting-edge Green H₂ and NH₃ projects integrated with Hybrid Renewable Energy Systems. Key Responsibilities and Contributions: Green Hydrogen & Ammonia Plant Engineering • Electrical design and system integration for electrolyser-based green hydrogen production systems (alkaline). • Specification, evaluation, and interface engineering of electrolysers, rectifier-transformers, e-houses, and process electrification. • Review and finalization of SLDs, load lists, switchgear sizing, UPS, earthing, and lightning protection systems. • Power system studies: load flow, short circuit, arc flash, protection coordination, and grounding studies (ETAP, CYME, PSSE, CDEGS). • Coordination with multidisciplinary teams for HAZOP, SIL, QRA, FMEA as part of design for safety and compliance. Hybrid RE Project Scope • 450MW / 650MWp Solar PV Plant with single-axis tracker system • 200MW / 975MWh BESS • 300MW WTG for both onshore wind farm integration • Grid interconnection design, export power study, and load flow analysis for hybrid RE-to-electrolyser interfacing. Transmission & Substation Systems • Design of 400kV GIS substation, switchyard configurations, equipment sizing, and control & protection schemes. • Engineering of 400kV double circuit quad moose transmission lines and subsea/EHV cable routing where applicable. • SCADA/DCS system architecture development, redundancy planning, and cybersecurity compliance.Design) Project Highlights • Green Hydrogen & Ammonia Plants (India & Global) • Hybrid RE + Electrolyser Integration Projects (Solar + Wind + BESS) • ISTS-connected 400kV GIS Substations & Transmission Corridors • Green Ammonia Export-Oriented Facility Engineering

Education

• Board of Secondary Education, Odisha (BSE Odisha)

  High School, English, Odia, Mathematics, History, Geography & Science

• Udayanath Autonomous College of Science & Technology, Prachi Jnanapitha, Adaspur, Cuttack, Odisha

  10+2, Science

• Biju Patnaik University of Technology, Odisha

  Bachelor of Engineering - BE from Eastern Academy of Science & Technology, Phulnakhara, Bhubaneswar, Eectrical

Skills

• Commissioning
• Construction
• Engineering Design
• Switchgear
• Power Plants
• Etap
• Power Distribution
• Thermal Power Plant
• Epc
• Feed
• Substation
• Transformer
• Project Engineering
• Project Management
• Electrical Engineering
• Engineering
• Electrical Design
• Power Generation