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SolarManager/sunspec2/models/smdx/smdx_00220.xml
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adminandClaude Opus 5 79843aa2ae SolarManager unter Versionsverwaltung 
Erster Stand der Hintergrundprozesse, die auf der Synology unter
/volume1/homes/wagner/SolarManager laufen: der Manager selbst, die Sammler
je Geraet, die MQTT-Bruecke, der Wecker und - neu hinzugezogen - der
AutoAction-Runner, der als Hintergrundprozess hierher gehoert und nicht ins
Web-Verzeichnis.

Zugangsdaten stehen nicht mehr im Quelltext, sondern in config.ini, die
nicht mit eingecheckt wird. Vorlage ist config.ini.example, gelesen wird sie
von konfig.py. Betroffen waren solarManager.py (Datenbank und Wattpilot),
zeit.py, gatherWaterData.py, wecker.py und skoda_testdaten.py, das sich das
Passwort bisher aus dem Quelltext eines anderen Moduls herausgesucht hat.

Die Kia-Anbindung ist mit dem Fahrzeug entfallen: kiaTest.py,
gatherCarData.py und hyundai_kia_connect_api sind nicht mehr dabei, ebenso
gatherInverterData.py, auf das nur noch eine auskommentierte Zeile zeigte.

Die mitgelieferten Bibliotheken bleiben im Repository - die NAS hat kein
pip, sie muessen neben den Skripten liegen.

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-09-02 20:46:59 +02:00

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<sunSpecModels v="1">
<!-- 220: secure ac_meter -->
<model id="220" len="43" name="ac_meter">
<block len="42">
<point id="A" offset="0" type="int16" sf="A_SF" units="A" mandatory="true" />
<point id="A_SF" offset="1" type="sunssf" mandatory="true"/>
<point id="PhV" offset="2" type="int16" sf="V_SF" units="V" mandatory="false" />
<point id="V_SF" offset="3" type="sunssf" mandatory="true" />
<point id="Hz" offset="4" type="int16" sf="Hz_SF" units="Hz" mandatory="true" />
<point id="Hz_SF" offset="5" type="sunssf" />
<point id="W" offset="6" type="int16" sf="W_SF" units="W" mandatory="true" />
<point id="W_SF" offset="7" type="sunssf" mandatory="true" />
<point id="VA" offset="8" type="int16" sf="VA_SF" units="VA" />
<point id="VA_SF" offset="9" type="sunssf" />
<point id="VAR" offset="10" type="int16" sf="VAR_SF" units="var" />
<point id="VAR_SF" offset="11" type="sunssf" />
<point id="PF" offset="12" type="int16" sf="PF_SF" units="Pct" />
<point id="PF_SF" offset="13" type="sunssf" />
<point id="TotWhExp" offset="14" type="acc32" sf="TotWh_SF" units="Wh" mandatory="true" />
<point id="TotWhImp" offset="16" type="acc32" sf="TotWh_SF" units="Wh" mandatory="true" />
<point id="TotWh_SF" offset="18" type="sunssf" mandatory="true" />
<point id="TotVAhExp" offset="19" type="acc32" sf="TotVAh_SF" units="VAh" />
<point id="TotVAhImp" offset="21" type="acc32" sf="TotVAh_SF" units="VAh" />
<point id="TotVAh_SF" offset="23" type="sunssf" />
<point id="TotVArhImpQ1" offset="24" type="acc32" sf="TotVArh_SF" units="varh" />
<point id="TotVArhImpQ2" offset="26" type="acc32" sf="TotVArh_SF" units="varh" />
<point id="TotVArhExpQ3" offset="28" type="acc32" sf="TotVArh_SF" units="varh" />
<point id="TotVArhExpQ4" offset="30" type="acc32" sf="TotVArh_SF" units="varh" />
<point id="TotVArh_SF" offset="32" type="sunssf" />
<point id="Evt" offset="33" type="bitfield32" mandatory="true" >
<symbol id="Power_Failure">2</symbol>
<symbol id="Under_Voltage">3</symbol>
<symbol id="Low_PF">4</symbol>
<symbol id="Over_Current">5</symbol>
<symbol id="Over_Voltage">6</symbol>
<symbol id="Missing_Sensor">7</symbol>
<symbol id="OEM01">16</symbol>
<symbol id="OEM02">17</symbol>
<symbol id="OEM03">18</symbol>
<symbol id="OEM04">19</symbol>
<symbol id="OEM05">20</symbol>
<symbol id="OEM06">21</symbol>
<symbol id="OEM07">22</symbol>
<symbol id="OEM08">23</symbol>
<symbol id="OEM09">24</symbol>
<symbol id="OEM10">25</symbol>
<symbol id="OEM11">26</symbol>
<symbol id="OEM12">27</symbol>
<symbol id="OEM13">28</symbol>
<symbol id="OEM14">29</symbol>
<symbol id="OEM15">30</symbol>
</point>
<point id="Rsrvd" offset="35" type="pad" access="r" mandatory="true" />
<point id="Ts" offset="36" type="uint32" access="r" mandatory="true" />
<point id="Ms" offset="38" type="uint16" access="r" mandatory="true" />
<point id="Seq" offset="39" type="uint16" access="r" mandatory="true" />
<point id="Alg" offset="40" type="enum16" access="r" mandatory="true">
<symbol id="NONE">0</symbol>
<symbol id="AES-GMAC-64">1</symbol>
<symbol id="ECC-256">2</symbol>
</point>
<point id="N" offset="41" type="uint16" access="r" mandatory="true" />
</block>
<block type="repeating" len="1">
<point id="DS" offset="0" type="uint16" access="r" mandatory="true" />
</block>
</model>
<strings id="220" locale="en">
<model>
<label>Secure AC Meter Selected Readings</label>
<description>Include this model for secure metering</description>
<notes></notes>
</model>
<point id="A">
<label>Amps</label>
<description>Total AC Current</description>
<notes></notes>
</point>
<point id="A_SF"><description>Current scale factor</description></point>
<point id="PhV">
<label>Voltage</label>
<description>Average phase or line voltage</description>
</point>
<point id="V_SF"><description>Voltage scale factor</description></point>
<point id="Hz">
<label>Hz</label>
<description>Frequency</description>
<notes></notes>
</point>
<point id="Hz_SF"><description>Frequency scale factor</description></point>
<point id="W">
<label>Watts</label>
<description>Total Real Power</description>
<notes></notes>
</point>
<point id="W_SF"><description>Real Power scale factor</description></point>
<point id="VA">
<label>VA</label>
<description>AC Apparent Power</description>
<notes></notes>
</point>
<point id="VA_SF"><description>Apparent Power scale factor</description></point>
<point id="VAR">
<label>VAR</label>
<description>Reactive Power</description>
<notes></notes>
</point>
<point id="VAR_SF"><description>Reactive Power scale factor</description></point>
<point id="PF">
<label>PF</label>
<description>Power Factor</description>
<notes></notes>
</point>
<point id="PF_SF"><description>Power Factor scale factor</description></point>
<point id="TotWhExp">
<label>Total Watt-hours Exported</label>
<description>Total Real Energy Exported</description>
<notes></notes>
</point>
<point id="TotWh_SF"><description>Real Energy scale factor</description></point>
<point id="TotWhImp">
<label>Total Watt-hours Imported</label>
<description>Total Real Energy Imported</description>
<notes></notes>
</point>
<point id="TotVAhExp">
<label>Total VA-hours Exported</label>
<description>Total Apparent Energy Exported</description>
<notes></notes>
</point>
<point id="TotVAh_SF"><description>Apparent Energy scale factor</description></point>
<point id="TotVAhImp">
<label>Total VA-hours Imported</label>
<description>Total Apparent Energy Imported</description>
<notes></notes>
</point>
<point id="TotVArh_SF"><description>Reactive Energy scale factor</description></point>
<point id="TotVArhImpQ1">
<label>Total VAR-hours Imported Q1</label>
<description>Total Reactive Energy Imported Quadrant 1</description>
<notes></notes>
</point>
<point id="TotVArhImpQ2">
<label>Total VAr-hours Imported Q2</label>
<description>Total Reactive Power Imported Quadrant 2</description>
<notes></notes>
</point>
<point id="TotVArhExpQ3">
<label>Total VAr-hours Exported Q3</label>
<description>Total Reactive Power Exported Quadrant 3</description>
<notes></notes>
</point>
<point id="TotVArhExpQ4">
<label>Total VAr-hours Exported Q4</label>
<description>Total Reactive Power Exported Quadrant 4</description>
<notes></notes>
</point>
<point id="Evt">
<label>Events</label>
<description>Meter Event Flags</description>
<notes></notes>
<symbol id="Power_Failure">
<label>Power Failure</label>
<description>Loss of power or phase</description>
<notes></notes>
</symbol>
<symbol id="Under_Voltage">
<label>Under Voltage</label>
<description>Voltage below threshold (Phase Loss)</description>
<notes></notes>
</symbol>
<symbol id="Low_PF">
<label>Low PF</label>
<description>Power Factor below threshold</description>
<notes></notes>
</symbol>
<symbol id="Over_Current">
<label>Over Current</label>
<description>Current Input over threshold</description>
<notes></notes>
</symbol>
<symbol id="Over_Voltage">
<label>Over Voltage</label>
<description>Voltage Input over threshold</description>
<notes></notes>
</symbol>
<symbol id="Missing_Sensor">
<label>Missing Sensor</label>
<description>Sensor not connected</description>
<notes></notes>
</symbol>
<symbol id="OEM01">
<label>OEM01</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM02">
<label>OEM02</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM03">
<label>OEM01</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM04">
<label>OEM04</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM05">
<label>OEM05</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM06">
<label>OEM06</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM07">
<label>OEM07</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM08">
<label>OEM08</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM09">
<label>OEM09</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM10">
<label>OEM10</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM11">
<label>OEM11</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM12">
<label>OEM12</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM13">
<label>OEM13</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM14">
<label>OEM14</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM15">
<label>OEM15</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
<symbol id="OEM16">
<label>OEM16</label>
<description>Reserved for OEM use</description>
<notes></notes>
</symbol>
</point>
<point id="Ts">
<label>Timestamp</label>
<description>Timestamp value is the number of seconds since January 1, 2000</description>
<notes></notes>
</point>
<point id="Ms">
<label>Milliseconds</label>
<description>Millisecond counter 0-999</description>
<notes></notes>
</point>
<point id="Alg">
<label>Algorithm</label>
<description>Algorithm used to compute the digital signature</description>
<notes>For future proof</notes>
<symbol id="NONE">
<label>NONE</label>
<description>No digital signature</description>
<notes>For test purposes only</notes>
</symbol>
<symbol id="AES-GMAC-64">
<label>AES-GMAC-64</label>
<description>64 bit AES signature algorithm is used</description>
<notes></notes>
</symbol>
<symbol id="ECC-256">
<label>ECC-256</label>
<description>256 bit ECC signature algorithm is used</description>
<notes></notes>
</symbol>
</point>
<point id="N">
<label>N</label>
<description>Number of registers comprising the digital signature.</description>
<notes>The value of N must be at least 4 (64 bits)</notes>
</point>
<point id="Seq">
<label>Sequence</label>
<description>Sequence number of request</description>
<notes>Shall be advanced for each request</notes>
</point>
</strings>
</sunSpecModels>
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