Eenvoudige thuisaccu samenstellen

{{(5.120+states('sensor.pqladers_totvermogen')|float-states('sensor.psbatt_energietotaalgeleverd')|float+states('input_number.BatterijOntladen')|float-states('input_number.BatterijBijgeladen')|float-(states('sensor.pqladers_totvermogen')|float-states('input_number.BatterijBijgeladen')|float)*0.20-(states('sensor.psbatt_energietotaalgeleverd')|float-states('input_number.BatterijOntladen')|float)*0.03)*1000/5120*100}}

{% set consumption = states('sensor.p1_meter_power') | float %}
          {% set max_output = 1100 %}
          {% set mix_output = 350 %}
          {% set min_output = 120 %}
          {% set current_output = states('number.powerstream_xx1_custom_load_power_settings')|float(0) + states('number.powerstream_xx2_custom_load_power_settings')|float(0) %}
          {% set new_output = current_output + consumption %}
          {% if new_output > max_output %}
            {{ (max_output/2)|round }}
          {% elif new_output >= mix_output %}
            {{ (new_output/2)|round }}      
          {% elif min_output <= new_output < mix_output and (now().day % 2) != 0 %}
          {{ (new_output)|round }}
          {% else %}
          0
          {% endif %}

<?php
//                                                               //
// **************************************************************//
//        EcoFlow LiFePo4 12/12/20a Thuisbatterij Laders         //
//                          Variables                            //
// **************************************************************//
//                                                               //

// Debug?
    $debug                 = 'yes';                              // Waarde 'yes' of 'no'

// Homewizard variables
    $hwP1IP                = '0.0.0.0';                         // IP Homewizard P1 Meter
    $hwKwhIP               = '0.0.0.0';                         // IP Homewizard Solar kwh Meter
    $hwEcoFlowIP           = '0.0.0.0';                         // IP Homewizard EcoFlow socket
    $hwChargerOneIP        = '0.0.0.0';                         // IP Homewizard Charger ONE 300w socket
    $hwChargerTwoIP        = '0.0.0.0';                         // IP Homewizard Charger TWO 600w socket
    $hwChargerThreeIP      = '0.0.0.0';                         // IP Homewizard Charger THREE 300w socket
    
// Lader/Batterij variables
    $chargerOneUsage       = 340;                                // Verbruik van Lader 1 (Watt)
    $chargerTwoUsage       = 590;                                // Verbruik van Lader 2 (Watt)
    $chargerThreeUsage     = 340;                                // Verbruik van Lader 3 (Watt)
    $chargerWattsIdle      =  14;                                // Standby Watts van alle laders wanneer batterijen vol zijn
    
// Ecoflow Powerstream API variables
    $ecoflowPath           = '/path/to/files/';                  // Path waar je scripts zich bevinden
    $ecoflowAccessKey      = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx'; // Powerstream API access key
    $ecoflowSecretKey      = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx'; // Powerstream API secret key
    $ecoflowSerialNumber   = ['HWXXXXXXXXXXX',];                 // Powerstream serie nummer

//                                                               //
// **************************************************************//
//        EcoFlow LiFePo4 12/12/20a Thuisbatterij opladen        //
//                  Functions & Get/Set Data                     //
// **************************************************************//
//                                                               //

// Print Header
    if ($debug == 'yes'){
    echo ' '.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' --    LiFePo4 12/12/20a Chargers    --'.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' '.PHP_EOL;
    }
    
// Require ecoflow API class file   
    require_once(''.$ecoflowPath.'ecoflow-api-class.php');
    
// Get Ecoflow status
    $ecoflow = new EcoFlowAPI(''.$ecoflowAccessKey.'', ''.$ecoflowSecretKey.'');
    $ecoflowSerialNumber = file_get_contents(''.$ecoflowPath.'serialnumber.txt');
        $batterijEmpty = 0;
    if ($ecoflowSerialNumber === false) {
        if ($debug == 'yes'){
        echo '  -- ERROR: Kan serialnumber.txt niet openen!'.PHP_EOL;
        echo ' '.PHP_EOL;
        echo '  --------------------------------------'.PHP_EOL;
        }
        exit(1);
    }

    if (empty(trim($ecoflowSerialNumber))) {
        if ($debug == 'yes'){
        echo '  -- ERROR: Batterij leeg!'.PHP_EOL;
        echo ' '.PHP_EOL;
        echo '  --------------------------------------'.PHP_EOL;
        }

    } else {
        
        $inv = $ecoflow->getDevice($ecoflowSerialNumber);
        if (!$inv || !isset($inv['data']['20_1.permanentWatts'])) {
        if ($debug == 'yes'){
        echo '  -- ERROR: Kan EcoFlow inverter gegevens niet ophalen!'.PHP_EOL;
        echo ' '.PHP_EOL;
        echo '  --------------------------------------'.PHP_EOL;
        }
        exit(1);
        }

// Function write batterState.txt
    function writeBattState($state)
    {
        global $ecoflowPath;
        $filePath = ''.$ecoflowPath.'batteryState.txt';
        $file = fopen($filePath, "w");
        if ($file === false) {
            die("Unable to open file!");
        }
        fwrite($file, $state);
        fclose($file);
    }

// Function GET HomeWizard data
    function getHwData($ip) {
        global $debug;
        $hwData = curl_init();
        curl_setopt($hwData, CURLOPT_URL, "http://".$ip."/api/v1/data");
        curl_setopt($hwData, CURLOPT_RETURNTRANSFER, true);
        $hwDataResult = curl_exec($hwData);

        if (curl_errno($hwData)) { 
            if ($debug == 'yes'){
            echo ' -- ERROR: Kan geen gegevens op halen van Homewizard: '.$ip.'!'.PHP_EOL;
            echo ' '.PHP_EOL;
            echo ' --------------------------------------'.PHP_EOL;
            }
            exit(0);    

        } else {
            
            $hwDataDecode = json_decode($hwDataResult);
            $hwDataDecoded         = round($hwDataDecode->active_power_w);
            return $hwDataDecoded;
            curl_close($hwData);
        }
    }

// Function GET HomeWizard (energy-socket) status
    function getHwStatus($ip) {
        global $debug;
        $hwChargerStatus = curl_init();
        curl_setopt($hwChargerStatus, CURLOPT_URL, "http://".$ip."/api/v1/state");
        curl_setopt($hwChargerStatus, CURLOPT_RETURNTRANSFER, true);
        $hwChargerStatusResult = curl_exec($hwChargerStatus);

        if (curl_errno($hwChargerStatus)) { 
            if ($debug == 'yes'){
            echo ' -- ERROR: Kan geen gegevens op halen van Homewizard: '.$ip.'!'.PHP_EOL;
            echo ' '.PHP_EOL;
            echo ' --------------------------------------'.PHP_EOL;
            }
            exit(0);    

        } else {
            
          $hwChargerStatusDecode = json_decode($hwChargerStatusResult);
          $hwChargerStatus  = abs($hwChargerStatusDecode->power_on);
          
          if ($hwChargerStatus == 1){
              $hwChargerStatus  = 'On';
          } else {
            $hwChargerStatus  = 'Off';  
          }
          return $hwChargerStatus;
          curl_close($hwChargerStatus);   
        }
    }
    
// Function Switch HomeWizard (energy-socket) status
    function switchHwSocket($energySocket,$cmd) {
        global $debug;
        global $hwChargerOneIP;
        global $hwChargerTwoIP;
        global $hwChargerThreeIP;
        global $hwEcoFlowIP;
        
        $socket = curl_init();
        if ($energySocket == 'two') {
        curl_setopt($socket, CURLOPT_URL, 'http://'.$hwChargerTwoIP.'/api/v1/state');           
        } elseif ($energySocket == 'one') {
        curl_setopt($socket, CURLOPT_URL, 'http://'.$hwChargerOneIP.'/api/v1/state');
        } elseif ($energySocket == 'three') {
        curl_setopt($socket, CURLOPT_URL, 'http://'.$hwChargerThreeIP.'/api/v1/state');
        }
        curl_setopt($socket, CURLOPT_RETURNTRANSFER, true);
        curl_setopt($socket, CURLOPT_CUSTOMREQUEST, 'PUT');
        curl_setopt($socket, CURLOPT_HTTPHEADER, [
            'Content-Type: application/x-www-form-urlencoded',
        ]);
        
        if ($cmd == 'On') {
            $cmd = 'true';
        } elseif ($cmd == 'Off') {
            $cmd = 'false';
        }
        
        curl_setopt($socket, CURLOPT_POSTFIELDS, '{"power_on": '.$cmd.'}');
        
        $response = curl_exec($socket);

        curl_close($socket);
    }

// HomeWizard GET Variables
    $hwP1Usage            = getHwData($hwP1IP);
    $hwSolarReturn        = getHwData($hwKwhIP);
    $hwInvReturn          = getHwData($hwEcoFlowIP);
    $hwchargerOneUsage    = getHwData($hwChargerOneIP);
    $hwchargerTwoUsage    = getHwData($hwChargerTwoIP);
    $hwchargerThreeUsage  = getHwData($hwChargerThreeIP);
    $chargerOneStatus     = getHwStatus($hwChargerOneIP);
    $chargerTwoStatus     = getHwStatus($hwChargerTwoIP);
    $chargerThreeStatus   = getHwStatus($hwChargerThreeIP);
    
// Get battery Voltage
    $pv1InputVolt         = ($inv['data']['20_1.pv1InputVolt']) / 10;
    $pv2InputVolt         = ($inv['data']['20_1.pv2InputVolt']) / 10;
    $pvAvInputVoltage     = ($pv1InputVolt + $pv2InputVolt) / 2;
    
// Get Inverter output Watts
    $pv1InputWatts        = ($inv['data']['20_1.pv1InputWatts']) / 10;
    $pv2InputWatts        = ($inv['data']['20_1.pv2InputWatts']) / 10;
    $pvAvInputWatts       = ($pv1InputWatts + $pv2InputWatts);
    
// Get Current Baseload
    $currentBaseload      = ($inv['data']['20_1.permanentWatts']) / 10;

// Get Inverter Temperature
    $invTemp              = ($inv['data']['20_1.llcTemp']) / 10;

// Determine Power Usage
    $chargerUsage         = ($hwchargerOneUsage + $hwchargerTwoUsage + $hwchargerThreeUsage);
    $productionTotal      = ($hwSolarReturn + $hwInvReturn);
    $realUsage            = ($hwP1Usage - $productionTotal);
    $P1ChargerUsage       = ($hwP1Usage - $chargerUsage);
    
    $chargerOneUsage      = -abs($chargerOneUsage);
    $chargerTwoUsage      = -abs($chargerTwoUsage);
    $chargerOneTwoUsage   = -abs($chargerOneUsage + $chargerTwoUsage); 
    $chargerThreeUsage    = -abs($chargerThreeUsage);
    $chargerTotalUsage    = ($chargerOneUsage + $chargerTwoUsage + $chargerThreeUsage);
    
//Write battery State   
    if ($pvAvInputVoltage <= 22.7) {
    writeBattState('leeg');
    } elseif ($pvAvInputVoltage > 22.7 && $pvAvInputVoltage <= 24.95) {
    writeBattState('half');
    } elseif ($pvAvInputVoltage >= 26.6) {
    writeBattState('geladen');
    }
    $batteryState = file_get_contents(''.$ecoflowPath.'batteryState.txt');
    
//                                                               //
// **************************************************************//
//        EcoFlow LiFePo4 12/12/20a Thuisbatterij Laders         //
//                             Print                             //
// **************************************************************//
//                                                               //

    if ($debug == 'yes'){
        echo ' -/- Laders                   -\-'.PHP_EOL;
        echo '  -- Lader 1                   : '.$chargerOneStatus.''.PHP_EOL;  
        echo '  -- Lader 2                   : '.$chargerTwoStatus.''.PHP_EOL;
        echo '  -- Lader 3                   : '.$chargerThreeStatus.''.PHP_EOL;
        echo '  -- Laders Totaal-Verbruik    : '.$chargerUsage.'w'.PHP_EOL;     
        echo ' '.PHP_EOL;
        
        echo ' -/- Batterij                 -\-'.PHP_EOL;
        echo '  -- Batterij Voltage          : '.$pvAvInputVoltage.'v'.PHP_EOL;
        echo '  -- Batterij State            : '.$batteryState.''.PHP_EOL;
        echo ' '.PHP_EOL;

        echo ' -/- EcoFlow Omvormer         -\-'.PHP_EOL;
        echo '  -- Temperatuur               : '.$invTemp.'c'.PHP_EOL;
        echo ' '.PHP_EOL;
        
        echo ' -/- Energie                  -\-'.PHP_EOL;
        echo '  -- P1-Meter                  : '.$hwP1Usage.'w'.PHP_EOL;
        echo '  -- Zonnepanelen opwek        : '.$hwSolarReturn.'w'.PHP_EOL;
        echo '  -- Batterij opwek            : '.$hwInvReturn.'w'.PHP_EOL;
        echo '  -- Echte Verbruik            : '.$realUsage.'w'.PHP_EOL;
        echo '  -- Stroomverbruik excl laders: '.$P1ChargerUsage.'w'.PHP_EOL;
    }
    
//                                                               //
// **************************************************************//
//        EcoFlow LiFePo4 12/12/20a Thuisbatterij Laders         //
//                        Start/Stop Laden                       //
// **************************************************************//
//                                                               //

    if ($debug == 'yes'){   
    echo ' '.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' '.PHP_EOL;
    }
    
// Lader 1 of 2 of 3 UIT    
    if ($P1ChargerUsage > $chargerOneUsage || $chargerUsage <= $chargerWattsIdle || $pvAvInputWatts != 0 || $hwSolarReturn == 0){
        if ($debug == 'yes'){echo '  -- Laders 1 of 2 of 3 UIT'.PHP_EOL;}   
        if ($chargerOneStatus == 'On' && $hwSolarReturn >= $chargerOneUsage){ switchHwSocket('one','Off'); sleep(2);}           
        if ($chargerTwoStatus == 'On' && $hwSolarReturn >= $chargerOneTwoUsage){ switchHwSocket('two','Off'); sleep(2);}
        if ($chargerThreeStatus == 'On' && $hwSolarReturn >= $chargerTotalUsage){ switchHwSocket('three','Off');}
    }

// Lader 1 AAN - Lader 2 & 3 UIT            
    if (($P1ChargerUsage > $chargerTwoUsage && $P1ChargerUsage <= $chargerOneUsage) && ($pvAvInputVoltage <= 26 && $pvAvInputWatts == 0 && $hwSolarReturn != 0)){
        if ($debug == 'yes'){echo '  -- Lader 1 AAN - Lader 2 & 3 UIT'.PHP_EOL;}
        if ($chargerOneStatus == 'Off'){ switchHwSocket('one','On'); sleep(2);}
        if ($chargerTwoStatus == 'On'){ switchHwSocket('two','Off'); sleep(2);}
        if ($chargerThreeStatus == 'On'){ switchHwSocket('three','Off');}
    }

// Lader 2 AAN - Lader 1 & 3 UIT
    if (($P1ChargerUsage > $chargerOneTwoUsage && $P1ChargerUsage <= $chargerTwoUsage) && ($pvAvInputVoltage <= 26 && $pvAvInputWatts == 0 && $hwSolarReturn != 0)){
        if ($debug == 'yes'){echo '  -- Lader 2 AAN - Lader 1 & 3 UIT'.PHP_EOL;}
        if ($chargerTwoStatus == 'Off'){ switchHwSocket('two','On'); sleep(2);}
        if ($chargerOneStatus == 'On'){ switchHwSocket('one','Off'); sleep(2);}
        if ($chargerThreeStatus == 'On'){ switchHwSocket('three','Off');}
    }

// Lader 1 & 2 AAN - Lader 3 UIT
    if (($P1ChargerUsage > $chargerTotalUsage && $P1ChargerUsage <= $chargerOneTwoUsage) && ($pvAvInputVoltage <= 26 && $pvAvInputWatts == 0 && $hwSolarReturn != 0)){
        if ($debug == 'yes'){echo '  -- Lader 1 & 2 AAN - Lader 3 UIT'.PHP_EOL;}
        if ($chargerOneStatus == 'Off'){ switchHwSocket('one','On'); sleep(2);}
        if ($chargerTwoStatus == 'Off'){ switchHwSocket('two','On'); sleep(2);}
        if ($chargerThreeStatus == 'On'){ switchHwSocket('three','Off');}
    }

// Lader 1, 2, & 3 AAN
    if ($P1ChargerUsage <= $chargerTotalUsage && $pvAvInputVoltage <= 26 && $pvAvInputWatts == 0 && $hwSolarReturn != 0){
        if ($debug == 'yes'){echo '  -- Lader 1, 2, & 3 AAN'.PHP_EOL;}
        if ($chargerOneStatus == 'Off'){ switchHwSocket('one','On'); sleep(2);}
        if ($chargerTwoStatus == 'Off'){ switchHwSocket('two','On'); sleep(2);}
        if ($chargerThreeStatus == 'Off'){ switchHwSocket('three','On');}
    }
    
// Print Footer
    if ($debug == 'yes'){   
    echo ' '.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' --              The End             --'.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' '.PHP_EOL;
    }
}
?>

<?php
//                                                               //
// **************************************************************//
//          EcoFlow micro-inverter automatische baseload         //
//                          Variables                            //
// **************************************************************//
//                                                               //

// Debug?
    $debug                  = 'yes';                                // Waarde 'yes' of 'no'

// Tijd variables
    $invStartTime           = '00:00';                              // Omvormer starttijd
    $invEndTime             = '13:30';                              // Omvormer eindtijd
    $runInfinity            = 'yes';                                // Waarde 'yes' of 'no' of 'auto'. Bij 'auto' word er 50% soc behouden voor de nacht, Bij yes zal de omvormer starten met opwekken als de zonpanelen niks meer opwekken en worden de begin en eindtijd variables genegeerd

    $latitude              = '00.00000';                            // Latitude is de afstand – noord of zuid – tot de evenaar
    $longitude             = '-0.00000';                            // Longitude is de afstand in graden oost of west tot de Meridiaan in Greenwich
    $zenitLat              = '89.5';                                // Het hoogste punt van de hemel gezien vanuit het punt waar de waarnemer staat
    $zenitLong             = '91.7';                                // Het hoogste punt van de hemel gezien vanuit het punt waar de waarnemer staat
    $timezone              = 'Europe/Amsterdam';                    // Mijn php.ini slikt de timezone niet dus dan maar handmatig instelling
                
// Omvormer variables
    $ecoflowMaxOutput      = 600;                                // Maximale teruglevering (Watts) wat de omvormer kan/mag leveren. 
    $ecoflowOutputOffSet   = 10;                                 // Trek deze value (watts) af van de nieuwe baseload, Deze value wordt alsnog van het net wordt getrokken om teruglevering te voorkomen
    $maxInvTemp            = 65;                                 // Maximale interne temperatuur, daarboven stopt de omvormer met terugleveren 
            
// Homewizard variables
    $hwP1IP                 = '0.0.0.0';                            // IP Homewizard P1 Meter
    $hwKwhIP                = '0.0.0.0';                            // IP Homewizard Solar kwh Meter
    $hwEcoFlowIP            = '0.0.0.0';                            // IP Homewizard EcoFlow socket
    $hwChargerOneIP         = '0.0.0.0';                            // IP Homewizard Charger ONE 300w socket
    $hwChargerTwoIP         = '0.0.0.0';                            // IP Homewizard Charger TWO 600w socket
        
// Ecoflow Powerstream API variables
    $ecoflowPath            = '/path/to/files/';                    // Path waar je scripts zich bevinden
    $ecoflowAccessKey       = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';   // Powerstream API access key
    $ecoflowSecretKey       = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';   // Powerstream API secret key
    $ecoflowSerialNumber    = ['HWXXXXXXXXXXXXXX',];                // Powerstream serie nummer

//                                                               //
// **************************************************************//
//           EcoFlow micro-inverter automatic baseload           //
//                  Functions & Get/Set Data                     //
// **************************************************************//
//                                                               //

    if ($debug == 'yes'){
    echo ' '.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' --      EcoFlow Micro-Inverter      --'.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' '.PHP_EOL;
    }
    
// Include ecoflow API class file
    include(''.$ecoflowPath.'ecoflow-api-class.php');

// php.ini
    date_default_timezone_set(''.$timezone.'');

// Time/Date now
    $timeNow = date('H:i');
    $dateNow = date('Y-m-d H:i:s');
    $dateTime = new DateTime(''.$dateNow.'', new DateTimeZone(''.$timezone.''));

// Check DSt time
    $isDST = $dateTime->format("I");
    if ($isDST == '1'){
    $gmt = '1';
    } else {
    $gmt = '0';
    }
    
// Get EcoFlow Status
    $ecoflow = new EcoFlowAPI(''.$ecoflowAccessKey.'', ''.$ecoflowSecretKey.'');
    $serial_number = file_get_contents(''.$ecoflowPath.'serialnumber.txt'); 
    if ($serial_number === false) {
        if ($debug == 'yes'){
        echo '  -- ERROR: Can`t open file serialnumber.txt!'.PHP_EOL;
        echo ' '.PHP_EOL;
        echo '  --------------------------------------'.PHP_EOL;
        }
        exit(1);
    }

    if (empty(trim($serial_number))) {
        if ($debug == 'yes'){
        echo '  -- ERROR: Battery is empty!'.PHP_EOL;
        echo ' '.PHP_EOL;
        echo '  --------------------------------------'.PHP_EOL;
        }
        $ecoflow->setDeviceFunction($serial_number, 'WN511_SET_PERMANENT_WATTS_PACK', ['permanent_watts' => 0]);
        exit(0);
    } else {
        $inv = $ecoflow->getDevice($serial_number);
        if (!$inv || !isset($inv['data']['20_1.permanentWatts'])) {
        if ($debug == 'yes'){
        echo '  -- ERROR: Can`t GET EcoFlow inverter data!'.PHP_EOL;
        echo ' '.PHP_EOL;
        echo '  --------------------------------------'.PHP_EOL;
        }
        exit(1);
    }
            
// Get battery Voltage
    $pv1InputVolt         = ($inv['data']['20_1.pv1InputVolt']) / 10;
    $pv2InputVolt         = ($inv['data']['20_1.pv2InputVolt']) / 10;
    $pvAvInputVoltage     = ($pv1InputVolt + $pv2InputVolt) / 2;
    $batteryState = file_get_contents(''.$ecoflowPath.'batteryState.txt');
    
// Get Inverter output Watts
    $pv1InputWatts        = ($inv['data']['20_1.pv1InputWatts']) / 10;
    $pv2InputWatts        = ($inv['data']['20_1.pv2InputWatts']) / 10;
    $pvAvInputWatts       = ($pv1InputWatts + $pv2InputWatts);

// Get Current Baseload
    $currentBaseload      = ($inv['data']['20_1.permanentWatts']) / 10;

// Get Inverter Temperature
    $invTemp              = ($inv['data']['20_1.llcTemp']) / 10;
    
// Battery Empty?   
    if ($pvAvInputVoltage <= 22.7) {
    $batterijEmpty = 1;
    } elseif ($pvAvInputVoltage >= 0 && $pvAvInputVoltage <= 23.35 && $pvAvInputWatts == 0) {
    $batterijEmpty = 1;
    } else {
    $batterijEmpty = 0;
    }
    
// Function GET HomeWizard data
    function getHwData($ip) {
        global $debug;
        $hwData = curl_init();
        curl_setopt($hwData, CURLOPT_URL, "http://".$ip."/api/v1/data");
        curl_setopt($hwData, CURLOPT_RETURNTRANSFER, true);
        $hwDataResult = curl_exec($hwData);

        if (curl_errno($hwData)) { 
            if ($debug == 'yes'){
            echo ' -- ERROR: Kan geen gegevens op halen van Homewizard: '.$ip.'!'.PHP_EOL;
            echo ' '.PHP_EOL;
            echo ' --------------------------------------'.PHP_EOL;
            }
            exit(0);    

        } else {
            
            $hwDataDecode = json_decode($hwDataResult);
            $hwDataDecoded         = round($hwDataDecode->active_power_w);
            return $hwDataDecoded;
            curl_close($hwData);
        }
    }

// Function GET HomeWizard (energy-socket) status
    function getHwStatus($ip) {
        global $debug;
        $hwChargerStatus = curl_init();
        curl_setopt($hwChargerStatus, CURLOPT_URL, "http://".$ip."/api/v1/state");
        curl_setopt($hwChargerStatus, CURLOPT_RETURNTRANSFER, true);
        $hwChargerStatusResult = curl_exec($hwChargerStatus);

        if (curl_errno($hwChargerStatus)) { 
            if ($debug == 'yes'){
            echo ' -- ERROR: Kan geen gegevens op halen van Homewizard: '.$ip.'!'.PHP_EOL;
            echo ' '.PHP_EOL;
            echo ' --------------------------------------'.PHP_EOL;
            }
            exit(0);    

        } else {
            
          $hwChargerStatusDecode = json_decode($hwChargerStatusResult);
          $hwChargerStatus  = abs($hwChargerStatusDecode->power_on);
          
          if ($hwChargerStatus == 1){
              $hwChargerStatus  = 'On';
          } else {
            $hwChargerStatus  = 'Off';  
          }
          return $hwChargerStatus;
          curl_close($hwChargerStatus);   
        }
    }

// HomeWizard GET Variables
    $hwP1Usage            = getHwData($hwP1IP);
    $hwSolarReturn        = getHwData($hwKwhIP);
    $hwInvReturn          = getHwData($hwEcoFlowIP);
    $hwChargerOneUsage    = getHwData($hwChargerOneIP);
    $hwChargerTwoUsage    = getHwData($hwChargerTwoIP);
    $hwChargerThreeUsage  = getHwData($hwChargerThreeIP);
    $ChargerOneStatus     = getHwStatus($hwChargerOneIP);
    $ChargerTwoStatus     = getHwStatus($hwChargerTwoIP);
    $ChargerThreeStatus   = getHwStatus($hwChargerThreeIP);
    
// SET/GET Usage Variables  
    $productionTotal      = ($hwSolarReturn + $hwInvReturn);
    $realUsage            = ($hwP1Usage - $productionTotal);
    $newInfPVProduction   = abs($hwSolarReturn);
    
// Schakeltijd
    $sunrise              = (date_sunrise(time(),SUNFUNCS_RET_STRING,$latitude,$longitude,$zenitLat,$gmt));
    $sunset               = (date_sunset(time(),SUNFUNCS_RET_STRING,$latitude,$longitude,$zenitLong,$gmt));

    if ($runInfinity == 'no' && date('H:i') >= ( ''.$invStartTime.'' ) && date('H:i') <= ( ''.$invEndTime.'' ) && $batteryState != 'leeg') {
        $schedule = 1;
        
    } elseif ($runInfinity == 'yes' && date('H:i') >= ( '00:00' ) && date('H:i') <= ( ''.$sunrise.'' ) && $batteryState != 'leeg') {
        $schedule = 1;  

    } elseif ($runInfinity == 'yes' && date('H:i') > ( ''.$sunrise.'' ) && date('H:i') <= ( ''.$sunset.'' ) && $batteryState == 'geladen') {
        $schedule = 1;
    
    } elseif ($runInfinity == 'yes' && date('H:i') > ( ''.$sunset.'' ) && date('H:i') <= ( '23:59' ) && $isDST == '1' && $batteryState != 'leeg') {
        $schedule = 1;

    } elseif ($runInfinity == 'yes' && date('H:i') > ( ''.$sunset.'' ) && date('H:i') <= ( '23:59' ) && $isDST == '0' && $batteryState == 'geladen') {
        $schedule = 1;
        
    } else {
        $schedule = 0;  
    }

// Determine total charger usage
    $chargerUsage = ($hwChargerOneUsage + $hwChargerTwoUsage + $hwChargerThreeUsage);
    
// determine new baseload   
    if ($hwP1Usage < $ecoflowMaxOutput){
        $newLoad = ($hwP1Usage + $currentBaseload) - $ecoflowOutputOffSet;
        
    } elseif ($hwP1Usage >= $ecoflowMaxOutput){
        $newLoad = $ecoflowMaxOutput;
        
    }       

    if ($newLoad <= 0){
        $newBaseload = 0;
    } elseif ($newLoad > 0){
        $newBaseload = $newLoad;
    }
        
    $newInvBaseload = round($newBaseload) * 10;

// Set baseload to max  
    if ($newBaseload > $ecoflowMaxOutput) {
        $newBaseload = $ecoflowMaxOutput;
        $newInvBaseload = ($ecoflowMaxOutput) * 10;
    }
    
// Set baseload to null when charging
    if ($ChargerOneStatus == 'On' || $ChargerTwoStatus == 'On' || $ChargerThreeStatus == 'On') {
        $newBaseload = 0;
        $newInvBaseload = 0;
    }
    
// Set baseload to null when battery empty
    if ($batterijEmpty == 1) {
        $newBaseload = 0;
        $newInvBaseload = 0;
    }
    
// Set baseload to null when SwitchTime is negative
    if ($schedule == 0) {
        $newBaseload = 0;
        $newInvBaseload = 0;
    }

// Set baseload to null when inverter has to return less then it can deliver
    if ($newBaseload <= 50 && $hwSolarReturn != 0) {
        $newBaseload = 0;
        $newInvBaseload = 0;
    }

// Set baseload to null when inverter is getting to hot
    if ($invTemp >= $maxInvTemp) {
        $newBaseload = 0;
        $newInvBaseload = 0;
    }
    
// Set baseload to null when SolarPower is higher then?
    if ($newInfPVProduction > $ecoflowMaxOutput) {  
        $newBaseload = 0;
        $newInvBaseload = 0;
    }

// Set baseload to null when battery has not been fully charged during wintertime   
    if ($isDST == '0' && $batteryState == 'leeg'){
        $newBaseload = 0;
        $newInvBaseload = 0;
    }   
    
//                                                               //
// **************************************************************//
//           EcoFlow micro-inverter automatic baseload           //
//                    Print & Update Baseload                    //
// **************************************************************//
//                                                               //

// Print Lader Status
    if ($debug == 'yes'){
        echo ' -/- Laders                   -\-'.PHP_EOL;
        echo '  -- Lader 1                   : '.$ChargerOneStatus.''.PHP_EOL;      
        echo '  -- Lader 2                   : '.$ChargerTwoStatus.''.PHP_EOL;
        echo '  -- Lader 3                   : '.$ChargerThreeStatus.''.PHP_EOL;
        echo '  -- Laders Totaal-Verbruik    : '.$chargerUsage.'w'.PHP_EOL;     
        echo ' '.PHP_EOL;

// Print Battery Status
        echo ' -/- Batterij                 -\-'.PHP_EOL;
        echo '  -- Batterij Voltage          : '.$pvAvInputVoltage.'v'.PHP_EOL;
        if ($batterijEmpty == 1) {
        echo '  -- Batterij leeg!'.PHP_EOL;
        }
        echo '  -- Batterij State            : '.$batteryState.''.PHP_EOL;
        if ($batteryState != 'geladen' && $isDST == '0'){
        echo '  -- Geen ontlading vandaag...'.PHP_EOL;
        }
        echo ' '.PHP_EOL;
        
// Print Inverter Status
        echo ' -/- EcoFlow Omvormer         -\-'.PHP_EOL;
        echo '  -- Temperatuur               : '.$invTemp.'c'.PHP_EOL;
        echo ' '.PHP_EOL;

// Print Schakeltijd
        echo ' -/- Schakeltijd              -\-'.PHP_EOL;
        if ($runInfinity == 'no'){
        echo '  -- Start Tijd                : '.$invStartTime.''.PHP_EOL;
        echo '  -- Eind Tijd                 : '.$invEndTime.''.PHP_EOL;            
        }
        
        if ($schedule == 1) {
        echo '  -- Schakeltijd               : true'.PHP_EOL;
        } else {
        echo '  -- Schakeltijd               : false'.PHP_EOL;
        }
        echo '  -- $runInfinity              : '.$runInfinity.''.PHP_EOL;
        if ($isDST == '1') {
        echo '  -- Zomertijd programma       : actief'.PHP_EOL;
        } else {
        echo '  -- Wintertijd programma      : actief'.PHP_EOL;
        }
        echo ' '.PHP_EOL;
        
// Print Energie Status
        echo ' -/- Energie                  -\-'.PHP_EOL;
        echo '  -- P1-Meter                  : '.$hwP1Usage.'w'.PHP_EOL;
        echo '  -- Zonnepanelen opwek        : '.$hwSolarReturn.'w'.PHP_EOL;
        echo '  -- Batterij Opwek            : '.$hwInvReturn.'w'.PHP_EOL;
        echo '  -- Echte Verbruik            : '.$realUsage.'w'.PHP_EOL;
        if ($newBaseload != 0) {
        echo '  -- Stroom vraag              : true'.PHP_EOL;
        } else {
        echo '  -- Stroom vraag              : false'.PHP_EOL;
        }
        echo ' '.PHP_EOL;
        
// Print Nieuwe Baseload
        echo ' -/- Baseload                 -\-'.PHP_EOL;
        echo '  -- Huidige Baseload          : '.$currentBaseload.'w'.PHP_EOL;
        echo '  -- Nieuwe  Baseload          : '.$newBaseload.'w'.PHP_EOL;
    }
    
// Update Baseload
    if ($newBaseload != $currentBaseload) {
        if ($debug == 'yes'){
        echo '  -- Baseload update           : true'.PHP_EOL;
        }
        $ecoflow->setDeviceFunction($serial_number, 'WN511_SET_PERMANENT_WATTS_PACK', ['permanent_watts' => $newInvBaseload]);
    } else {
        if ($debug == 'yes'){
        echo '  -- Baseload update           : false'.PHP_EOL;  
        }
    }
    
// Print Footer
    if ($debug == 'yes'){
    echo ' '.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' --              The End             --'.PHP_EOL;
    echo ' --------------------------------------'.PHP_EOL;
    echo ' '.PHP_EOL;
    }
}

?>

{
    "charging_hours": {
        "2024-12-12 00:00:00": "0.299560",
        "2024-12-12 01:00:00": "0.291163",
        "2024-12-12 02:00:00": "0.284702",
        "2024-12-12 03:00:00": "0.281544",
        "2024-12-12 04:00:00": "0.287787"
    },
    "discharging_hours": {
        "2024-12-12 15:00:00": "0.923461",
        "2024-12-12 16:00:00": "1.080531",
        "2024-12-12 17:00:00": "1.207932",
        "2024-12-12 18:00:00": "0.911857"
    },
    "total_charging_cost": 1.0759182917647059,
    "total_discharging_savings": 2.610353373,
    "net_savings": 1.5344350812352943
}

alias: SEMILEEG waarde instellen -> BattMinSocWaarde
description: ""
triggers:
  - trigger: time_pattern
    hours: /23
    minutes: "0"
    seconds: "0"
conditions: []
actions:
  - action: input_number.set_value
    target:
      entity_id: input_number.battminsocwaarde
    data:
      value: >-
        {% set minsoccalc =
        (100-(as_timestamp(states('sensor.sun_next_setting'))/3600 -
        as_timestamp(states('sensor.sun_next_rising'))/3600-3.5)/7.7*100)|round
        %} {% if minsoccalc > 9 %} {{ minsoccalc }} {% else %} {{ 9 }} {% endif
        %}
mode: single