02_windpower_agent.php

INITEnvironment loaded — running: 02_windpower_agent.php

Opening service window

RESTARTSession timeout — restarting (#1)…

RESTARTED

{
    "code": 60,
    "message": "Windpower session started.",
    "sessionStart": "2026-05-22 19:55:13",
    "sessionTimeout": 40
}

start

{
    "code": 60,
    "message": "Windpower session started.",
    "sessionStart": "2026-05-22 19:55:13",
    "sessionTimeout": 40
}

Agent loop — start

MODELgoogle/gemini-2.5-flash

SYSTEMYou are an autonomous agent controlling a wind turbine scheduling system. ## Turbine documentation Rated power: 14 kW Wind speed → power yield: - Below 4 m/s: cannot generate electricity - 4 m/s: 10–15% yield - 6 m/s: 30–40% yield - 8 m/s: 60–70% yield - 10 m/s: 90–100% yield - 12–14 m/s: 100% yield - 14 m/s+: DAMAGE ZONE — turbine must be protected Blade pitch angle → yield modifier: - 0°: 100% of wind yield (maximum generation) - 45°: 65% of wind yield - 90°: 0% generation (turbine idle / protected) Allowed pitch angles: 0, 45, 90 degrees only. Safety rules: - At wind ≥ 14 m/s: set pitch to 90° and mode to "idle" to prevent blade damage - Below 4 m/s: turbine cannot generate regardless of pitch - The turbine auto-resets to default settings approximately 1 hour after a storm ends - Forecast interval is 2 hours, so the slot after a storm slot is safe for production ## Behaviour rules - Always act by calling a tool — never output free-text reasoning or analysis - Use the "reasoning" field inside each tool call (max 200 chars) to record your thinking

TASKThe turbine service window is now open. You have approximately 40 seconds total. Your goal: configure the minimum necessary turbine schedule: 1. One protective config point (pitch=90, mode=idle) for each storm slot (wind ≥ 14 m/s) 2. One production config point (pitch=0, mode=production) for the first forecast slot where wind is between 4-14 m/s and the generated power meets the powerDeficitKw Do NOT schedule config points for any other slots — the turbine handles all other times by default. The powerDeficitKw field in powerplantcheck tells you the required kW. Every config point requires an unlock code generated for that exact date, time, wind speed, and pitch angle. Generate all unlock codes, then submit and call finish().

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LLMwaiting for response…

LLM ERRORHTTP 401 — — {"error":{"message":"User not found.","code":401}}

ERRORLLM returned null — aborting.

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DONEFinished.