Verified case study
Commercial LV Cabling Design
Standards-traceable 400 V design for a three-tenancy commercial complex.
I learn by taking systems from theory towards proof.
Completed power studies sit beside active embedded and autonomy work. Each project shows what I decided, what I produced, and where the evidence currently stops.
Project journeys
Project anchorTheory / planningSystem decisionVerification
Commercial LV Cabling Design relates to 1 MW Solar Grid-Connection Assessment: standards + verification
- TheoryAS/NZS requirements
- System decision400 V cable and protection design
- VerificationVoltage drop and fault checks
Verified assessment1 MW Solar Grid-Connection Assessment
Connection voltage, compliance, protection, and storage assessed against network and inverter requirements.
- TheorySAPN and AS/NZS requirements
- System decisionLV and HV connection options
- VerificationHosting-capacity conclusion
Active capstone · systems designGPS-Denied Autonomous UAV
Indoor autonomy planned through requirements, sensing, control, and staged test gates.
- PlanningRequirements and architecture
- Current frontierHardware and software integrationCurrent
- VerificationStaged tests and measured resultsFuture