PROJEKT: „ IoT monitorovaci system spotreby energie pre domacnost“

10 júna, 2024 | Posted by doc. Pančík in Hlavná stránka

Pekny projekt IoT  – monitoring spotreby elektrickej energie (OpenEnergyMonitor) [1], ktory ma tiez svoju internetovu cast s vizualizaciami nasnimanych udajov  na webe a v mobile [6]. 

POPIS PROJEKTU: 

— https://openenergymonitor.org/ Open source monitoring for electricity, solar, storage, heat pumps and electric vehicle charging. A versatile and expandable system of sensors and integrations built on the Raspberry Pi and Arduino platforms.

POZNAMKY K PROJEKTU: 

— treba vyrobit HW (k dispozicii su navody)

— na SPSJM mame maturitnu pracu SR 2023/24 , HW a SW – riesil Tomas ZACHAR na tej istej HW platofrme (ARDUINO a bol pouzity rovnaky snimac prudu) – da sa to prevziat a dokoncit / zlepsit – Tomas nemal vela casu na dokoncenie

— treba urobit kalibraciu vyrobeneho snimaca spotreby porovananim s referencnym meracom spotreby,

— staci zatial jednoduchsie riesenie monitoringu spotreby domacnosti (pre jeden spotrebic) bez integracie snimaca do rozvodnej skrine domacnosti

POPIS PROJEKTU: 

— https://openenergymonitor.org/ Open source monitoring for electricity, solar, storage, heat pumps and electric vehicle charging. A versatile and expandable system of sensors and integrations built on the Raspberry Pi and Arduino platforms.

POZNAMKY K PROJEKTU: 

— treba vyrobit HW (k dispozicii su navody)

— na SPSJM mame maturitnu pracu SR 2023/24 , HW a SW – riesil Tomas ZACHAR na tej istej HW platofrme (ARDUINO a bol pouzity rovnaky snimac prudu) – da sa to prevziat a dokoncit / zlepsit – Tomas nemal vela casu na dokoncenie

— treba urobit kalibraciu vyrobeneho snimaca spotreby porovananim s referencnym meracom spotreby,

— staci zatial jednoduchsie riesenie monitoringu spotreby domacnosti (pre jeden spotrebic) bez integracie snimaca do rozvodnej skrine domacnosti

RIESITEL PROJEKTU :

ZAVER: 

Tato alternativa je takisto vyborna, spolocensky potrebna (da sa pouzit v domacej  fotovoltaike ktora teraz exanduje). Rizika su mozno v nedostupnosti RaspberryPI – preto by st eprvy model robili na baze ARDUINO. 

Ide mi o to aby ste sa hlavne dostali do tvorby SW pre tuto apliakciu – zacali by ste so strasim jednoduchym HW – lepsi HW by sa casom kupil 

POZNAMKA:  

Robilo by sa na zaciatku so strasim modelom  HW  na zaklade [3] ARDUINO je o nieco drahsi a musi sa dat vyrobit doska plosnych spojov – da sa to vsak obist  (prototyp sa vyrobi s original ARDUINO a zvysok sa doletuje) resp da sa doska plosnych spojov vyrobit v Cine . Vyrobna dokumentacia k HW je v [4], program (volaju to firmware, je to ARDUINO projekt ) je v [5] 

ZDROJE :  

[1] https://openenergymonitor.org/

[2] https://docs.openenergymonitor.org/

[3] https://docs.openenergymonitor.org/emontx3/index.html

[4] https://github.com/openenergymonitor/emontx3/tree/master/hardware

[5] https://github.com/openenergymonitor/emontx3/tree/master/firmware/emonTx34/emonTx34_CM

[6] https://docs.openenergymonitor.org/emoncms/graphs.html

You can follow any responses to this entry through the RSS 2.0 Both comments and pings are currently closed.