Thermal, Solar PV, BESS, Green Hydrogen Expert: A B.Tech in Mechanical Engineering from IIT Kharagpur, with over 27 years of distinguished industry experience across the global power generation sector, our consultant brings  engineering expertise spanning Solar PV, BESS, Wind, Waste‑to‑Energy, Hydrogen, Natural Gas, Oil, and Coal‑based conventional thermal power plants, having successfully delivered projects in Saudi Arabia, UAE, Kuwait, India, Turkey, and Africa. His end‑to‑end project proficiency from early‑stage development to plant handover covers Business Development, Tendering and Techno‑Commercial Proposals, Pre-development studies, Due Diligence, Feasibility Studies, Site Assessments, Plant Configuration, Technology Selection, Cycle Optimization, Thermodynamic Modelling, Concept and Detailed Engineering, Project Engineering Management, Review Engineering, Plant Specifications, and technical support for PPAs and financial modelling. He has been involved in numerous international power generation projects, including coal‑based thermal power plants, combined‑cycle facilities, Solar PV installations, wind energy projects, and Battery Energy Storage Systems (BESS) and many others. CV can be shared on specific request. 

Our Esteemed Consultants, bring a wealth of experience and expertise to our team, ensuring that we provide the highest level of service to our clients.

Electrical Engineering Expert for Thermal, Solar PV, BESS, Green Hydrogen: Electrical Systems Expert with over 21 years of experience in the power generation sector, specializing in coal, gas, and oil-based thermal power plants, including R&M and FGD projects, and having delivered projects totaling 20+ GW of installed capacity across India and Abroad with leading OEMs and EPC contractors. He brings strong end-to-end lifecycle expertise spanning tendering and techno-commercial proposals, feasibility and site studies, plant configuration, technology selection, concept and detailed engineering, procurement engineering, and contract management, along with hands-on engineering support through construction, testing, commissioning, trial runs, and performance evaluation. He has led electrical engineering for large 500 MW, 660 MW, and 800 MW supercritical and ultra-supercritical power plants, including world’s largest Air Cooled Condenser. His core strengths include first-principles electrical system design using ETAP, numerical relay-based protection systems, MV/LV switchgear, HT/LT cabling, high-discharge DC systems (battery and charger systems), earthing and lightning protection, illumination engineering, and 3D layout and cabling design. 

Thermal Power Plant Expert (Ultra super-critical, Super Critical and Sub-Critical plants, Open cycle Gas Turbine based plants and Combined Cycle Gas Turbine based plants) Expert: Thirty five (35) plus years work experience in Basic and detailed engineering, Engineering management, project engineering management, Cost optimisation and technical services for large thermal power projects - Combined cycle & coal fired Supercritical thermal power projects In the recent past, worked as Engineering Manager for Supercritical/Ultra Supercritical coal fired Thermal power projects (660 MW and 800 MW Units) with stringent pollution norms. Performed project development functions, Plant configuration and Unit sizing, site development studies, Selection sizing of major system/equipment, performance requirements, Specific functional and technical requirements, Guarantee parameters and engineering review. Associated with reputed engineering & construction companies and power generators in India / Dubai/China such as ACWA power, GMR Energy, Larsen & Toubro, Sargent & Lundy, Tata Consulting Engineers and Bhabha Atomic Research Center over the past 35 years at various positions. Worked with international EPC firms such as GE, Alstom, Doosan and MHI for coal and gas based projects from Bid phase to Project execution; Conducted Design review at Basic and Detailed engineering stages with EPC companies as a part of project engineering management. Collaborated and managed OE’s design review work; associated with Sargent & Lundy ltd-USA, Fichtner-Germany.

Thermal Power Plant Expert (Ultra super-critical, Super Critical and Sub-Critical plants, Open cycle Gas Turbine based plants and Combined Cycle Gas Turbine based plants) Expert: A Mechanical Engineer from Delhi College of Engineering (1981 batch) having a varied experience of over 45 years in Power Plants business covering various management and functional areas. Thermal design calculations for coal fired / combined cycle / co-generation / nuclear power plants, Co-ordination with plant layout, BOP engineering, electrical and civil functional areas for preparing an offer with a cost and performance optimised solution, Power Plant Engineering with a detailed design of the water steam cycle and integration of the major equipment such as boiler, steam turbine, BOP equipment, Preparation of the ASME PTC-6 based performance test procedure for the steam turbine for the test to be conducted at shipyard with the existing limitations, Heat Balance calculations and analysis for varying operating scenarios of the FPSO and for equipment sizing, Process design of the Water Steam cycle and auxiliary systems design, Equipment sizing for the main equipment e.g. Steam Turbine, OTSG / WHRU and BOP systems like DM Plant, CPP, Dosing, Sampling etc., Development of various operating modes for the CCPP for start-up/shut down, Electrical/ Thermal load variations, equipment trips etc as a part of the Master Control System, Finalisation of the protocol for the performance guarantee test of the CCPP based on ASME PTC-46 at the final location, HAZOP, SIL, LOPA, EEHA/MEHA, DNV certification requirements.

Wind Energy Expert: Experience wind consultant with expertise in Wind Resource Assessment (WRA). Core strengths lie in Energy Yield Assessment (EYA), wind turbine micrositing, and meteorological mast siting. Worked extensively on onshore projects and also bring hands-on exposure to offshore wind assessments. Key work areas are like - Energy Yield Assessment (EYA): Bankable AEP estimates using high-resolution flow modeling, turbine power curves, and long-term MCP corrections. All key loss factors wake, availability, electrical, curtailment, degradation are included, with a detailed uncertainty framework) to deliver project-level P50/P75/P90 values suitable for lenders and investors, Micrositing & Layout Optimization: Iterative layout design to maximize yield while reducing wakes and turbulence, ensuring compliance with setbacks, terrain, and infrastructure constraints. Hybrid Project Inputs: Wind-side hourly generation profiles to support hybrid optimization, Met Mast Siting: Strategic identification of mast locations to ensure accurate, representative measurements, Wind Data Validation & Analysis: Structuring measurement campaigns, QA/QC of datasets, and preparing reliable inputs for modeling and certification. Brief WRA experience: Onshore Wind (India & International): ~10 GW of assessments across multiple geographies; Offshore Wind (India – NTPC): ~4 GW, pre-feasibility for four 1-GW offshore blocks near Tamil Nadu; Nearshore Wind (Andaman Islands – NTPC): ~100 MW, pre-feasibility study.