Electrical engineering student · Adelaide

Nathan No-ot

Power systems and grid integration

I design to AS/NZS standards and publish the working, so please feel free to check it.

Currently: Electrical Engineering Intern, Tindo Solar
Since: Aug 2026
Studying: Associate Degree in Electronics Engineering, TAFE SA
Articulating: BE Electrical & Electronic, Adelaide University (expected 2028)

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Featured artifact: one-line diagram of the 400 V three-tenancy design, from a 500 kVA supply transformer through the main switchboard to the three tenancy distribution boards

AS/NZS 3000 and 3008.1.1

Power Systems Work

Completed studies showing decisions, standards, calculations, and limitations.

Commercial LV Cabling Design
Standards-traceable 400 V cabling design for a three-tenancy commercial complex: maximum demand, cable selection, earthing, and fault verification to AS/NZS 3000 and AS/NZS 3008.1.1.
- 400 V 3-ph
- 123.6 A design current
- 0.74 % voltage drop
- AS/NZS 3008.1.1
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1 MW Solar Grid-Connection Assessment
Technical assessment for connecting a 1 MW solar plant to the SA Power Networks distribution grid: connection voltage, power-quality compliance, protection, and storage, decided against AS/NZS inverter standards and SAPN TS132/TS133.
- 1 MW AC
- SAPN TS132/TS133
- AS/NZS 4777.2
- PCC voltage rise
Read case study

Other systems

Quadcopter prototype with companion computer and depth camera on a lab bench

GPS-Denied UAV

Indoor autonomy and staged verification.

Blue 3D-printed bench fume extractor with a square front grille on an electronics workbench

Workbench

Builds, failures, and next iterations.