Condutividade (EC) Conductivity (EC)
--.-
μS/cmO₂ Dissolvido Dissolved O₂
--.-
mg/LTemp. da Água Water Temp
--.-
°C (sonda DO) °C (DO probe)Iluminação UV (Relé) UV Lighting (Relay)
OFF- Top Shelf --.-°C / RH --%
- Relays & Inverter --.-°C / RH --%
- Lower Shelf --.-°C / RH --%
- Battery --.-°C / RH --%
- Compute Box --.-°C / RH --%
- Em Funcionamento Uptime --
- Carga CPU CPU Load N/A
- Bateria Battery --.-- V · --.-%
- SOC do SmartShunt afastou-se da estimativa por voltagem em -- pontos — precisa de re-sincronização SmartShunt SOC drifted from voltage estimate by -- pts — needs re-sync (full-charge or manual sync in VictronConnect)
- Bateria (Líquido) Battery Net --.-- A · -- W
- Solar --.- V · -- W
- → Para a Bateria → Battery --.-- A
- → Saída LOAD → LOAD output --.-- A
- → Cargas diretas → Direct loads -- W
-
MPPT error
- Última actualização: Last update: never
> A ligar ao fluxo de telemetria…Connecting to Telemetry Stream...
EMBEDDED ADAPTER
Interface: wlan0Connection: ---
IP Address: ---
LONG-RANGE ADAPTER
Interface: wlan1 (USB)Connection: ---
IP Address: ---
The Onshore Gateway (node1) acts as the bridge between the Buoy LoRa mesh and the internet.
In the current prototype configuration, internet is provided by the buoy's 4G router via WiFi. The Long-Range Adapter is the primary uplink.
RSSI
--- dBm
SNR
--- dB
Latency (RTT)
--- ms
IDLEPainel Comunitário OceanPulse Community OceanPulse Panel
Monitorização aberta do oceano para Sagres e a costa do Algarve Open ocean monitoring for Sagres and the Algarve coast
As leituras abaixo provêm actualmente de um reservatório de teste no nosso laboratório, e não do oceano. A boia OceanPulse está totalmente construída e operacionalmente pronta para implementação no Porto da Baleeira, aguardando autorização legal das autoridades marítimas competentes. Pre-Deployment — Lab Test Reservoir
The sensor readings shown below are currently flowing from a test water reservoir in our lab, not from the ocean. The OceanPulse buoy is fully built and operationally ready for deployment at Porto da Baleeira, pending legal authorisation from the competent maritime authorities.
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--
PSU--
mg/LLIMPOCLEAR
Nenhum Óleo Detetado No Oil Detected
Os dados da última captura UV aparecem aqui Last UV scan data will appear here| Regiões com Derrame Spill Regions | 0 |
| Cobertura do Frame Frame Coverage | 0% |
| Pixels Fluorescentes Fluorescent Pixels | 0 |
| Pontuação de Deteção Detection Score | 0 / 100 |
| Última Captura Last Capture | -- |
A OceanPulse é uma plataforma aberta de monitorização do oceano, a ser construída para implementação no Porto de Sagres, Portugal. O sistema irá monitorizar a qualidade da água, detetar anomalias ambientais — incluindo derrames de óleo — e fornecer dados em tempo real à comunidade.
Está a ver dados em direto de um protótipo de laboratório — sensores e deteção UV de óleo a funcionar em bancada, ligados a um reservatório de água. Governado pelo Framework ADT para total transparência e responsabilidade.
Fase 1: Sensores de qualidade da água + telemetria LoRa + câmara de visão + deteção UV de óleo. Objetivo: Implementação no porto em 2026.
OceanPulse is an open ocean monitoring platform being built for deployment at the Port of Sagres, Portugal. The system will monitor water quality, detect environmental anomalies including oil spills, and provide real-time data to the community.
You're seeing live data from a lab prototype — sensors and UV oil detection running on the bench, connected to a water reservoir. Governed by the ADT Framework for full transparency and accountability.
Phase 1: Water quality sensors + LoRa telemetry + vision camera + UV oil detection. Target: Port deployment 2026.
Sensores Internos de Saúde Internal Health Sensors
Temperatura e humidade dentro das caixas estanques da boia — arquivo de longo prazo da base SQLite Temperature & humidity inside the buoy enclosures — long-term archive from SQLite telemetry store
Temperature in cyan (left axis, °C) — humidity in amber (right axis, %RH).
Data is the full SQLite archive of H:STATUS packets, growing continuously since persistence was enabled.
| TIMESTAMP | IP | USER | ROLE | ACTION | DETAIL |
|---|---|---|---|---|---|
| Click refresh or switch to this tab to load | |||||
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cm--
HC-SR501NIGHT HUNTER SAMPLER
Arrasta sobre a imagem para limitar a análise à superfície da água. Necessário enquanto a câmara vê para além do reservatório de teste. Drag on the image to limit analysis to the water surface. Useful while the camera also sees beyond the test reservoir.
LATEST DETECTION FRAME
DETECTION LOG (LAST 10)
Conductivity probe calibration. Follow the steps in order — Dry first, then Low, then High. The probe should sit in each standard solution for 1–2 minutes before issuing the command. Rinse with deionised water between Low and High standards.
Step 1 — Dry calibration
Probe must be completely dry, out of any liquid. Required first; sets the open-circuit baseline.
Step 2 — Low point
Submerge probe in 12,880 µS/cm calibration standard. Wait ~1 min for the live reading to stabilise.
Step 3 — High point
Rinse probe with deionised water first. Then submerge in 80,000 µS/cm standard. Wait ~1 min.
Step 4 — Enable salinity output
Adds the S field (PSU 0–42) to the probe's reading. EZO output stays the same otherwise.
Step 5 — Verify & tools
Two-point fluorescence-quenching probe. Calibration writes to register 0x1010 (NVM-persistent).
The protocol exposes salinity (0x1020) and atmospheric pressure (0x1022) so the
sensor can compensate its mg/L output. Always remove the black rubber protective cover before measuring.
Step 1 — 100 % saturation
Pick whichever of the three is easiest. All three produce the same
saturated-air environment the optical probe needs. Writes 0x0002 → 0x1010.
- Field method (deployed buoy): lift the probe out of the ocean until the optical face is 1–5 cm above the water surface. Shake off droplets. The air above the sea is naturally water-saturated and at exact sea-level atmospheric pressure — these are the canonical conditions.
- Bucket method (lab quick): half-fill a jar with tap water, hold probe ~1 cm above the surface inside the jar with a loose lid. Wait ~5 min for the headspace to equilibrate.
- Datasheet method (lab strict): aerate distilled water for 1 hour with an air pump, sit 30 min, hold probe ~1 cm above. Most accurate but slow.
Wait for the live DO saturation reading above to stabilise (1–2 min) at a value near 100 %, then press the button.
Step 2 — Zero point
Prepare zero-oxygen solution: 5 g anhydrous Na₂SO₃ + 95 g distilled water, let sit 1 hour.
Submerge probe, stir gently, wait for reading to drop and stabilise (1–2 min). Writes 0x0001 → 0x1010.
Salinity compensation (register 0x1020)
Set the salinity the probe should assume when converting sat % → mg/L. Default 30 ‰ for seawater; set to 0 for fresh-water lab work.
Atmospheric pressure (register 0x1022)
Stored as kPa × 100. Sea-level default = 10133 (101.33 kPa). Adjust for altitude or local barometric reading.
Diagnostics
Baud index: 0=2400, 1=4800 (default), 2=9600, 3=19200, 4=38400, 5=57600, 6=115200.
UV Relay (Main Mega · Pin 4)
(none)
(none)