Ricardo Lozada

Performs grid interconnection feasibility studies for 10–100 MW solar PV plants, including load flow, short-circuit, contingency analysis, protection coordination, dynamic stability, and power quality. Develops electrical studies for industrial self-consumption PV and PV + BESS systems, and coordinates with utilities and regulators.

Modeled Ecuador's National Interconnected System for real-time analysis and performed studies on the national PowerFactory database. Conducted hardware-in-the-loop studies and developed voltage stability assessments using digital twins and PMU/WAMS data, with research published at IEEE SGSMA 2026.

Designed and secured utility approval for industrial and residential PV projects from 3 kW to 2 MW. Performed electrical feasibility studies, managed interconnection approvals, coordinated installations, and prepared MV/LV cost estimates.

Inspected electrical installations and reviewed fire protection system designs for operating permits.

Modeled and simulated AC/DC and DC/AC converters for wind generators and developed renewable generation models in PowerFactory.

Completed the MBA program with degree conferral in process.

Earned a Bachelor of Science in Electrical Engineering.