Here's the decoded version of the output you shared on the 4th:hjzwiers wrote: Sunday 04 October 2026 0:02 And a final version of scanner2.py if you want i can send it
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hjz@debian:/opt/stacks/domoticz/config/plugins$ sudo do ...... Disconnected from server
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=================================================================== DEVICE DETAILS ===================================================================
[id] [1]
[name] [common]
[label] [Common]
[description] [All SunSpec compliant devices must include this as the first model]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [Model identifier] [1]
[l] [Model length] [65]
[mn] [Well known value registered with SunSpec for compliance] [SolarEdge ]
[md] [Manufacturer specific value (32 chars)] [SE10K-RWB48BFN4]
[opt] [Manufacturer specific value (16 chars)] []
[vr] [Manufacturer specific value (16 chars)] [0004.0025.0013]
[sn] [Manufacturer specific value (32 chars)] [7B0526DA]
[da] [Modbus device address] [1]
=================================================================== DEVICE DETAILS ===================================================================
[id] [103]
[name] [inverter_three_phase]
[label] [Inverter (Three Phase)]
[description] [Include this model for three phase inverter monitoring]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [Model identifier] [103]
[l] [Model length] [50]
[a] [AC Current] [2.45] = [245 * (10**-2)] using scale factor [a_sf]
[apha] [Phase A Current] [0.81] = [81 * (10**-2)] using scale factor [a_sf]
[aphb] [Phase B Current] [0.83] = [83 * (10**-2)] using scale factor [a_sf]
[aphc] [Phase C Current] [0.80] = [80 * (10**-2)] using scale factor [a_sf]
[a_sf] [] [-2]
[ppvphab] [Phase Voltage AB] [400.10] = [4001 * (10**-1)] using scale factor [v_sf]
[ppvphbc] [Phase Voltage BC] [401.80] = [4018 * (10**-1)] using scale factor [v_sf]
[ppvphca] [Phase Voltage CA] [401.40] = [4014 * (10**-1)] using scale factor [v_sf]
[phvpha] [Phase Voltage AN] [230.90] = [2309 * (10**-1)] using scale factor [v_sf]
[phvphb] [Phase Voltage BN] [231.60] = [2316 * (10**-1)] using scale factor [v_sf]
[phvphc] [Phase Voltage CN] [232.10] = [2321 * (10**-1)] using scale factor [v_sf]
[v_sf] [] [-1]
[w] [AC Power] [527.70] = [5277 * (10**-1)] using scale factor [w_sf]
[w_sf] [] [-1]
[hz] [Line Frequency] [49.98] = [4998 * (10**-2)] using scale factor [hz_sf]
[hz_sf] [] [-2]
[va] [AC Apparent Power] [569.10] = [5691 * (10**-1)] using scale factor [va_sf]
[va_sf] [] [-1]
[var] [AC Reactive Power] [-212.98] = [-21298 * (10**-2)] using scale factor [var_sf]
[var_sf] [] [-2]
[pf] [AC Power Factor] [-92.72] = [-9272 * (10**-2)] using scale factor [pf_sf]
[pf_sf] [] [-2]
[wh] [AC Energy] [49052080.00] = [49052080 * (10**0)] using scale factor [wh_sf]
[wh_sf] [] [0]
[dca] [DC Current] [0.65] = [6532 * (10**-4)] using scale factor [dca_sf]
[dca_sf] [] [-4]
[dcv] [DC Voltage] [820.00] = [8200 * (10**-1)] using scale factor [dcv_sf]
[dcv_sf] [] [-1]
[dcw] [DC Power] [535.70] = [5357 * (10**-1)] using scale factor [dcw_sf]
[dcw_sf] [] [-1]
[tmpcab] [Cabinet Temperature] [NOT_IMPLEMENTED]
[tmpsnk] [Heat Sink Temperature] [43.19] = [4319 * (10**-2)] using scale factor [tmp_sf]
[tmptrns] [Transformer Temperature] [NOT_IMPLEMENTED]
[tmpot] [Other Temperature] [NOT_IMPLEMENTED]
[tmp_sf] [] [-2]
[st] [Enumerated value. Operating state] [MPPT]
[stvnd] [Vendor specific operating state code] [0]
[evt1] [Bitmask value. Event fields] [NOT_IMPLEMENTED]
[evt2] [Reserved for future use] [NOT_IMPLEMENTED]
[evtvnd1] [Vendor defined events] [0]
[evtvnd2] [Vendor defined events] [NOT_IMPLEMENTED]
[evtvnd3] [Vendor defined events] [NOT_IMPLEMENTED]
[evtvnd4] [Vendor defined events] [0]
=================================================================== DEVICE DETAILS ===================================================================
[id] [1]
[name] [common]
[label] [Common]
[description] [All SunSpec compliant devices must include this as the first model]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [Model identifier] [1]
[l] [Model length] [65]
[mn] [Well known value registered with SunSpec for compliance] [SolarEdge]
[md] [Manufacturer specific value (32 chars)] [MTR-240-3PC1-D-A-MW]
[opt] [Manufacturer specific value (16 chars)] [Export+Import]
[vr] [Manufacturer specific value (16 chars)] [1.0.104]
[sn] [Manufacturer specific value (32 chars)] [6401e4dd]
[da] [Modbus device address] [NOT_IMPLEMENTED]
=================================================================== DEVICE DETAILS ===================================================================
[id] [203]
[name] [ac_meter_abcn]
[label] [wye-connect three phase (abcn) meter]
[description] []
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [Model identifier] [203]
[l] [Model length] [105]
[a] [Total AC Current] [2.39] = [23909 * (10**-4)] using scale factor [a_sf]
[apha] [Phase A Current] [0.89] = [8943 * (10**-4)] using scale factor [a_sf]
[aphb] [Phase B Current] [0.65] = [6496 * (10**-4)] using scale factor [a_sf]
[aphc] [Phase C Current] [0.85] = [8469 * (10**-4)] using scale factor [a_sf]
[a_sf] [Current scale factor] [-4]
[phv] [Line to Neutral AC Voltage (average of active phases)] [230.50] = [2305 * (10**-1)] using scale factor [v_sf]
[phvpha] [Phase Voltage AN] [230.50] = [2305 * (10**-1)] using scale factor [v_sf]
[phvphb] [Phase Voltage BN] [230.90] = [2309 * (10**-1)] using scale factor [v_sf]
[phvphc] [Phase Voltage CN] [231.60] = [2316 * (10**-1)] using scale factor [v_sf]
[ppv] [Line to Line AC Voltage (average of active phases)] [0]
[phvphab] [Phase Voltage AB] [399.20] = [3992 * (10**-1)] using scale factor [v_sf]
[phvphbc] [Phase Voltage BC] [400.80] = [4008 * (10**-1)] using scale factor [v_sf]
[phvphca] [Phase Voltage CA] [400.50] = [4005 * (10**-1)] using scale factor [v_sf]
[v_sf] [Voltage scale factor] [-1]
[hz] [Frequency] [49.99] = [4999 * (10**-2)] using scale factor [hz_sf]
[hz_sf] [Frequency scale factor] [-2]
[w] [Total Real Power] [4.42] = [4422 * (10**-3)] using scale factor [w_sf]
[wpha] [] [13.03] = [13026 * (10**-3)] using scale factor [w_sf]
[wphb] [] [11.21] = [11206 * (10**-3)] using scale factor [w_sf]
[wphc] [] [-19.81] = [-19810 * (10**-3)] using scale factor [w_sf]
[w_sf] [Real Power scale factor] [-3]
[va] [AC Apparent Power] [404.10] = [4041 * (10**-1)] using scale factor [va_sf]
[vapha] [] [169.40] = [1694 * (10**-1)] using scale factor [va_sf]
[vaphb] [] [110.90] = [1109 * (10**-1)] using scale factor [va_sf]
[vaphc] [] [167.00] = [1670 * (10**-1)] using scale factor [va_sf]
[va_sf] [Apparent Power scale factor] [-1]
[var] [Reactive Power] [-404.10] = [-4041 * (10**-1)] using scale factor [var_sf]
[varpha] [] [-150.10] = [-1501 * (10**-1)] using scale factor [var_sf]
[varphb] [] [-110.30] = [-1103 * (10**-1)] using scale factor [var_sf]
[varphc] [] [-143.60] = [-1436 * (10**-1)] using scale factor [var_sf]
[var_sf] [Reactive Power scale factor] [-1]
[pf] [Power Factor] [-7.76] = [-776 * (10**-2)] using scale factor [pf_sf]
[pfpha] [] [-40.90] = [-4090 * (10**-2)] using scale factor [pf_sf]
[pfphb] [] [-21.79] = [-2179 * (10**-2)] using scale factor [pf_sf]
[pfphc] [] [39.39] = [3939 * (10**-2)] using scale factor [pf_sf]
[pf_sf] [Power Factor scale factor] [-2]
[totwhexp] [Total Real Energy Exported] [7251292.00] = [725129200 * (10**-2)] using scale factor [totwh_sf]
[totwhexppha] [] [6378243.00] = [637824300 * (10**-2)] using scale factor [totwh_sf]
[totwhexpphb] [] [4208419.50] = [420841950 * (10**-2)] using scale factor [totwh_sf]
[totwhexpphc] [] [2372837.50] = [237283750 * (10**-2)] using scale factor [totwh_sf]
[totwhimp] [Total Real Energy Imported] [18807904.00] = [1880790400 * (10**-2)] using scale factor [totwh_sf]
[totwhimppha] [] [3814310.25] = [381431025 * (10**-2)] using scale factor [totwh_sf]
[totwhimpphb] [] [6911307.50] = [691130750 * (10**-2)] using scale factor [totwh_sf]
[totwhimpphc] [] [13790495.00] = [1379049500 * (10**-2)] using scale factor [totwh_sf]
[totwh_sf] [Real Energy scale factor] [-2]
[totvahexp] [Total Apparent Energy Exported] [0]
[totvahexppha] [] [0]
[totvahexpphb] [] [0]
[totvahexpphc] [] [0]
[totvahimp] [Total Apparent Energy Imported] [0]
[totvahimppha] [] [0]
[totvahimpphb] [] [0]
[totvahimpphc] [] [0]
[totvah_sf] [Apparent Energy scale factor] [NOT_IMPLEMENTED]
[totvarhimpq1] [Total Reactive Energy Imported Quadrant 1] [0]
[totvarhimpq1pha] [] [0]
[totvarhimpq1phb] [] [0]
[totvarhimpq1phc] [] [0]
[totvarhimpq2] [Total Reactive Power Imported Quadrant 2] [0]
[totvarhimpq2pha] [] [0]
[totvarhimpq2phb] [] [0]
[totvarhimpq2phc] [] [0]
[totvarhexpq3] [Total Reactive Power Exported Quadrant 3] [0]
[totvarhexpq3pha] [] [0]
[totvarhexpq3phb] [] [0]
[totvarhexpq3phc] [] [0]
[totvarhexpq4] [Total Reactive Power Exported Quadrant 4] [0]
[totvarhexpq4pha] [] [0]
[totvarhexpq4phb] [] [0]
[totvarhexpq4phc] [] [0]
[totvarh_sf] [Reactive Energy scale factor] [NOT_IMPLEMENTED]
[evt] [Meter Event Flags] [0]
=================================================================== DEVICE DETAILS ===================================================================
[id] [701]
[name] [DERMeasureAC]
[label] [DER AC Measurement]
[description] [DER AC measurement model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER AC measurement model ID.] [701]
[l] [DER AC measurement model length.] [153]
[actype] [AC wiring type.] [THREE_PHASE]
[st] [Operating state of the DER.] [ON]
[invst] [Enumerated value. Inverter state.] [NOT_IMPLEMENTED]
[connst] [Grid connection state of the DER.] [CONNECTED]
[alrm] [Active alarms for the DER.] [0]
[dermode] [Current operational characteristics of the DER.] [NOT_IMPLEMENTED]
[w] [Total active power. Active power is positive for DER generation and negative for absorption.] [510.00] = [51 * (10**1)] using scale factor [w_sf]
[va] [Total apparent power.] [560.00] = [56 * (10**1)] using scale factor [va_sf]
[var] [Total reactive power.] [-210.00] = [-21 * (10**1)] using scale factor [var_sf]
[pf] [Power factor. The sign of power factor should be the sign of active power.] [0.92] = [92 * (10**-2)] using scale factor [pf_sf]
[a] [Total AC current.] [NOT_IMPLEMENTED]
[llv] [Line to line AC voltage as an average of active phases.] [400.40] = [4004 * (10**-1)] using scale factor [v_sf]
[lnv] [Line to neutral AC voltage as an average of active phases.] [231.20] = [2312 * (10**-1)] using scale factor [v_sf]
[hz] [AC frequency.] [49.99] = [49986 * (10**-3)] using scale factor [hz_sf]
[totwhinj] [Total active energy injected (Quadrants 1 & 4).] [NOT_IMPLEMENTED]
[totwhabs] [Total active energy absorbed (Quadrants 2 & 3).] [NOT_IMPLEMENTED]
[totvarhinj] [Total reactive energy injected (Quadrants 1 & 2).] [NOT_IMPLEMENTED]
[totvarhabs] [Total reactive energy absorbed (Quadrants 3 & 4).] [NOT_IMPLEMENTED]
[tmpamb] [Ambient temperature.] [NOT_IMPLEMENTED]
[tmpcab] [Cabinet temperature.] [NOT_IMPLEMENTED]
[tmpsnk] [Heat sink temperature.] [NOT_IMPLEMENTED]
[tmptrns] [Transformer temperature.] [NOT_IMPLEMENTED]
[tmpsw] [IGBT/MOSFET temperature.] [NOT_IMPLEMENTED]
[tmpot] [Other temperature.] [NOT_IMPLEMENTED]
[wl1] [Active power L1.] [NOT_IMPLEMENTED]
[val1] [Apparent power L1.] [NOT_IMPLEMENTED]
[varl1] [Reactive power L1.] [NOT_IMPLEMENTED]
[pfl1] [Power factor phase L1.] [-0.01] = [-1 * (10**-2)] using scale factor [pf_sf]
[al1] [Current phase L1.] [-1.00] = [-1 * (10**0)] using scale factor [a_sf]
[vl1l2] [Phase voltage L1-L2.] [NOT_IMPLEMENTED]
[vl1] [Phase voltage L1-N.] [231.20] = [2312 * (10**-1)] using scale factor [v_sf]
[totwhinjl1] [Total active energy injected L1.] [NOT_IMPLEMENTED]
[totwhabsl1] [Total active energy absorbed L1.] [NOT_IMPLEMENTED]
[totvarhinjl1] [Total reactive energy injected L1.] [NOT_IMPLEMENTED]
[totvarhabsl1] [Total reactive energy absorbed L1.] [NOT_IMPLEMENTED]
[wl2] [Active power L2.] [NOT_IMPLEMENTED]
[val2] [Apparent power L2.] [NOT_IMPLEMENTED]
[varl2] [Reactive power L2.] [NOT_IMPLEMENTED]
[pfl2] [Power factor L2.] [-0.01] = [-1 * (10**-2)] using scale factor [pf_sf]
[al2] [Current L2.] [-1.00] = [-1 * (10**0)] using scale factor [a_sf]
[vl2l3] [Phase voltage L2-L3.] [NOT_IMPLEMENTED]
[vl2] [Phase voltage L2-N.] [231.20] = [2312 * (10**-1)] using scale factor [v_sf]
[totwhinjl2] [Total active energy injected L2.] [NOT_IMPLEMENTED]
[totwhabsl2] [Total active energy absorbed L2.] [NOT_IMPLEMENTED]
[totvarhinjl2] [Total reactive energy injected L2.] [NOT_IMPLEMENTED]
[totvarhabsl2] [Total reactive energy absorbed L2.] [NOT_IMPLEMENTED]
[wl3] [Active power L3.] [NOT_IMPLEMENTED]
[val3] [Apparent power L3.] [NOT_IMPLEMENTED]
[varl3] [Reactive power L3.] [NOT_IMPLEMENTED]
[pfl3] [Power factor L3.] [-0.01] = [-1 * (10**-2)] using scale factor [pf_sf]
[al3] [Current L3.] [-1.00] = [-1 * (10**0)] using scale factor [a_sf]
[vl3l1] [Phase voltage L3-L1.] [NOT_IMPLEMENTED]
[vl3] [Phase voltage L3-N.] [232.00] = [2320 * (10**-1)] using scale factor [v_sf]
[totwhinjl3] [Total active energy injected L3.] [NOT_IMPLEMENTED]
[totwhabsl3] [Total active energy absorbed L3.] [NOT_IMPLEMENTED]
[totvarhinjl3] [Total reactive energy injected L3.] [NOT_IMPLEMENTED]
[totvarhabsl3] [Total reactive energy absorbed L3.] [NOT_IMPLEMENTED]
[throtpct] [Throttling in pct of maximum active power.] [NOT_IMPLEMENTED]
[throtsrc] [Active throttling source.] [NOT_IMPLEMENTED]
[a_sf] [Current scale factor.] [0]
[v_sf] [Voltage scale factor.] [-1]
[hz_sf] [Frequency scale factor.] [-3]
[w_sf] [Active power scale factor.] [1]
[pf_sf] [Power factor scale factor.] [-2]
[va_sf] [Apparent power scale factor.] [1]
[var_sf] [Reactive power scale factor.] [1]
[totwh_sf] [Active energy scale factor.] [0]
[totvarh_sf] [Reactive energy scale factor.] [0]
[tmp_sf] [Temperature scale factor.] [0]
[mnalrminfo] [Manufacturer alarm information. Valid if MANUFACTURER_ALRM indication is active.] []
=================================================================== DEVICE DETAILS ===================================================================
[id] [702]
[name] [DERCapacity]
[label] [DER Capacity]
[description] [DER capacity model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER capacity model ID.] [702]
[l] [DER capacity model length.] [50]
[wmaxrtg] [Maximum active power rating at unity power factor in watts.] [10600.00] = [10600 * (10**0)] using scale factor [w_sf]
[wovrextrtg] [Active power rating at specified over-excited power factor in watts.] [8480.00] = [8480 * (10**0)] using scale factor [w_sf]
[wovrextrtgpf] [Specified over-excited power factor.] [0.80] = [80 * (10**-2)] using scale factor [pf_sf]
[wundextrtg] [Active power rating at specified under-excited power factor in watts.] [8480.00] = [8480 * (10**0)] using scale factor [w_sf]
[wundextrtgpf] [Specified under-excited power factor.] [0.80] = [80 * (10**-2)] using scale factor [pf_sf]
[vamaxrtg] [Maximum apparent power rating in voltamperes.] [10600.00] = [10600 * (10**0)] using scale factor [va_sf]
[varmaxinjrtg] [Maximum injected reactive power rating in vars.] [6360.00] = [6360 * (10**0)] using scale factor [var_sf]
[varmaxabsrtg] [Maximum absorbed reactive power rating in vars.] [6360.00] = [6360 * (10**0)] using scale factor [var_sf]
[wchartemaxrtg] [Maximum active power charge rate in watts.] [NOT_IMPLEMENTED]
[wdischartemaxrtg] [Maximum active power discharge rate in watts.] [NOT_IMPLEMENTED]
[vachartemaxrtg] [Maximum apparent power charge rate in voltamperes.] [NOT_IMPLEMENTED]
[vadischartemaxrtg] [Maximum apparent power discharge rate in voltamperes.] [NOT_IMPLEMENTED]
[vnomrtg] [AC voltage nominal rating.] [230.00] = [2300 * (10**-1)] using scale factor [v_sf]
[vmaxrtg] [AC voltage maximum rating.] [253.00] = [2530 * (10**-1)] using scale factor [v_sf]
[vminrtg] [AC voltage minimum rating.] [202.40] = [2024 * (10**-1)] using scale factor [v_sf]
[amaxrtg] [AC current maximum rating in amps.] [NOT_IMPLEMENTED]
[pfovrextrtg] [Unused. Please use WOvrExtRtgPF.] [NOT_IMPLEMENTED]
[pfundextrtg] [Unused. Please use WUndExtRtgPF.] [NOT_IMPLEMENTED]
[reactsusceptrtg] [Reactive susceptance that remains connected to the Area EPS in the cease to energize and trip state.] [0]
[noropcatrtg] [Normal operating performance category as specified in IEEE 1547-2018.] [CAT_B]
[abnopcatrtg] [Abnormal operating performance category as specified in IEEE 1547-2018.] [CAT_3]
[ctrlmodes] [Supported control mode functions.] [4294965247]
[intislandcatrtg] [Intentional island categories.] [NOT_IMPLEMENTED]
[wmax] [Maximum active power setting used to adjust maximum active power setting.] [NOT_IMPLEMENTED]
[wmaxovrext] [Active power setting at specified over-excited power factor in watts.] [NOT_IMPLEMENTED]
[wovrextpf] [Specified over-excited power factor.] [NOT_IMPLEMENTED]
[wmaxundext] [Active power setting at specified under-excited power factor in watts.] [NOT_IMPLEMENTED]
[wundextpf] [Specified under-excited power factor.] [NOT_IMPLEMENTED]
[vamax] [Maximum apparent power setting used to adjust maximum apparent power rating.] [NOT_IMPLEMENTED]
[varmaxinj] [Maximum injected reactive power setting used to adjust maximum injected reactive power rating.] [NOT_IMPLEMENTED]
[varmaxabs] [Maximum absorbed reactive power setting used to adjust maximum absorbed reactive power rating.] [NOT_IMPLEMENTED]
[wchartemax] [Maximum active power charge rate setting used to adjust maximum active power charge rate rating.] [NOT_IMPLEMENTED]
[wdischartemax] [Maximum active power discharge rate setting used to adjust maximum active power discharge rate rating.] [NOT_IMPLEMENTED]
[vachartemax] [Maximum apparent power charge rate setting used to adjust maximum apparent power charge rate rating.] [NOT_IMPLEMENTED]
[vadischartemax] [Maximum apparent power discharge rate setting used to adjust maximum apparent power discharge rate rating.] [NOT_IMPLEMENTED]
[vnom] [Nominal AC voltage setting.] [NOT_IMPLEMENTED]
[vmax] [AC voltage maximum setting used to adjust AC voltage maximum rating.] [NOT_IMPLEMENTED]
[vmin] [AC voltage minimum setting used to adjust AC voltage minimum rating.] [NOT_IMPLEMENTED]
[amax] [Maximum AC current setting used to adjust maximum AC current rating.] [NOT_IMPLEMENTED]
[pfovrext] [Unused. Please use WOvrExtPF.] [NOT_IMPLEMENTED]
[pfundext] [Unused. Please use WUndExtPF.] [NOT_IMPLEMENTED]
[intislandcat] [Intentional island categories.] [NOT_IMPLEMENTED]
[w_sf] [Active power scale factor.] [0]
[pf_sf] [Power factor scale factor.] [-2]
[va_sf] [Apparent power scale factor.] [0]
[var_sf] [Reactive power scale factor.] [0]
[v_sf] [Voltage scale factor.] [-1]
[a_sf] [Current scale factor.] [0]
[s_sf] [Susceptance scale factor.] [0]
=================================================================== DEVICE DETAILS ===================================================================
[id] [703]
[name] [DEREnterService]
[label] [Enter Service]
[description] [Enter service model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [Enter service model ID.] [703]
[l] [Enter service model length.] [17]
[es] [Permit enter service.] [ENABLED]
[esvhi] [Enter service voltage high threshold as percent of normal voltage.] [110.00] = [11000 * (10**-2)] using scale factor [v_sf]
[esvlo] [Enter service voltage low threshold as percent of normal voltage.] [90.00] = [9000 * (10**-2)] using scale factor [v_sf]
[eshzhi] [Enter service frequency high threshold.] [50.10] = [50100 * (10**-3)] using scale factor [hz_sf]
[eshzlo] [Enter service frequency low threshold.] [49.90] = [49900 * (10**-3)] using scale factor [hz_sf]
[esdlytms] [Enter service delay time in seconds.] [60]
[esrndtms] [Enter service random delay in seconds.] [0]
[esrmptms] [Enter service ramp time in seconds.] [300]
[esdlyremtms] [Enter service delay time remaining in seconds.] [NOT_IMPLEMENTED]
[v_sf] [Voltage percentage scale factor.] [-2]
[hz_sf] [Frequency scale factor.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [704]
[name] [DERCtlAC]
[label] [DER AC Controls]
[description] [DER AC controls model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER AC controls model ID.] [704]
[l] [DER AC controls model length.] [65]
[pfwinjena] [Power factor enable when injecting active power.] [DISABLED]
[pfwinjenarvrt] [Power factor reversion timer when injecting active power enable.] [NOT_IMPLEMENTED]
[pfwinjrvrttms] [Power factor reversion timer when injecting active power.] [NOT_IMPLEMENTED]
[pfwinjrvrtrem] [Power factor reversion time remaining when injecting active power.] [NOT_IMPLEMENTED]
[pfwabsena] [Power factor enable when absorbing active power.] [NOT_IMPLEMENTED]
[pfwabsenarvrt] [Power factor reversion timer when absorbing active power enable.] [NOT_IMPLEMENTED]
[pfwabsrvrttms] [Power factor reversion timer when absorbing active power.] [NOT_IMPLEMENTED]
[pfwabsrvrtrem] [Power factor reversion time remaining when absorbing active power.] [NOT_IMPLEMENTED]
[wmaxlimpctena] [Limit maximum active power percent enable.] [DISABLED]
[wmaxlimpct] [Limit maximum active power percent value.] [NOT_IMPLEMENTED]
[wmaxlimpctrvrt] [Reversion limit maximum active power percent value.] [NOT_IMPLEMENTED]
[wmaxlimpctenarvrt] [Reversion limit maximum active power percent value enable.] [NOT_IMPLEMENTED]
[wmaxlimpctrvrttms] [Limit maximum active power percent reversion time.] [NOT_IMPLEMENTED]
[wmaxlimpctrvrtrem] [Limit maximum active power percent reversion time remaining.] [NOT_IMPLEMENTED]
[wsetena] [Set active power enable.] [DISABLED]
[wsetmod] [Set active power mode.] [W_MAX_PCT]
[wset] [Active power setting value in watts.] [-1.00] = [-1 * (10**0)] using scale factor [wset_sf]
[wsetrvrt] [Reversion active power setting value in watts.] [NOT_IMPLEMENTED]
[wsetpct] [Active power setting value as percent.] [-0.01] = [-1 * (10**-2)] using scale factor [wsetpct_sf]
[wsetpctrvrt] [Reversion active power setting value as percent.] [NOT_IMPLEMENTED]
[wsetenarvrt] [Reversion active power function enable.] [NOT_IMPLEMENTED]
[wsetrvrttms] [Set active power reversion time.] [NOT_IMPLEMENTED]
[wsetrvrtrem] [Set active power reversion time remaining.] [NOT_IMPLEMENTED]
[varsetena] [Set reactive power enable.] [DISABLED]
[varsetmod] [Set reactive power mode.] [W_MAX_PCT]
[varsetpri] [Reactive power priority.] [NOT_IMPLEMENTED]
[varset] [Reactive power setting value in vars.] [0]
[varsetrvrt] [Reversion reactive power setting value in vars.] [NOT_IMPLEMENTED]
[varsetpct] [Reactive power setting value as percent.] [0]
[varsetpctrvrt] [Reversion reactive power setting value as percent.] [NOT_IMPLEMENTED]
[varsetenarvrt] [Reversion reactive power function enable.] [NOT_IMPLEMENTED]
[varsetrvrttms] [Set reactive power reversion time.] [NOT_IMPLEMENTED]
[varsetrvrtrem] [Set reactive power reversion time remaining.] [NOT_IMPLEMENTED]
[wrmp] [Ramp rate for increases in active power during normal generation.] [NOT_IMPLEMENTED]
[wrmpref] [Ramp rate reference unit for increases in active power or current during normal generation.] [NOT_IMPLEMENTED]
[varrmp] [Ramp rate based on max reactive power per second.] [NOT_IMPLEMENTED]
[antiislena] [Anti-islanding enable.] [NOT_IMPLEMENTED]
[pf_sf] [Power factor scale factor.] [-3]
[wmaxlimpct_sf] [Limit maximum power scale factor.] [-2]
[wset_sf] [Active power scale factor.] [0]
[wsetpct_sf] [Active power pct scale factor.] [-2]
[varset_sf] [Reactive power scale factor.] [0]
[varsetpct_sf] [Reactive power pct scale factor.] [-2]
=================================================================== DEVICE DETAILS ===================================================================
[id] [705]
[name] [DERVoltVar]
[label] [DER Volt-Var]
[description] [DER Volt-Var model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER Volt-Var model ID.] [705]
[l] [DER Volt-Var model length.] [57]
[ena] [Volt-Var control enable.] [DISABLED]
[adptcrvreq] [Index of curve points to adopt. First curve index is 1.] [0]
[adptcrvrslt] [Result of last adopt curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [6]
[ncrv] [Number of stored curves supported.] [2]
[rvrttms] [Reversion time in seconds. 0 = No reversion time.] [NOT_IMPLEMENTED]
[rvrtrem] [Reversion time remaining in seconds.] [NOT_IMPLEMENTED]
[rvrtcrv] [Default curve after reversion timeout.] [NOT_IMPLEMENTED]
[v_sf] [Scale factor for curve voltage points.] [-2]
[deptref_sf] [Scale factor for curve var points.] [-2]
[rsptms_sf] [Open loop response time scale factor.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [706]
[name] [DERVoltWatt]
[label] [DER Volt-Watt]
[description] [DER Volt-Watt model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER Volt-Watt model ID.] [706]
[l] [DER Volt-Watt model length.] [47]
[ena] [Volt-Watt control enable.] [DISABLED]
[adptcrvreq] [Index of curve points to adopt. First curve index is 1.] [0]
[adptcrvrslt] [Result of last adopt curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [6]
[ncrv] [Number of stored curves supported.] [2]
[rvrttms] [Reversion time in seconds. 0 = No reversion time.] [NOT_IMPLEMENTED]
[rvrtrem] [Reversion time remaining in seconds.] [NOT_IMPLEMENTED]
[rvrtcrv] [Default curve after reversion timeout.] [NOT_IMPLEMENTED]
[v_sf] [Scale factor for curve voltage points.] [-2]
[deptref_sf] [Scale factor for curve watt points.] [0]
[rsptms_sf] [Open loop response time scale factor.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [707]
[name] [DERTripLV]
[label] [DER Trip LV]
[description] [DER low voltage trip model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER low voltage trip model ID.] [707]
[l] [DER low voltage trip model length.] [105]
[ena] [DER low voltage trip control enable.] [ENABLED]
[adptcrvreq] [Index of curve points to adopt. First curve index is 1.] [0]
[adptcrvrslt] [Result of last adopt curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [5]
[ncrvset] [Number of stored curves supported.] [2]
[v_sf] [Scale factor for curve voltage points.] [-2]
[tms_sf] [Scale factor for curve time points.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [708]
[name] [DERTripHV]
[label] [DER Trip HV]
[description] [DER high voltage trip model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER high voltage trip model ID.] [708]
[l] [DER high voltage trip model length.] [105]
[ena] [DER high voltage trip control enable.] [ENABLED]
[adptcrvreq] [Index of curve points to adopt. First curve index is 1.] [0]
[adptcrvrslt] [Result of last adopt curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [5]
[ncrvset] [Number of stored curves supported.] [2]
[v_sf] [Scale factor for curve voltage points.] [-2]
[tms_sf] [Scale factor for curve time points.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [709]
[name] [DERTripLF]
[label] [DER Trip LF]
[description] [DER low frequency trip model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER low frequency trip model ID.] [709]
[l] [DER low frequency trip model length.] [135]
[ena] [DER low frequency trip control enable.] [ENABLED]
[adptcrvreq] [Index of curve points to adopt. First curve index is 1.] [0]
[adptcrvrslt] [Result of last adopt curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [5]
[ncrvset] [Number of stored curves supported.] [2]
[hz_sf] [Scale factor for curve frequency points.] [-2]
[tms_sf] [Scale factor for curve time points.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [710]
[name] [DERTripHF]
[label] [DER Trip HF]
[description] [DER high frequency trip model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER high frequency trip model ID.] [710]
[l] [DER high frequency trip model length.] [135]
[ena] [DER high frequency trip control enable.] [ENABLED]
[adptcrvreq] [Index of curve points to adopt. First curve index is 1.] [0]
[adptcrvrslt] [Result of last adopt curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [5]
[ncrvset] [Number of stored curves supported.] [2]
[hz_sf] [Scale factor for curve frequency points.] [-2]
[tms_sf] [Scale factor for curve time points.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [711]
[name] [DERFreqDroop]
[label] [DER Frequency Droop]
[description] [DER Frequency Droop model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER Frequency Droop model ID.] [711]
[l] [DER Frequency Droop model length.] [32]
[ena] [DER Frequency-Watt (Frequency-Droop) control enable.] [DISABLED]
[adptctlreq] [Set active control. 0 = No active control.] [0]
[adptctlrslt] [Result of last set active control operation.] [COMPLETED]
[nctl] [Number of stored controls supported.] [2]
[rvrttms] [Reversion time in seconds. 0 = No reversion time.] [NOT_IMPLEMENTED]
[rvrtrem] [Reversion time remaining in seconds.] [NOT_IMPLEMENTED]
[rvrtctl] [Default control after reversion timeout.] [NOT_IMPLEMENTED]
[db_sf] [Deadband scale factor.] [-3]
[k_sf] [Frequency change scale factor.] [-3]
[rsptms_sf] [Open loop response time scale factor.] [-3]
=================================================================== DEVICE DETAILS ===================================================================
[id] [712]
[name] [DERWattVar]
[label] [DER Watt-Var]
[description] [DER Watt-Var model.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER Watt-Var model ID.] [712]
[l] [DER Watt-Var model length.] [44]
[ena] [DER Watt-Var control enable.] [DISABLED]
[adptcrvreq] [Set active curve. 0 = No active curve.] [0]
[adptcrvrslt] [Result of last set active curve operation.] [COMPLETED]
[npt] [Number of curve points supported.] [6]
[ncrv] [Number of stored curves supported.] [2]
[rvrttms] [Reversion time in seconds. 0 = No reversion time.] [NOT_IMPLEMENTED]
[rvrtrem] [Reversion time remaining in seconds.] [NOT_IMPLEMENTED]
[rvrtcrv] [Default curve after reversion timeout.] [NOT_IMPLEMENTED]
[w_sf] [Scale factor for curve active power points.] [-2]
[deptref_sf] [Scale factor for curve var points.] [-2]
=================================================================== DEVICE DETAILS ===================================================================
[id] [713]
[name] [DERStorageCapacity]
[label] [DER Storage Capacity]
[description] [DER storage capacity.]
-------------------------------------------------------------------- MEASUREMENTS --------------------------------------------------------------------
[id] [DER storage capacity model ID.] [713]
[l] [DER storage capacity model length.] [7]
[whrtg] [Energy rating of the DER storage.] [NOT_IMPLEMENTED]
[whavail] [Energy available of the DER storage (WHAvail = WHRtg * SoC * SoH)] [NOT_IMPLEMENTED]
[soc] [State of charge of the DER storage.] [74.44] = [7444 * (10**-2)] using scale factor [pct_sf]
[soh] [State of health of the DER storage.] [NOT_IMPLEMENTED]
[sta] [Storage status.] [NOT_IMPLEMENTED]
[wh_sf] [Scale factor for energy capacity.] [-2]
[pct_sf] [Scale factor for percentage.] [-2]
Next is to make sure that the SolarEdge specifics are added to it.
