Light

no result from readDSP about abb_aurora_solar_inverter_library HOT 6 CLOSED

fencer commented on May 24, 2024

no result from readDSP

from abb_aurora_solar_inverter_library.

Comments (6)

xreef commented on May 24, 2024

Hi,
you can find information on that method here
https://www.mischianti.org/2020/08/20/abb-aurora-pv-inverter-library-for-arduino-esp8266-and-esp32/#Measure_request_to_the_DSP
Bye Renzo

from abb_aurora_solar_inverter_library.

fencer commented on May 24, 2024

Yes that is the article I am using as a reference however the data seems not to be returned

from abb_aurora_solar_inverter_library.

xreef commented on May 24, 2024

Hi,
add your code to this issue and we are going to check.
Bye Renzo

from abb_aurora_solar_inverter_library.

fencer commented on May 24, 2024

Code below. There is some code which is specific to ESPHome and HomeAssistant.

#include <Aurora.h>
#include "esphome.h"
#define RED_LED_PIN 13
#define LED_PIN 12

Aurora inverter = Aurora(2, 3, 1, 5);

class AuroraSensor : public PollingComponent {
public:
TextSensor *DcDcChannel1State_sensor = new TextSensor();
TextSensor *DateTime_sensor = new TextSensor();
TextSensor *SerialNumber_sensor = new TextSensor();
TextSensor *InverterName_sensor = new TextSensor();

Sensor *PowerIn1_sensor = new Sensor();
Sensor *PowerIn2_sensor = new Sensor();
Sensor *GridPower_sensor = new Sensor();
Sensor *TemperatureInverter_sensor = new Sensor();
Sensor *TemperatureBooster_sensor = new Sensor();
Sensor *DayCumulatedEnergy_sensor = new Sensor();
Sensor *VIn1_sensor = new Sensor();
Sensor *IIn1_sensor = new Sensor();
Sensor *VIn2_sensor = new Sensor();
Sensor *IIn2_sensor = new Sensor();
Sensor *IsolationResistance_sensor = new Sensor();
Sensor *PowerPeak_sensor = new Sensor();
Sensor *PowerPeakToday_sensor = new Sensor();

AuroraSensor() : PollingComponent(60000) { }


void setup() override
{
    pinMode(RED_LED_PIN, OUTPUT);
    pinMode(LED_PIN, OUTPUT);
	inverter.begin();
	ESP_LOGD("Aurora", "Setup ok");
	digitalWrite(LED_PIN, HIGH);
}



void update() override
{
    digitalWrite(RED_LED_PIN, HIGH);
    
    ESP_LOGD("Aurora", "-- Init update data --");
 

    Aurora::DataSystemSerialNumber dataSystemSerialNumber = inverter.readSystemSerialNumber();
    SerialNumber_sensor->publish_state(dataSystemSerialNumber.SerialNumber.c_str());

    Aurora::DataTimeDate dataTimeDate = inverter.readTimeDate();
    DateTime_sensor->publish_state(dataTimeDate.getDateTimeString().c_str());

    Aurora::DataVersion dataVersion = inverter.readVersion();
    InverterName_sensor->publish_state(dataVersion.getModelName().name.c_str());

    Aurora::DataCumulatedEnergy cumulatedEnergy = inverter.readCumulatedEnergy(CUMULATED_DAILY_ENERGY);
    DayCumulatedEnergy_sensor->publish_state(cumulatedEnergy.energy);

    Aurora::DataDSP VIn1dataDSP = inverter.readDSP(DSP_VOLTAGE_ALL);
    ESP_LOGD("Aurora", "Read state -->  %d",VIn1dataDSP.state.readState);
    if (VIn1dataDSP.state.readState == 1) {
        ESP_LOGD("Aurora", "VIn1dataDSP: %s",VIn1dataDSP.value);
        VIn1_sensor->publish_state(VIn1dataDSP.value);
    }

    Aurora::DataDSP VIn2dataDSP = inverter.readDSP(DSP_VOLTAGE_GT);
    if (VIn2dataDSP.state.readState == 1) {
        VIn2_sensor->publish_state(VIn2dataDSP.value);
    }

    Aurora::DataDSP IIn1dataDSP = inverter.readDSP(DSP_CURRENT_ALL);
    if (IIn1dataDSP.state.readState == 1) {
        IIn1_sensor->publish_state(IIn1dataDSP.value);
    }

    Aurora::DataDSP IIn2dataDSP = inverter.readDSP(DSP_CURRENT_GT);
    if (IIn2dataDSP.state.readState == 1) {
        IIn2_sensor->publish_state(IIn2dataDSP.value);
    }
    
    Aurora::DataDSP TemperatureInverterdataDSP = inverter.readDSP(DSP_INVERTER_TEMPERATURE_GT);
    if (TemperatureInverterdataDSP.state.readState == 1) {
        TemperatureInverter_sensor->publish_state(TemperatureInverterdataDSP.value);
    }

    Aurora::DataDSP TemperatureBoosterdataDSP = inverter.readDSP(DSP_BOOSTER_TEMPERATURE_GT);
    if (TemperatureBoosterdataDSP.state.readState == 1) {
        TemperatureBooster_sensor->publish_state(TemperatureBoosterdataDSP.value);
    }

    Aurora::DataDSP PowerIn1dataDSP = inverter.readDSP(DSP_PIN1_ALL);
    if (PowerIn1dataDSP.state.readState == 1) {
        PowerIn1_sensor->publish_state(PowerIn1dataDSP.value);
    }

    Aurora::DataDSP PowerIn2dataDSP = inverter.readDSP(DSP_PIN2);
    if (PowerIn2dataDSP.state.readState == 1) {
        PowerIn2_sensor->publish_state(PowerIn2dataDSP.value);
    }

    Aurora::DataDSP GridPowerdataDSP = inverter.readDSP(DSP_GRID_POWER_ALL);
    if (GridPowerdataDSP.state.readState == 1) {
        GridPower_sensor->publish_state(GridPowerdataDSP.value);
    }

    Aurora::DataDSP IsolationResistancedataDSP = inverter.readDSP(DSP_ISOLATION_RESISTANCE_RISO_ALL);
    if (IsolationResistancedataDSP.state.readState == 1) {
        IsolationResistance_sensor->publish_state(IsolationResistancedataDSP.value);
    }

    Aurora::DataDSP PowerPeakdataDSP = inverter.readDSP(DSP_POWER_PEAK_ALL);
    if (PowerPeakdataDSP.state.readState == 1) {
        PowerPeak_sensor->publish_state(PowerPeakdataDSP.value);
    }

    Aurora::DataDSP PowerPeakTodaydataDSP = inverter.readDSP(DSP_POWER_PEAK_TODAY_ALL);
    if (PowerPeakTodaydataDSP.state.readState == 1) {
        PowerPeakToday_sensor->publish_state(PowerPeakTodaydataDSP.value);
    }

    ESP_LOGD("Aurora", "-- Done update data --");


    digitalWrite(RED_LED_PIN, LOW);
}
};

from abb_aurora_solar_inverter_library.

fencer commented on May 24, 2024

ok so I updated the code and this is the output!!

#include <Aurora.h>
#include "esphome.h"
#define RED_LED_PIN 13
#define LED_PIN 12

Aurora inverter = Aurora(2, 3, 1, 5);

class AuroraSensor : public PollingComponent {
public:
TextSensor *DcDcChannel1State_sensor = new TextSensor();
TextSensor *DateTime_sensor = new TextSensor();
TextSensor *SerialNumber_sensor = new TextSensor();
TextSensor *InverterName_sensor = new TextSensor();

Sensor *PowerIn1_sensor = new Sensor();
Sensor *PowerIn2_sensor = new Sensor();
Sensor *GridPower_sensor = new Sensor();
Sensor *TemperatureInverter_sensor = new Sensor();
Sensor *TemperatureBooster_sensor = new Sensor();
Sensor *DayCumulatedEnergy_sensor = new Sensor();
Sensor *WeekCumulatedEnergy_sensor = new Sensor();
Sensor *SevenDayCumulatedEnergy_sensor = new Sensor();
Sensor *MonthCumulatedEnergy_sensor = new Sensor();
Sensor *YearCumulatedEnergy_sensor = new Sensor();
Sensor *LifetimeCumulatedEnergy_sensor = new Sensor();
Sensor *SinceResetEnergy_sensor = new Sensor();
Sensor *VIn1_sensor = new Sensor();
Sensor *IIn1_sensor = new Sensor();
Sensor *VIn2_sensor = new Sensor();
Sensor *IIn2_sensor = new Sensor();
Sensor *IsolationResistance_sensor = new Sensor();
Sensor *PowerPeak_sensor = new Sensor();
Sensor *PowerPeakToday_sensor = new Sensor();

AuroraSensor() : PollingComponent(60000) { }


void setup() override
{
    pinMode(RED_LED_PIN, OUTPUT);
    pinMode(LED_PIN, OUTPUT);
	inverter.begin();
	ESP_LOGD("Aurora", "Setup ok");
	digitalWrite(LED_PIN, HIGH);
}



void update() override
{
    digitalWrite(RED_LED_PIN, HIGH);
    
    ESP_LOGD("Aurora", "-- Init update data --");
 

    Aurora::DataSystemSerialNumber dataSystemSerialNumber = inverter.readSystemSerialNumber();
    SerialNumber_sensor->publish_state(dataSystemSerialNumber.SerialNumber.c_str());

    Aurora::DataTimeDate dataTimeDate = inverter.readTimeDate();
    DateTime_sensor->publish_state(dataTimeDate.getDateTimeString().c_str());

    Aurora::DataVersion dataVersion = inverter.readVersion();
    InverterName_sensor->publish_state(dataVersion.getModelName().name.c_str());

    // ------------- Energy Sensors ------------------

    Aurora::DataCumulatedEnergy cumulatedDayEnergy = inverter.readCumulatedEnergy(CUMULATED_DAILY_ENERGY);
    DayCumulatedEnergy_sensor->publish_state(cumulatedDayEnergy.energy);

    Aurora::DataCumulatedEnergy cumulatedWeekEnergy = inverter.readCumulatedEnergy(CUMULATED_WEEKLY_ENERGY);
    WeekCumulatedEnergy_sensor->publish_state(cumulatedWeekEnergy.energy);

    Aurora::DataCumulatedEnergy cumulatedSevenDayEnergy = inverter.readCumulatedEnergy(CUMULATED_ENERGY_OF_LAST_7_DAYS);
    SevenDayCumulatedEnergy_sensor->publish_state(cumulatedSevenDayEnergy.energy);

    Aurora::DataCumulatedEnergy cumulatedMonthEnergy = inverter.readCumulatedEnergy(CUMULATED_MONTHLY_ENERGY);
    MonthCumulatedEnergy_sensor->publish_state(cumulatedMonthEnergy.energy);

    Aurora::DataCumulatedEnergy cumulatedYearEnergy = inverter.readCumulatedEnergy(CUMULATED_YEARLY_ENERGY);
    YearCumulatedEnergy_sensor->publish_state(cumulatedYearEnergy.energy);

    Aurora::DataCumulatedEnergy cumulatedTotalEnergy = inverter.readCumulatedEnergy(CUMULATED_TOTAL_ENERGY_LIFETIME);
    LifetimeCumulatedEnergy_sensor->publish_state(cumulatedTotalEnergy.energy);

    Aurora::DataCumulatedEnergy cumulatedSinceResetEnergy = inverter.readCumulatedEnergy(CUMULATED_PARTIAL_ENERGY_SINCE_RESET);
    SinceResetEnergy_sensor->publish_state(cumulatedSinceResetEnergy.energy);

    // ------------- END Energy Sensors ------------------

    Aurora::DataDSP VIn1dataDSP = inverter.readDSP(DSP_VOLTAGE_ALL);
    ESP_LOGD("Aurora", "Transmission state -->  %s",VIn1dataDSP.state.getTransmissionState().c_str());
    ESP_LOGD("Aurora", "Global state -->  %s",VIn1dataDSP.state.getGlobalState().c_str());
    ESP_LOGD("Aurora", "Read state -->  %d",VIn1dataDSP.state.readState);
    if (VIn1dataDSP.state.readState == 1) {
        ESP_LOGD("Aurora", "VIn1dataDSP: %s",VIn1dataDSP.value);
        VIn1_sensor->publish_state(VIn1dataDSP.value);
    }

    Aurora::DataDSP VIn2dataDSP = inverter.readDSP(DSP_VOLTAGE_GT);
    if (VIn2dataDSP.state.readState == 1) {
        VIn2_sensor->publish_state(VIn2dataDSP.value);
    }

    Aurora::DataDSP IIn1dataDSP = inverter.readDSP(DSP_CURRENT_ALL);
    if (IIn1dataDSP.state.readState == 1) {
        IIn1_sensor->publish_state(IIn1dataDSP.value);
    }

    Aurora::DataDSP IIn2dataDSP = inverter.readDSP(DSP_CURRENT_GT);
    if (IIn2dataDSP.state.readState == 1) {
        IIn2_sensor->publish_state(IIn2dataDSP.value);
    }
    
    Aurora::DataDSP TemperatureInverterdataDSP = inverter.readDSP(DSP_INVERTER_TEMPERATURE_GT);
    if (TemperatureInverterdataDSP.state.readState == 1) {
        TemperatureInverter_sensor->publish_state(TemperatureInverterdataDSP.value);
    }

    Aurora::DataDSP TemperatureBoosterdataDSP = inverter.readDSP(DSP_BOOSTER_TEMPERATURE_GT);
    if (TemperatureBoosterdataDSP.state.readState == 1) {
        TemperatureBooster_sensor->publish_state(TemperatureBoosterdataDSP.value);
    }

    Aurora::DataDSP PowerIn1dataDSP = inverter.readDSP(DSP_PIN1_ALL);
    if (PowerIn1dataDSP.state.readState == 1) {
        PowerIn1_sensor->publish_state(PowerIn1dataDSP.value);
    }

    Aurora::DataDSP PowerIn2dataDSP = inverter.readDSP(DSP_PIN2);
    if (PowerIn2dataDSP.state.readState == 1) {
        PowerIn2_sensor->publish_state(PowerIn2dataDSP.value);
    }

    Aurora::DataDSP GridPowerdataDSP = inverter.readDSP(DSP_GRID_POWER_ALL);
    if (GridPowerdataDSP.state.readState == 1) {
        GridPower_sensor->publish_state(GridPowerdataDSP.value);
    }

    Aurora::DataDSP IsolationResistancedataDSP = inverter.readDSP(DSP_ISOLATION_RESISTANCE_RISO_ALL);
    if (IsolationResistancedataDSP.state.readState == 1) {
        IsolationResistance_sensor->publish_state(IsolationResistancedataDSP.value);
    }

    Aurora::DataDSP PowerPeakdataDSP = inverter.readDSP(DSP_POWER_PEAK_ALL);
    if (PowerPeakdataDSP.state.readState == 1) {
        PowerPeak_sensor->publish_state(PowerPeakdataDSP.value);
    }

    Aurora::DataDSP PowerPeakTodaydataDSP = inverter.readDSP(DSP_POWER_PEAK_TODAY_ALL);
    if (PowerPeakTodaydataDSP.state.readState == 1) {
        PowerPeakToday_sensor->publish_state(PowerPeakTodaydataDSP.value);
    }

    ESP_LOGD("Aurora", "-- Done update data --");


    digitalWrite(RED_LED_PIN, LOW);
}
};

from abb_aurora_solar_inverter_library.

xreef commented on May 24, 2024

Hi fencers,
the coffee seems good, check my code that work with my inverter.
https://github.com/xreef/Aurora_Web_Invert_Monitor/blob/056c5ecba246478ee3b7c47151d0cda3456b2dc0/Aurora-Web-Invert-Monitor.ino
Bye Renzo

from abb_aurora_solar_inverter_library.

Related Issues (6)

Manage multiple inverters HOT 1
"Current day Energy" not resetting each day HOT 1
Communication problem HOT 4
Meaning of the multipler in the inverter struct HOT 3
blog not respons HOT 1

Recommend Projects

React

A declarative, efficient, and flexible JavaScript library for building user interfaces.
Vue.js

🖖 Vue.js is a progressive, incrementally-adoptable JavaScript framework for building UI on the web.
Typescript

TypeScript is a superset of JavaScript that compiles to clean JavaScript output.
TensorFlow

An Open Source Machine Learning Framework for Everyone
Django

The Web framework for perfectionists with deadlines.
Laravel

A PHP framework for web artisans
D3

Bring data to life with SVG, Canvas and HTML. 📊📈🎉

Recommend Topics

javascript

JavaScript (JS) is a lightweight interpreted programming language with first-class functions.
web

Some thing interesting about web. New door for the world.
server

A server is a program made to process requests and deliver data to clients.
Machine learning

Machine learning is a way of modeling and interpreting data that allows a piece of software to respond intelligently.
Visualization

Some thing interesting about visualization, use data art
Game

Some thing interesting about game, make everyone happy.

Recommend Org

Facebook

We are working to build community through open source technology. NB: members must have two-factor auth.
Microsoft

Open source projects and samples from Microsoft.
Google

Google ❤️ Open Source for everyone.
Alibaba

Alibaba Open Source for everyone
D3

Data-Driven Documents codes.
Tencent

China tencent open source team.