Ramalochan Krishna P

▸ Designed, standardized, and documented a Direct Current (DC)-based EV charging system for
the New Electricity Distribution (NED) league; published a comprehensive design guideline
application note highlighting DC vs. AC advantages.
▸ Proved a 27% energy efficiency gain for DC over AC systems, establishing a benchmark for
future company infrastructure.
▸ Led the design and execution support of an innovative DC microgrid EV charging solution
implemented in Grenoble, France.
▸ Conducted feasibility studies for DC microgrid integration with consultants and clients across
France, Belgium, the Netherlands, and the UK; optimized system architecture to slash CAPEX by
15% and improve efficiency by 22.5% via reduced grid reliance.
▸ Co-authored a technical white paper with DAR Consultants (Egypt) demonstrating that Hybrid
AC/DC office microgrids yield a 13% efficiency gain and a 4-year ROI through higher Distributed
Energy Resources (DER) integration.

▸ Overseeing full-cycle engineering design for a portfolio of Renewables, T&D, and substation
projects, directly reducing external consultant spending.
▸ Standardized design templates and workflows that cut design-cycle time and improved first
pass accuracy across project teams.
▸ Mentoring and directing a multi-disciplinary design team, managing delivery milestones against
tight client-mandated deadlines.

▸ Delivered 18 Solar PV projects (rooftop & ground-mounted) across KSA, UAE, Oman, and Lebanon, totaling ~20 MWp of installed capacity.
▸ Reduced design rework and cut manhour cost by 20% through standardization of shadow analysis and PVSyst optimization workflows.
▸ Executed RIBA Stage 2, 3 & 4 designs for a 911 kWp plant at Al Batha Cargo Port and a 987 kWp plant at Al Batha Passenger Port (Saudi Aramco Border Customs, KSA).
▸ Led feasibility and techno-commercial analysis for a 4, 152 kWp rooftop array at a Saudi Aramco solid-waste facility, delivering bankable yield projections that informed procurement decisions.
▸ Completed concept-to-detailed design for ~13, 000 kWp across multiple NEOM sites — the largest single-client solar programme in the portfolio.
▸ Delivered 1 MW ground-mount + 140 kWh BESS project for a USAID-funded water-pumping station in Tripoli, Lebanon — on time and within budget.
▸ Trained and upskilled four junior engineers in PVSyst optimization and shadow-zone analysis, raising team output capacity.

▸ Directed end-to-end design of 287 MWp ground-mounted solar portfolio across Tamil Nadu,
Telangana, and Karnataka — one of Indias largest private solar pipelines at the time.
▸ Reduced design rework and manhour cost by 10% through standardization across a 6-year
programme of eight utility-scale projects.
▸ Designed and secured authority approval for 66 kV and 110 kV substations, including power
system studies (Load Flow, Short Circuit, Relay Coordination, Harmonics) using ETAP.
▸ Delivered the one hundred MWp Bellary Solar Farm (Embassy Energy) the single largest project
in the portfolio — managing all electrical SLD, substation, and earthing design to IEEE 80 / IEC
standards.
▸ Pioneered single-axis tracker optimization for a 15 MWp Kamareddy plant, improving generation
yield and informing tracker adoption across subsequent projects.
▸ Coordinated vendor technical submittals and client approvals, maintaining zero major non
conformances across 6 years of project delivery.

▸ Delivered design and site support for commercial buildings and 33/11 kV substation
rehabilitation at multiple locations in Iraq.
▸ Coordinated with Dubai office on cross-border project documentation and authority
submissions.

▸ Led electrical design for the Boeing MRO Facility at MIHAN SEZ, Nagpur — a complex multi
building high-availability facility — using ETAP and DIALux.
▸ Delivered detailed electrical design for the new International Passenger Terminal T2 at
Chhatrapati Shivaji International Airport, Mumbai (GVK).
▸ Produced concept and tender design for the new International Terminal at Salalah International
Airport, Oman, meeting ICAO, and CAA regulatory standards.