Poprawienie programu do monitorowania fotowoltaiki

auroramon.h:#define N_INV     2      // max. of 2 inverters

    for(ix=0; ix<N_PANEL_GROUPS; ix++)
    {
            pConfig->SetPath(wxString::Format(_T("/panelgroup%d"), ix));
            pConfig->Read(_T("tilt"), &panel_groups[ix].tilt, 0);
            pConfig->Read(_T("facing"), &panel_groups[ix].facing, 0);
    }

INVERTER inverters[N_INV];
int inverter_address[N_INV] = {2, 0};

void Mainframe::SetupStatusPanel(int control)
{//=========================================
// control bit 0: inverter addresses may have changed

// style 0:  show all
//         1:  show some
//         2:  show all inverter 0
//         3:  show all inverter 1

    int ix;
    int style;

    if(control & 1)
    {
        for(ix=0; ix<N_INV; ix++)
        {
            if(inverter_address[ix] == 0)
            {
                power_total[ix] = 0;
                inverters[ix].alive = 0;
            }
            else
            {
                txt_static[ix][0]->SetLabel(wxString::Format(_T("Falownik #%d"), inverter_address[ix]));
            }
        }
    }

    if(control & 2)
    {
        for(ix=0; ix < N_EXTRA_READINGS; ix++)
        {
            txt_dsp_param[0][ix]->Clear();
            txt_dsp_param[1][ix]->Clear();
            txt_dsp_param[2][ix]->Clear();
        }
    }

    style = chart_pages[graph_panel->page].status_type;

    if(inverter_address[1] == 0)
    {
        // only one inverter;
        PlaceReadings(1, 0,   0, false);
        PlaceReadings(1, 1,   0, false);
        PlaceReadings(2, 0, 149, true);
        PlaceReadings(2, 1,   0, false);
        PlaceReadings(3, 0, 423, true);
        PlaceReadings(3, 1,   0, false);
        PlaceReadings(4, 0, 749, true);
        PlaceReadings(4, 1,   0, false);
    }
    else
    {
        PlaceReadings(1, 0, 149, true);
        if(style == 0)
        {
            // all
            PlaceReadings(2, 0, 239, true);
            PlaceReadings(1, 1, 518, true);
            PlaceReadings(2, 1, 608, true);
            PlaceReadings(3, 0, 887, true);
            PlaceReadings(3, 1, 1207, true);
            PlaceReadings(4, 0, 1527, true);
            PlaceReadings(4, 1,   0, false);
        }
        if(style == 1)
        {
            // some
            PlaceReadings(2, 0, 239, true);
            PlaceReadings(1, 1, 509, true);
            PlaceReadings(2, 1, 599, true);
            PlaceReadings(3, 0,   0, false);
            PlaceReadings(3, 1,   0, false);
            PlaceReadings(4, 0, 931, true);
            PlaceReadings(4, 1,   0, false);
            PlaceReadings(5, 0, 861, true);
        }
        if(style == 2)
        {
            // inverter A
            PlaceReadings(2, 0, 239, true);
            PlaceReadings(1, 1, 831, true);
            PlaceReadings(2, 1,   0, false);
            PlaceReadings(3, 0, 511, true);
            PlaceReadings(3, 1,   0, false);
            PlaceReadings(4, 0, 931, true);
            PlaceReadings(4, 1,   0, false);
        }
        if(style == 3)
        {
            // inverter B
            PlaceReadings(2, 0,   0, false);
            PlaceReadings(1, 1, 259, true);
            PlaceReadings(2, 1, 349, true);
            PlaceReadings(3, 0,   0, false);
            PlaceReadings(3, 1, 611, true);
            PlaceReadings(4, 0,   0, false);
            PlaceReadings(4, 1, 931, true);
        }
        if(style == 4)
        {
            // inverter C
            PlaceReadings(2, 0,   0, false);
            PlaceReadings(1, 1, 259, true);
            PlaceReadings(2, 1, 349, true);
            PlaceReadings(3, 0,   0, false);
            PlaceReadings(3, 1, 611, true);
            PlaceReadings(4, 0,   0, false);
            PlaceReadings(4, 1, 931, true);
        }

    }

    for(ix=0; ix<N_INV; ix++)
    {
        ShowEnergy(ix);
        txt_energy[ix][1]->ChangeValue(wxString::Format(_T("%d"), inverters[ix].peak));
    }
}

pi@raspberrypi:~$ aurora -a 2 /dev/ttyUSB0 -Y15 -e -c
      0.127        0.127        0.000       84.688      147.558    23162.340      172.785    OK
pi@raspberrypi:~$ aurora -a 2 -a 3 /dev/ttyUSB0 -Y15 -e -c
      0.105        0.105        0.000      144.137      185.298     8390.067     8390.035    OK
pi@raspberrypi:~$ aurora -a 3 /dev/ttyUSB0 -Y15 -e -c
      0.106        0.106        0.000      144.138      185.299     8390.068     8390.035    OK
pi@raspberrypi:~$ aurora -a 2 -a 3 /dev/ttyUSB0 -Y15 -e -c
      0.106        0.106        0.000      144.138      185.299     8390.068     8390.036    OK
pi@raspberrypi:~$ aurora -a 2 -a 3 /dev/ttyUSB0 -Y15 -e -c
      0.106        0.106        0.000      144.138      185.299     8390.068     8390.036    OK
pi@raspberrypi:~$ aurora -a 2,3 /dev/ttyUSB0 -Y15 -e -c
      0.129        0.129        0.000       84.690      147.560    23162.342      172.787    OK
pi@raspberrypi:~$ aurora -a 2-3 /dev/ttyUSB0 -Y15 -e -c
      0.130        0.130        0.000       84.691      147.561    23162.343      172.788    OK
pi@raspberrypi:~$ aurora -a 3 /dev/ttyUSB0 -Y15 -e -c
      0.107        0.107        0.000      144.139      185.300     8390.069     8390.037    OK
pi@raspberrypi:~$ aurora -a 2 /dev/ttyUSB0 -Y15 -e -c
      0.131        0.131        0.000       84.692      147.562    23162.344      172.789    OK
pi@raspberrypi:~$ aurora -a 2 -a 3 /dev/ttyUSB0 -Y15 -e -c
      0.108        0.108        0.000      144.140      185.301     8390.070     8390.038    OK
pi@raspberrypi:~$

#!/bin/bash

# configuration
apikey="your api key here"
system="your system Id here"

rd=$(date +%Y%m%d)
rt1=$(date +%H)
rt2=$(date +%M)
rt="${rt1}%3A${rt2}"
solarout=`/usr/local/bin/aurora -a 2 /dev/ttyUSB0 -Y15 -e -c | awk '{printf $1}'`
solarwatts=`echo ${solarout} | sed -e "s/\.//"`
url="https://pvoutput.org/service/r2/addstatus.jsp?d=${rd}&t=${rt}&v1=${solarwatts}"

# only make the request if we have a value from the inverter
if [[ ! -z $solarwatts  ]]; then
    result=`curl -H "X-Rate-Limit: 1" -H "X-Pvoutput-Apikey: ${apikey}" -H "X-Pvoutput-SystemId: ${system}" ${url}`
    if [[ $result == *"OK"* ]]; then
        echo "${rd} $(date +%H:%M) : API call successful, power output: ${solarout}"
    else
        echo "${rd} $(date +%H:%M) : API call failed, ${result}"
    fi
else
    echo "${rd} $(date +%H:%M) : Inverter communication failure"
fi

for addr in 2 3; do
    aurora -a $addr /dev/ttyUSB0 -Y15 -e -c
done

#!/bin/bash

INVERTERS="" # put iverters addresses here
# Example
#INVERTERS="1 2 15 39 40 55"
SOLARSUM="0.0"
for INVERTER in $INVERTERS; do
    SOLAROUT=$( /usr/local/bin/aurora -a $INVERTER /dev/ttyUSB0 -Y15 -e -c | awk '{printf $1}' )
    # Enample data for testing
    #SOLAROUT=$( echo "0.105        0.105        0.000      144.137      185.298     8390.067     8390.035    OK"  | awk '{printf $1}')
    if [[ ! -z $SOLAROUT ]]; then
        echo "Value from inverter $INVERTER: $SOLAROUT"
        SOLARSUM=$( echo "$SOLARSUM + $SOLAROUT" | bc -l )
    else
        echo "Error while reading from inverter on address: $INVERTER"
    fi
done
echo "Total value $SOLARSUM"

#!/bin/bash
apikey="api_key"
system="id_system"
INVERTERS="2 3 4" #addres inventers
SOLARSUM="0.0"
for INVERTER in $INVERTERS; do
    SOLAROUT=$( /usr/local/bin/aurora -a $INVERTER /dev/ttyUSB0 -Y15 -e -c | awk '{printf $1}' )
    if [[ ! -z $SOLAROUT ]]; then
        echo "Value from inverter $INVERTER: $SOLAROUT"
        SOLARSUM=$( echo "$SOLARSUM + $SOLAROUT" | bc -l )
    else
        echo "Error while reading from inverter on address: $INVERTER"
    fi
done
echo "Total value $SOLARSUM"

solarwatts=`echo ${SOLARSUM} | sed -e "s/\.//"`
url="https://pvoutput.org/service/r2/addstatus.jsp?d=${rd}&t=${rt}&v1=${solarwatts}"

if [[ ! -z $solarwatts  ]]; then
    result=`curl -H "X-Rate-Limit: 1" -H "X-Pvoutput-Apikey: ${apikey}" -H "X-Pvoutput-SystemId: ${system}" ${url}`
    if [[ $result == *"OK"* ]]; then
        echo "${rd} $(date +%H:%M) : API call successful, power output: ${solarout}"
    else
        echo "${rd} $(date +%H:%M) : API call failed, ${result}"
    fi
else
    echo "${rd} $(date +%H:%M) : Inverter communication failure"
fi

Position	Field	Required	Format	Unit	Example
1	Output Date	Yes	yyyymmdd	date	20100830
2	Generated	Yes	number	watt hours	15000
3	Exported	No	number	watt hours	10000
4	Peak Power	No	number	watts	3000
5	Peak Time	No	hh:mm	time	13:15
6	Condition	No	text	-	Fine
Partly Cloudy
Mostly Cloudy
Cloudy
Showers
Snow
Not Sure
7	Min Temp	No	decimal	celsius	-8.2
8	Max Temp	No	decimal	celsius	20
9	Comments	No	text	-	Free text
10	Import Peak	No	number	watt hours	5000
11	Import Off-Peak	No	number	watt hours	4000
12	Import Shoulder	No	number	watt hours	2000
13	Import High Shoulder	No	number	watt hours	1000
14	Consumption	No	number	watt hours	2000

rd=$(date +%Y%m%d)
rt1=$(date +%H)
rt2=$(date +%M)
rt="${rt1}%3A${rt2}"

#!/bin/bash
apikey="api_key"
system="id_system"
rd=$(date +%Y%m%d)
rt1=$(date +%H)
rt2=$(date +%M)
rt="${rt1}%3A${rt2}"
INVERTERS="2 3 4" #addres inventers
SOLARSUM="0.0"
for INVERTER in $INVERTERS; do
    SOLAROUT=$( /usr/local/bin/aurora -a $INVERTER /dev/ttyUSB0 -Y15 -e -c | awk '{printf $1}' )
    if [[ ! -z $SOLAROUT ]]; then
        echo "Value from inverter $INVERTER: $SOLAROUT"
        SOLARSUM=$( echo "$SOLARSUM + $SOLAROUT" | bc -l )
    else
        echo "Error while reading from inverter on address: $INVERTER"
    fi
done
echo "Total value $SOLARSUM"
solarwatts=`echo ${SOLARSUM} | sed -e "s/\.//"`
echo "api date ${solarwatts}"
url="https://pvoutput.org/service/r2/addstatus.jsp?d=${rd}&t=${rt}&v1=${solarwatts}"
if [[ ! -z $solarwatts  ]]; then
    result=`curl -H "X-Rate-Limit: 1" -H "X-Pvoutput-Apikey: ${apikey}" -H "X-Pvoutput-SystemId: ${system}" ${url}`
    if [[ $result == *"OK"* ]]; then
        echo "${rd} $(date +%H:%M) : API call successful, power output: ${SOLARSUM}"
    else
        echo "${rd} $(date +%H:%M) : API call failed, ${result}"
    fi
else
    echo "${rd} $(date +%H:%M) : Inverter communication failure"
fi

pi@raspberrypi:~$ ./inventer.sh
20200224-22:20:18: aurora: No response after 15 attempts
20200224-22:20:18: aurora: ERROR: Received bad return code (-1 0)
Error while reading from inverter on address: 2
20200224-22:20:25: aurora: No response after 15 attempts
20200224-22:20:25: aurora: ERROR: Received bad return code (-1 0)
Error while reading from inverter on address: 3
Total value 0.0
api date 00
  % Total    % Received % Xferd  Average Speed   Time    Time     Time  Current
                                 Dload  Upload   Total   Spent    Left  Speed
100    35    0    35    0     0     40      0 --:--:-- --:--:-- --:--:--    40
20200224 22:20 : API call failed, Unauthorized 401: Invalid System ID
pi@raspberrypi:~$

#invt1 2002 Wh 729 W 242.3 V
#invt2 1889 Wh 702 W 243.7 V

Send for SYSID 71753 : 20200225 12:20 - 3891 Wh 1431 W 243.7 V 37.326847 C
Consumption : daily energy  Wh Avg. power  W
Extended data : v7 0 v8 0 v9  v10 124 v11  v12 365

PVoutput returned: OK 200: Added Status