Leading technical integration and grid compliance analysis for utility-scale batery energy storage systems (BESS) across the UK market, working with the world’s largest batery manufacturer to deploy multi-MW storage solutions that meet stringent grid code requirements. • Specifying optimal BESS, Power Conversion Systems (PCS) configurations and MV transformer ratings to meet project-specific requirements, balancing technical performance with commercial viability for front-of-meter applications • Developing comprehensive DIgSILENT PowerFactory models for integrated BESS solutions, including DC batery systems, PCS, MV transformers (up to 33kV), ensuring accurate representation of dynamic behaviour for grid impact studies • Leading technical compliance assessments against UK Grid Code requirements (G99/G100), including fault ride-through (FRT) capability, reactive power control, frequency response and power quality standards for projects ranging from 50MW to 500MW • Providing technical expertise to developers and EPCs on BESS integration, supporting connection applications with detailed technical reports and atending design review meetings

• Led EMT modelling and stability analysis for 330kV renewable connections • Managed consultant studies for multi-GW projects

Led EMT modelling and stability analysis for renewable energy projects up to 330kV, managing consultants performing power system studies. Specialised in sub-synchronous oscillation analysis, impedance-based stability assessments, equipment sizing and grid integration strategies for multi-GW renewable systems. • Directed EMT modelling and transient stability analysis for 26GW Australian Renewable Energy Hub (330kV connection), developing comprehensive model libraries for solar PV, wind, BESS, electrolysers and FACTS devices • Performed sub-synchronous oscillation studies identifying stability risks, implementing impedance analysis and damping solutions using STATCOMs and synchronous condensers • Reviewed and validated ETAP and DIgSILENT PowerFactory studies for electrical system design and grid code compliance • Analysed grid capacity and power quality impacts for MW-scale EV charging infrastructure on distribution networks (11-33kV) • Optimised grid connection strategies for data centres with flexible load participation and hybrid solar-BESS integration

• EMT modelling for extreme dynamic loads and power converters

Developed EMT models and power converter control systems for fusion energy applications with extreme pulsed loads. Specialised in high-current DC-DC converter modelling and real-time HIL validation for critical power supplies. • Created detailed EMT models for power converters managing dynamic loads (analogous tomotor starting studies) using MATLAB/Simulink • Performed switching transient analysis and control loop stability assessments for superconducting magnet supplies

• Delivered G99 compliance studies and protection coordination • Performed short circuit analysis and harmonic assessments using MATLAB/Simulink

• Implemented HIL testing using NI platform for control algorithm validation • Collaborated with electrical engineers on power system architecture and grid interface requirements Delivered power system studies for smart transformer grid integration including load flow analysis, short circuit calculations, harmonic assessment and protection coordination using MATLAB/Simulink. Led G99 compliance studies and PNDC testing for distribution network connections (11-33kV). • Performed short circuit analysis determining fault levels and protection coordination requirements, calculating circuit breaker trip times for 11-33kV networks • Conducted harmonic analysis and power quality assessments at PNDC test facility, achieving THD reduction from 8% to <3% • Delivered load flow studies and voltage regulation analysis demonstrating ±10% control capability across distribution feeders • Completed G99 grid code compliance documentation including reactive power capability, fault ride-through and power quality requirements • Developed EMT models in MATLAB/Simulink validating transient response during fault conditions and switching events, providing inputs for arc flash assessments and safety boundaries

• Optimal power flow algorithms and microgrid integration studies

Led development of optimal power flow algorithms for grid-connected microgrids with solar PV and BESS integration. Collaborated on power electronics testbed development using SiC converters. • Developed optimal power flow (OPF) algorithms minimising network losses and voltage deviations for distributed energy resources • Performed load flow analysis ensuring voltage regulation within ±5% across microgrid networks • Performed resilience analysis under grid fault conditions and N-1 contingency scenarios • Achieved 7.7% cost reduction through intelligent dispatch optimisation in commercial deployment

Delivered power system analysis for of-grid and weak-grid renewable systems including equipment sizing, grid synchronization studies, and power quality assessments. Studied G99 grid code requirements for distributed generation applications. • Performed load flow analysis and equipment sizing for wind-diesel-batery hybrid systems • Developed EMT models analysing inrush current mitigation for wind turbine generators • Conducted harmonic analysis identifying and mitigating power quality issues (THD < 5%) • Designed grid synchronisation procedures including voltage matching, phase alignment and frequency control • Built hardware test platform validating voltage regulation (±10%) and transient response

Delivered complex technical projects requiring regulatory compliance, EMC/EMI testing, and system validation for safety-critical communication systems. • Developed automated test systems reducing validation time by 30% • Conducted EMC/EMI compliance testing to international standards • Managed technical delivery ensuring regulatory compliance and certification