powersync-plugins-modbus/libnymea-sunspec/tools/models/smdx/smdx_00805.xml

205 lines
7.7 KiB
XML

<sunSpecModels v="1">
<!-- 805: Lithium-Ion Module Model -->
<model id="805" len="46" name="lithium-ion-module">
<block len="42">
<point id="StrIdx" offset="0" type="uint16" mandatory="true" />
<point id="ModIdx" offset="1" type="uint16" mandatory="true" />
<point id="NCell" offset="2" type="uint16" mandatory="true" />
<point id="SoC" offset="3" type="uint16" sf="SoC_SF" units="%" />
<point id="DoD" offset="4" type="uint16" sf="DoD_SF" units="%" />
<point id="SoH" offset="5" type="uint16" sf="SoH_SF" units="%" />
<point id="NCyc" offset="6" type="uint32" />
<point id="V" offset="8" sf="V_SF" units="V" type="uint16" mandatory="true" />
<point id="CellVMax" offset="9" sf="CellV_SF" units="V" type="uint16" mandatory="true" />
<point id="CellVMaxCell" offset="10" type="uint16" />
<point id="CellVMin" offset="11" sf="CellV_SF" units="V" type="uint16" mandatory="true" />
<point id="CellVMinCell" offset="12" type="uint16" />
<point id="CellVAvg" offset="13" sf="CellV_SF" units="V" type="uint16" mandatory="true" />
<point id="CellTmpMax" offset="14" sf="Tmp_SF" units="C" type="int16" mandatory="true" />
<point id="CellTmpMaxCell" offset="15" type="uint16" />
<point id="CellTmpMin" offset="16" sf="Tmp_SF" units="C" type="int16" mandatory="true" />
<point id="CellTmpMinCell" offset="17" type="uint16" />
<point id="CellTmpAvg" offset="18" sf="Tmp_SF" units="C" type="int16" mandatory="true" />
<point id="NCellBal" offset="19" type="uint16" />
<point id="SN" offset="20" len="16" type="string" />
<point id="SoC_SF" offset="36" type="sunssf" />
<point id="SoH_SF" offset="37" type="sunssf" />
<point id="DoD_SF" offset="38" type="sunssf" />
<point id="V_SF" offset="39" type="sunssf" mandatory="true" />
<point id="CellV_SF" offset="40" type="sunssf" mandatory="true" />
<point id="Tmp_SF" offset="41" type="sunssf" mandatory="true" />
</block>
<block type="repeating" len="4" name="lithium-ion-module-cell">
<point id="CellV" offset="0" sf="CellV_SF" units="V" type="uint16" mandatory="true" />
<point id="CellTmp" offset="1" sf="Tmp_SF" units="C" type="int16" mandatory="true" />
<point id="CellSt" offset="2" type="bitfield32">
<symbol id="CELL_IS_BALANCING">0</symbol>
</point>
</block>
</model>
<strings id="805" locale="en">
<model>
<label>Lithium-Ion Module Model</label>
<description></description>
<notes></notes>
</model>
<!-- Fixed Block Strings -->
<point id="StrIdx">
<label>String Index</label>
<description>Index of the string containing the module.</description>
<notes>Indices are one-based.</notes>
</point>
<point id="ModIdx">
<label>Module Index</label>
<description>Index of the module within the string.</description>
<notes>Indices are one-based.</notes>
</point>
<point id="NCell">
<label>Module Cell Count</label>
<description>Count of all cells in the module.</description>
<notes></notes>
</point>
<point id="SoC">
<label>Module SoC</label>
<description>Module state of charge, expressed as a percentage.</description>
<notes></notes>
</point>
<point id="SoH">
<label>Module SoH</label>
<description>Module state of health, expressed as a percentage.</description>
<notes></notes>
</point>
<point id="V">
<label>Module Voltage</label>
<description>Voltage of the module.</description>
<notes>Measurement.</notes>
</point>
<point id="DoD">
<label>Depth of Discharge</label>
<description>Depth of discharge for the module.</description>
<notes>Measurement.</notes>
</point>
<point id="CellVMax">
<label>Max Cell Voltage</label>
<description>Maximum voltage for all cells in the module.</description>
<notes>Measurement.</notes>
</point>
<point id="CellVMaxCell">
<label>Max Cell Voltage Cell</label>
<description>Cell with the maximum voltage.</description>
<notes></notes>
</point>
<point id="CellVMin">
<label>Min Cell Voltage</label>
<description>Minimum voltage for all cells in the module.</description>
<notes>Measurement.</notes>
</point>
<point id="CellVMinCell">
<label>Min Cell Voltage Cell</label>
<description>Cell with the minimum voltage.</description>
<notes></notes>
</point>
<point id="CellVAvg">
<label>Average Cell Voltage</label>
<description>Average voltage for all cells in the module.</description>
<notes>Calculation based on measurements.</notes>
</point>
<point id="CellTmpMax">
<label>Max Cell Temperature</label>
<description>Maximum temperature for all cells in the module.</description>
<notes>Measurement.</notes>
</point>
<point id="CellTmpMaxCell">
<label>Max Cell Temperature Cell</label>
<description>Cell with the maximum cell temperature.</description>
<notes></notes>
</point>
<point id="CellTmpMin">
<label>Min Cell Temperature</label>
<description>Minimum temperature for all cells in the module.</description>
<notes>Measurement.</notes>
</point>
<point id="CellTmpMinCell">
<label>Min Cell Temperature Cell</label>
<description>Cell with the minimum cell temperature.</description>
<notes></notes>
</point>
<point id="CellTmpAvg">
<label>Average Cell Temperature</label>
<description>Average temperature for all cells in the module.</description>
<notes>Calculation based on measurements.</notes>
</point>
<point id="SN">
<label>Serial Number</label>
<description>Serial number for the module.</description>
</point>
<point id="NCellBal">
<label>Balanced Cell Count</label>
<description>Number of cells currently being balanced in the module.</description>
</point>
<point id="NCyc">
<label>Cycle Count</label>
<description>Count of cycles executed.</description>
</point>
<point id="V_SF">
<label></label>
<description>Scale factor for module voltage.</description>
<notes></notes>
</point>
<point id="SoC_SF">
<label></label>
<description>Scale factor for module state of charge.</description>
<notes></notes>
</point>
<point id="SoH_SF">
<label></label>
<description>Scale factor for module state of health.</description>
<notes></notes>
</point>
<point id="DoD_SF">
<label></label>
<description>Scale factor for module depth of discharge.</description>
<notes></notes>
</point>
<point id="CellV_SF">
<label></label>
<description>Scale factor for cell voltage.</description>
<notes></notes>
</point>
<point id="Tmp_SF">
<label></label>
<description>Scale factor for module temperature.</description>
<notes></notes>
</point>
<!-- Repeating Block Strings -->
<point id="CellV">
<label>Cell Voltage</label>
<description>Cell terminal voltage.</description>
<notes>Measurement.</notes>
</point>
<point id="CellTmp">
<label>Cell Temperature</label>
<description>Cell temperature.</description>
<notes>Measurement.</notes>
</point>
<point id="CellSt">
<label>Cell Status</label>
<description>Status of the cell.</description>
<notes></notes>
<symbol id="CELL_IS_BALANCING">
<label>Cell Is Balancing</label>
<description>Cell is currently being balanced.</description>
<notes></notes>
</symbol>
</point>
</strings>
</sunSpecModels>