Smart Irrigation Scheduler with Weather Forecast and Soil Analysis — Flujo de trabajo n8n

Alta complejidad⏰ Programado18 nodos🏷️ Miscellaneouspor 中崎功大

Descripción general

Smart Irrigation Scheduler with Weather Forecast and Soil Analysis

Summary Automated garden and farm irrigation system that uses weather forecasts and evapotranspiration calculations to determine optimal watering schedules, preventing water waste while maintaining healthy plants.

Detailed Description A comprehensive irrigation management workflow that analyzes weather conditions, forecasts, soil types, and plant requirements to make intelligent watering decisions. The system considers multiple

Nodos utilizados

Google SheetsHTTP RequestOpenWeatherMapSlackCode

Vista previa del flujo de trabajo

Smart Irrigation Scheduler with Weather Forec
What this workflow does:
Automatically determines optimal irrigation schedules b
Step 1: Triggers & Zone Config
Daily morning check at 6 AM plus manual webhook trigger
Step 2: Weather Data Collection
Fetch current conditions and 5-day forecast from OpenWe
Step 3: Irrigation Analysis
Calculates evapotranspiration, estimates soil moisture,
Step 4: Schedule & Execute
Generates timed schedule, sends commands to IoT control
⚡
D
Daily Morning Check
⚡
M
Manual Override Trigger
M
Merge Triggers
D
Define Irrigation Zones
S
Split Zones
Get Current Weather
Get 5-Day Forecast
M
Merge Weather Data
Analyze Irrigation Need
F
Filter Zones Needing Water
A
Aggregate All Results
Generate Irrigation Sche…
H
Has Irrigation Tasks?
Log to Google Sheets
Send IoT Commands
Send Slack Report
L
Log No Action
⚡
R
Respond to Webhook
18 nodes20 edges

Cómo funciona

  1. 1

    Disparador

    El flujo de trabajo comienza con un disparador programado, ejecutándose según un horario definido.

  2. 2

    Procesamiento

    Los datos fluyen a través de 18 nodos, connecting aggregate, code, filter.

  3. 3

    Salida

    El flujo de trabajo completa su automatización y entrega el resultado al destino configurado.

Detalles de nodos (18)

GO

Google Sheets

googleSheets

#1
HT

HTTP Request

httpRequest

#2
OP

OpenWeatherMap

openWeatherMap

#3
SL

Slack

slack

#4
CO

Code

code

#5

Cómo importar este flujo de trabajo

  1. 1Haz clic en el botón Descargar JSON a la derecha para guardar el archivo del flujo de trabajo.
  2. 2Abre tu instancia de n8n. Ve a Flujos de trabajo → Nuevo → Importar desde archivo.
  3. 3Selecciona el archivo smart-irrigation-scheduler-with-weather-forecast-and-soil-analysis descargado y haz clic en Importar.
  4. 4Configura las credenciales para cada nodo de servicio (claves API, OAuth, etc.).
  5. 5Haz clic en Probar flujo de trabajo para verificar que todo funcione, luego actívalo.

O pega directamente en n8n → Importar desde JSON:

{ "name": "Smart Irrigation Scheduler with Weather Forecast and Soil Analysis", "nodes": [...], ...}

Integraciones

aggregatecodefiltergooglesheetshttprequestifmergeopenweathermaprespondtowebhookscheduletriggersetslacksplitoutwebhook

Obtener este flujo de trabajo

Descarga e importa con un solo clic

Descargar JSONVer en n8n.io
Nodos18
Complejidadhigh
Disparadorscheduled
CategoríaMiscellaneous

Creado por

中崎功大

中崎功大

@nakazaki

Etiquetas

aggregatecodefiltergooglesheetshttprequestifmergeopenweathermaprespondtowebhookscheduletrigger
⚡

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