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belevo\mh
67
Puffer/README.md
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67
Puffer/README.md
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# Manager_1
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Beschreibung des Moduls.
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### Inhaltsverzeichnis
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1. [Funktionsumfang](#1-funktionsumfang)
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2. [Voraussetzungen](#2-voraussetzungen)
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3. [Software-Installation](#3-software-installation)
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4. [Einrichten der Instanzen in IP-Symcon](#4-einrichten-der-instanzen-in-ip-symcon)
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5. [Statusvariablen und Profile](#5-statusvariablen-und-profile)
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6. [WebFront](#6-webfront)
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7. [PHP-Befehlsreferenz](#7-php-befehlsreferenz)
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### 1. Funktionsumfang
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*
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### 2. Voraussetzungen
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- IP-Symcon ab Version 7.1
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### 3. Software-Installation
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* Über den Module Store das 'Manager_1'-Modul installieren.
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* Alternativ über das Module Control folgende URL hinzufügen
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### 4. Einrichten der Instanzen in IP-Symcon
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Unter 'Instanz hinzufügen' kann das 'Manager_1'-Modul mithilfe des Schnellfilters gefunden werden.
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- Weitere Informationen zum Hinzufügen von Instanzen in der [Dokumentation der Instanzen](https://www.symcon.de/service/dokumentation/konzepte/instanzen/#Instanz_hinzufügen)
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__Konfigurationsseite__:
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Name | Beschreibung
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-------- | ------------------
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### 5. Statusvariablen und Profile
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Die Statusvariablen/Kategorien werden automatisch angelegt. Das Löschen einzelner kann zu Fehlfunktionen führen.
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#### Statusvariablen
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Name | Typ | Beschreibung
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------ | ------- | ------------
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#### Profile
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Name | Typ
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------ | -------
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### 6. WebFront
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Die Funktionalität, die das Modul im WebFront bietet.
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### 7. PHP-Befehlsreferenz
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`boolean GEF_BeispielFunktion(integer $InstanzID);`
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Erklärung der Funktion.
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Beispiel:
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`GEF_BeispielFunktion(12345);`
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21
Puffer/form.json
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21
Puffer/form.json
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{
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"elements": [
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{
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"type": "Label",
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"caption": "Konfiguration der nötigen Schaltkontakte und Nennleistungen"
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},
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{
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"type": "NumberSpinner",
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"name": "Interval",
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"caption": "Intervall Neuberechnung der Werte Erst für spätere Versionen, aktuell auf 5 lassen!",
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"suffix": "Sekunden"
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},
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{
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"type": "NumberSpinner",
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"name": "IdleCounterMax",
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"caption": "Zyklen zwischen zwei Leistungsänderungen (Multipliziert sich mit Interval)",
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"suffix": ""
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}
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]
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}
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12
Puffer/module.json
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12
Puffer/module.json
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{
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"id": "{225BCE4B-2498-C994-6F15-E36D0C8BD8EA}",
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"name": "Puffer",
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"type": 3,
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"vendor": "Belevo AG",
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"aliases": [],
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"parentRequirements": [],
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"childRequirements": [],
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"implemented": [],
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"prefix": "GEF",
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"url": ""
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}
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183
Puffer/module.php
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183
Puffer/module.php
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<?php
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class Puffer extends IPSModule
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{
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public function Create()
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{
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parent::Create();
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// Boiler spezifische Properties
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$this->RegisterPropertyInteger("PufferLeistung", 6000);
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// Variabeln für Kommunkation mit Manager
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$this->RegisterVariableInteger("Sperre_Prio", "Sperre_Prio");
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$this->RegisterVariableInteger("PV_Prio", "PV_Prio");
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$this->RegisterVariableBoolean("Idle", "Idle", "", 0);
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$this->RegisterVariableInteger("Aktuelle_Leistung", "Aktuelle_Leistung", "", 0);
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$this->RegisterVariableFloat("Bezogene_Energie", "Bezogene_Energie", "", 0);
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$this->RegisterVariableString("PowerSteps", "PowerSteps");
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$this->RegisterVariableInteger("Power", "Power", '', 0);
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$this->RegisterVariableBoolean("Is_Peak_Shaving", "Is_Peak_Shaving", "", true);
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$this->RegisterVariableInteger("Leistung_Delta", "Leistung_Delta", "", 0);
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// Hilfsvariabeln für Idle zustand
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$this->RegisterPropertyInteger("IdleCounterMax", 2);
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$this->RegisterVariableInteger("IdleCounter", "IdleCounter", "", 0);
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$this->SetValue("IdleCounter", 0);
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// Initialisiere Idle
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$this->SetValue("Idle", true);
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$this->RegisterTimer("Timer_Do_UserCalc_Boiler",$this->ReadPropertyInteger("Interval")*1000,"IPS_RequestAction(" .$this->InstanceID .', "Do_UserCalc", "");');
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}
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public function ApplyChanges()
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{
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parent::ApplyChanges();
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}
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public function RequestAction($Ident, $Value)
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{
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switch ($Ident) {
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case "SetAktuelle_Leistung":
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$this->SetValue("Power", (int)$Value);
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break;
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case "GetCurrentData":
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$this->SetValue("Is_Peak_Shaving", (bool)$Value);
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break;
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case "Do_UserCalc":
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$this->SetAktuelle_Leistung($this->GetValue("Power"));
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$this->GetCurrentData($this->GetValue("Is_Peak_Shaving"));
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break;
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default:
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throw new Exception("Invalid Ident");
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}
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}
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// Methode zum Setzen des aktuellen Stromverbrauchs
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public function SetAktuelle_Leistung(int $power)
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{
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// Setze die neue Aktuelle_Leistung
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$this->SetValue("Aktuelle_Leistung", $power);
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$this->SetValue("Bezogene_Energie", ($this->GetValue("Bezogene_Energie") + ($this->GetValue("Aktuelle_Leistung")*($this->ReadPropertyInteger("Interval")/3600))));
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// IdleCounter verarbeiten
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$this->ProcessIdleCounter();
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}
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// Methode zum Abrufen der aktuellen Daten
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public function GetCurrentData(bool $Peak)
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{
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$boilertemperatur_glätten = $this->ReadPropertyBoolean("Puffertemperatur_glätten");
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if ($boilertemperatur_glätten) {
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// Wenn Glättung aktiviert ist, führe das Glätten durch
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$boilerFuehlerPT1ID = $this->ReadPropertyInteger("Pufferfuehler_PT1");
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if (IPS_VariableExists($boilerFuehlerPT1ID)) {
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$boilerPT1 = GetValue($boilerFuehlerPT1ID);
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} else {
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$boilerPT1 = 0.0; // Standardwert
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}
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$boilerTempID = $this->GetIDForIdent("Boilertemperatur");
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if (IPS_VariableExists($boilerTempID)) {
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$boilerTemp = $this->GetValue("Boilertemperatur");
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} else {
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$boilerTemp = 0.0; // Standardwert
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}
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// PT
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$time_constant= $this->ReadPropertyInteger("ZeitKonstante");
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$delta_t = 5; // Zeitdifferenz zwischen den Messungen (30 Sekunden)
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$alpha = $delta_t / ($time_constant + $delta_t);
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$newBoilerTemp = $boilerTemp + $alpha * ($boilerPT1 - $boilerTemp);
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$this->SetValue("Puffertemperatur", $newBoilerTemp);
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} else {
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// Wenn Glättung nicht aktiviert ist, setze die Boilertemperatur direkt auf den Wert des Boilerfühlers
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$boilerFuehlerPT1ID = $this->ReadPropertyInteger("Pufferfuehler_PT1");
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if (IPS_VariableExists($boilerFuehlerPT1ID)) {
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$boilerPT1 = GetValue($boilerFuehlerPT1ID);
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} else {
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$boilerPT1 = 0.0; // Standardwert
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}
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// Setze Boilertemperatur direkt auf den Wert des Boilerfühlers
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$this->SetValue("Puffertemperatur", $boilerPT1);
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}
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$at = GetValue($this->ReadPropertyInteger("Aussentemp"));
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$this->SetValue("Aussentemperatur", $at);
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$m = $this->GetValue("Steigung");
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$minVT = $this->ReadPropertyInteger("MinVT_Temp"); // z.B. 20
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$maxVT = $this->ReadPropertyInteger("MaxVT_Temp"); // z.B. 80
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$maxAT = $this->ReadPropertyInteger("MaxAT_Temp"); // z.B. 20
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$minAT = $this->ReadPropertyInteger("MinAT_Temp"); // z.B. 0
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$m = ($maxVT - $minVT) / ($minAT - $maxAT);
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$this->SetValue("Steigung", $m);
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if ($at < $minAT){
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$VT = $maxVT;
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} elseif ($at > $maxAT){
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$VT = $minVT;
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} else {
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$VT = $m * $at + $maxVT;
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}
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$this->SetValue("Maximaltemperatur", $VT );
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$boilerTemp = $this->GetValue("Puffertemperatur");
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$pufferLeistung = $this->ReadPropertyInteger("PufferLeistung");
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$pufferTeilLeistung = $this->ReadPropertyInteger("PufferTeilLeistung");
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$hyst = $this->GetValue("Hysterese");
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if($VT < $boilerTemp){
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$this->SetValue("Hysterese", false );
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}elseif($VT-5 >= $boilerTemp){
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$this->SetValue("Hysterese", true);
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}
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if ($Peak) {
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$this->SetValue( "PowerSteps", json_encode([0]) );
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} else {
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if ($boilerTemp < $VT && $hyst== true) {
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$this->SetValue("PowerSteps", json_encode([0,$pufferTeilLeistung ,$pufferLeistung]));
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} elseif ($boilerTemp > $VT - 5 && $hyst== false) {
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$this->SetValue("PowerSteps", json_encode([0]));
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} else {
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$this->SetValue("PowerSteps", json_encode([0]));
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}
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}
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}
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private function ProcessIdleCounter()
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{
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// IdleCounter auslesen und verarbeiten
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$idleCounter = $this->GetValue("IdleCounter");
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if ($idleCounter > 0) {
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$this->SetValue("Idle", false);
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$this->SetValue("IdleCounter", $idleCounter - 1);
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} else {
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$this->SetValue("Idle", true);
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}
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}
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private function CheckIdle($power)
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{
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$lastpower = GetValue("Aktuelle_Leistung");
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if ($lastpower != GetValue("Aktuelle_Leistung")) {
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$this->SetValue("Idle", false);
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$this->SetValue(
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"IdleCounter",
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$this->ReadPropertyInteger("IdleCounterMax")
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);
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}
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// IdleCounter auslesen und verarbeiten
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$idleCounter = $this->GetValue("IdleCounter");
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if ($idleCounter > 0) {
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$this->SetValue("Idle", false);
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$this->SetValue("IdleCounter", $idleCounter - 1);
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} else {
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$this->SetValue("Idle", true);
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}
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}
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}
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?>
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