TL;DR use Git, Asciidoc and pipeline extensions to store technical documentation next to the source code and keep it up to date There is hardly a project, a task, that is possible without appropriate documentation. In source code, formats such as Markdown for ReadMe files have become established — but…

TL;DR package Java drivers and class in a container, run it with environment variables Here we go: GitHub - robertdiers/oracle-java-testcontainer: Container to test Oracle connectivity with Java… Container to test Oracle connectivity with Java JDBC drivers - GitHub - robertdiers/oracle-java-testcontainer…github.com 1 Java class only and the possibility to run every query you like. Want to use a different database?

Hier ein Beispiel wie Werte in die Datenbank geschrieben und gelesen werden können (Verwendung TimescaleDB um Metriken zu speichern): solar-manager/TimescaleDb.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com Der Tabellenname ist fest codiert, aber der Ansatz sollte verständlich sein :-)

Here you can find an easy example to handle database connectivity in Python (used with TimescaleDB to save metrics): solar-manager/TimescaleDb.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com I hardcoded my table name, but I think you can get the approach :-) #connect to database TimescaleDb.connect(timescaledb_ip, timescaledb_username, timescaledb_password)

Features: Tasmota ein- und ausschalten Status Werte von Tasmota abfragen solar-manager/Tasmota.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com #Verbindung zum MQTT broker Tasmota.connect(mqtt_broker, mqtt_port, mqtt_user, mqtt_password) #Einschalten (bitte im Tasmota konfigurierten Topic Name verwenden) Tasmota.on(topic_name)

You can use this Python module to switch Tasmota device on/off read status values from Tasmota device solar-manager/Tasmota.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com #connect to MQTT broker Tasmota.connect(mqtt_broker, mqtt_port, mqtt_user, mqtt_password) #switch on (please use the topic name configured in Tasmota) Tasmota.on(topic_name)

Here you can find the code to read the actual data from Kostal inverter (in use with Kostal Plenticore Plus 10): solar-manager/Kostal.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com You just need to know IP and port (typically 1502): Kostal.read(your_ip, 1502) You can get this attributes:

Hier findet ihr den Code um den Kostal Wechselrichter über den TCP Modbus auszulesen (im Einsatz mit Kostal Plenticore Plus 10): solar-manager/Kostal.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com Man muss nur die IP und den Port (typischerweise 1502) übergeben: Kostal.read(deine_ip, 1502)

Ich habe ein kleines Python Program geschrieben, das meinen Solarüberschuss an meine iDM AERO SLM 6–17 Wärmepumme schickt. Die Pumpe füllt damit automatisch den Wärmespeicher und reguliert die Räume auf Wohlfühltemperatur — die kostenlose Energie wird sinnvoll genutzt. In der iDM muss das PV-Eingangssignal für Photovoltaik auf “Gebäudeleittechnik / Smartfox” gesetzt werden. Hier der Code: solar-manager/IdmPump.py at main · robertdiers/solar-manager This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below…github.com