| Metric | Laboratory (average) | Outdoor (average) | Post‑aging degradation | |--------|----------------------|-------------------|------------------------| | Net radiative‑cooling power | 105 W m⁻² | 92 W m⁻² (clear sky) | < 1 % | | ΔT (surface – ambient) | 7.9 °C | 6.8 °C | < 2 % | | Power density | 6.2 mW cm⁻² | 5.4 mW cm⁻² | < 3 % | | Energy harvested (per day) | — | 4.2 Wh m⁻² | — | | Conversion efficiency (η) | 3.1 % | 2.8 % | — |
| Action | Button Sequence | What You’ll See | |--------|----------------|-----------------| | | Press Power (hold 1 s) | “ READY ” on LCD | | Set a new temperature | Press Set → use ▲/▼ to change → Enter | New set‑point appears, “ SET ” flashes briefly | | Start/Stop control | Press Start/Stop button | “ RUN ” or “ STOP ” indicator | | View real‑time data | Press Info | Shows current temp, set‑point, % heating/cooling | | Log data | Press Log (optional) | Saves a timestamped entry to internal memory (max 10 k points) | | Export logs | Connect via USB or use the app → “Export CSV” | CSV file with columns: Timestamp, Measured, Set‑point, Alarm flag | rctd-031
In the tech world, RCTD-031 could signify a milestone in computing, such as a more efficient algorithm, a new type of semiconductor, or an advancement in cybersecurity. This could lead to faster processing speeds, more secure online transactions, or enhanced capabilities for AI and machine learning. | Metric | Laboratory (average) | Outdoor (average)
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