Question ENE 03

ENE-03 How much energy can the site collect and store during the chosen storm sequence, including shade, dirty or damaged panels, missed maintenance and days with no generation?

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Why this matters

Site conditions and changing weather tell us when the kiosk can run demanding work and when it needs to protect its reserve.

What to bring back

Model and then measure generation and charging using the existing candidate designs. Show weather and shading assumptions, panel mounting, a zero-generation case, and the time needed to restore the reserve. Compare arrangements using the same conditions.

What we know so far

• Straddie Disaster Kiosk Pitch.pdf — reviewed source; public copy can be added through the evidence process
• Professional review and comparison of proposed improvements (When this work overlaps professional or public-authority responsibilities, compare the proposal and Luke's research with applicable industry/global best practice and relevant legal-engine sources. Record differences, reasonable improvements and deficiencies, with the responsible reviewer and response. Routine authorised drafting and wiki work can advance.)

AI-generated potential answers

For discussion and review · research checked 2026-10-20. These are AI-generated options and transfer assessments. The user's request and research method identify the source of this work. The source catalogue states what the references establish. The decision and approval record retains its own status.

Use a time-based energy model with conservative storm sequences and measured site shading, then compare it with logged output. Include dirty panels, a damaged array, charging losses and several zero-generation days. Show both remaining service and the time needed to restore the reserve.

Measured solar plus continuity supply

AI-generated adaptation of an existing pattern. Compare fixed protected solar with a safely deployed portable array and an agreed external charging point. Log actual generation and charging; keep the kiosk's operation independent of assuming that any future community microgrid already exists.

Research basis: Cerbo GX manual: configuration · Community hubs with energy backup systems.

Forecast-informed energy cooperation

AI-generated future concept. Develop a shared energy model that proposes charging windows across participating sites and movable storage. Future AI/SI could compare forecasts with battery observations and negotiate permitted transfers while local controllers enforce each site's reserve.

Examples and local differences

• Finding new energy solutions for the town of Kalbarri: AI transfer assessment: Kalbarri's combination of local renewable sources and storage illustrates diversified supply. Local difference to check: Its wind, utility assets and WA conditions do not establish Straddie's storm-time solar yield.

Evidence to bring back next

• Measure shading and charging efficiency at the actual shortlisted positions.
• Run equal-condition models with zero generation and delayed access for maintenance.

People and connected choices

Who reviews: Proposed solar/power designer with site host; role and appointment awaiting confirmation

Connected questions: PHY-02, ENE-01, ENE-02

Work state: open. Assigned person or AI assistant: Ready to be assigned.

Research and alternatives can move ahead while connected decisions develop. Before acting on a choice, check the people, evidence and approved scope in People decide.