adminandClaude Opus 5
79843aa2ae
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>
99 lines
4.7 KiB
XML
99 lines
4.7 KiB
XML
<sunSpecModels v="1">
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<!-- 128: Dynamic Reactive Current -->
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<model id="128" len="14" name="reactive_current">
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<block len="14" type="fixed">
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<point id="ArGraMod" offset="0" access="rw" type="enum16" len="1" mandatory="true">
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<symbol id="EDGE">0</symbol>
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<symbol id="CENTER">1</symbol>
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</point>
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<point id="ArGraSag" offset="1" access="rw" type="uint16" len="1" mandatory="true" units="%ARtg/%dV" sf="ArGra_SF"/>
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<point id="ArGraSwell" offset="2" access="rw" type="uint16" len="1" mandatory="true" units="%ARtg/%dV" sf="ArGra_SF"/>
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<point id="ModEna" offset="3" access="rw" type="bitfield16" len="1" mandatory="true">
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<symbol id="ENABLED">0</symbol>
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</point>
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<point id="FilTms" offset="4" access="rw" type="uint16" len="1" mandatory="false" units="Secs" />
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<point id="DbVMin" offset="5" access="rw" type="uint16" len="1" mandatory="false" units="% VRef" sf="VRefPct_SF"/>
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<point id="DbVMax" offset="6" access="rw" type="uint16" len="1" mandatory="false" units="% VRef" sf="VRefPct_SF"/>
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<point id="BlkZnV" offset="7" access="rw" type="uint16" len="1" mandatory="false" units="% VRef" sf="VRefPct_SF"/>
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<point id="HysBlkZnV" offset="8" access="rw" type="uint16" len="1" mandatory="false" units="% VRef" sf="VRefPct_SF"/>
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<point id="BlkZnTmms" offset="9" access="rw" type="uint16" len="1" mandatory="false" units="mSecs" />
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<point id="HoldTmms" offset="10" access="rw" type="uint16" len="1" mandatory="false" units="mSecs" />
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<point id="ArGra_SF" offset="11" access="r" type="sunssf" len="1" mandatory="true" />
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<point id="VRefPct_SF" offset="12" access="r" type="sunssf" len="1" mandatory="false" />
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<point id="Pad" offset="13" access="r" type="pad" len="1" mandatory="false" />
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</block>
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</model>
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<strings id="128" locale="en">
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<model>
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<label>Dynamic Reactive Current</label>
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<description>Dynamic Reactive Current </description>
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<notes>Ref 3: 8.10.1.2; Ref 4: 12</notes>
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</model>
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<point id="ModEna">
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<label>ModEna</label>
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<description>Activate dynamic reactive current model</description>
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<notes> </notes>
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</point>
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<point id="ArGraMod">
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<label>ArGraMod</label>
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<description>Indicates if gradients trend toward zero at the edges of the deadband or trend toward zero at the center of the deadband.</description>
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<notes> </notes>
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</point>
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<point id="ArGraSag">
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<label>ArGraSag</label>
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<description>The gradient used to increase capacitive dynamic current. A value of 0 indicates no additional reactive current support.</description>
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<notes> </notes>
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</point>
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<point id="ArGraSwell">
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<label>ArGraSwell</label>
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<description>The gradient used to increase inductive dynamic current. A value of 0 indicates no additional reactive current support.</description>
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<notes> </notes>
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</point>
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<point id="ArGra_SF">
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<label>ArGra_SF</label>
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<description>Scale factor for the gradients.</description>
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<notes> </notes>
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</point>
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<point id="FilTms">
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<label>FilTms</label>
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<description>The time window used to calculate the moving average voltage.</description>
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<notes> </notes>
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</point>
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<point id="DbVMin">
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<label>DbVMin</label>
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<description>The lower delta voltage limit for which negative voltage deviations less than this value no dynamic vars are produced.</description>
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<notes> </notes>
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</point>
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<point id="DbVMax">
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<label>DbVMax</label>
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<description>The upper delta voltage limit for which positive voltage deviations less than this value no dynamic current produced.</description>
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<notes> </notes>
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</point>
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<point id="VRefPct_SF">
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<label>VRefPct_SF</label>
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<description>Scale factor for the voltage zone and limit settings.</description>
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<notes> </notes>
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</point>
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<point id="BlkZnV">
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<label>BlkZnV</label>
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<description>Block zone voltage which defines a lower voltage boundary below which no dynamic current is produced.</description>
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<notes> </notes>
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</point>
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<point id="HysBlkZnV">
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<label>HysBlkZnV</label>
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<description>Hysteresis voltage used with BlkZnV.</description>
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<notes> </notes>
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</point>
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<point id="BlkZnTmms">
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<label>BlkZnTmms</label>
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<description>Block zone time the time before which reactive current support remains active regardless of how low the voltage drops.</description>
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<notes> </notes>
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</point>
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<point id="HoldTmms">
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<label>HoldTmms</label>
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<description>Hold time during which reactive current support continues after the average voltage has entered the dead zone.</description>
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<notes> </notes>
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</point>
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</strings>
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</sunSpecModels>
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