/
76_SMAInverter.pm
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76_SMAInverter.pm
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#################################################################################################################
# $Id: 76_SMAInverter.pm 12736 2016-12-11 09:17:42Z nasseeder1 $
#################################################################################################################
#
#
# Copyright notice
#
# Published according Creative Commons : Attribution-NonCommercial-ShareAlike 3.0 Unported (CC BY-NC-SA 3.0)
# Details: https://creativecommons.org/licenses/by-nc-sa/3.0/
#
# Credits:
# - based on 77_SMASTP.pm by Volker Kettenbach with following credits:
# - based on an Idea by SpenZerX and HDO
# - Waldmensch for various improvements
# - sbfspot (https://sbfspot.codeplex.com/)
# - rewritten by Thomas Schoedl (sct14675) with inputs from Volker, waldmensch and DS_starter
#
# Description:
# This is an FHEM-Module for SMA Inverters.
# Tested on Sunny Tripower 6000TL-20 and Sunny Island 4.4
#
# Requirements:
# This module requires:
# - Perl Module: IO::Socket::INET
# - Perl Module: DateTime
#
#
#################################################################################################################
# Versions History done by DS_Starter
#
# 2.9.1 24.04.2017 fix for issue #24 (Wrong INV_TYPE for STP10000TL-20) and fix for issue #25 (unpack out of range for SB1.5-1VL-40)
# 2.9.0 23.04.2017 fixed issue #22: wrong logon command for SunnyBoy systems
# 2.8.3 19.04.2017 enhanced inverter Type-Hash
# 2.8.2 23.03.2017 changed SMA_logon sub
# 2.8.1 06.12.2016 SMAInverter version as internal
# 2.8 05.12.2016 changed commandsections to make sure getting only data from inverters with preset
# $inv_susyid and $inv_serial
# 2.7.4 04.12.2016 change loading of IO::Socket::INET, DateTime
# 2.7.3 04.12.2016 commandref adapted
# 2.7.2 03.12.2016 use Time::HiRes qw(gettimeofday tv_interval)
# 2.7.1 02.12.2016 showproctime improved
# 2.7 02.12.2016 showproctime added
# 2.6.1 29.11.2016 getstatus_DoParse changed due to inititialized issues
# 2.6 28.11.2016 bugfix warnings ParseDone redefine at startup, uninitialized value $avg if FHEM was
# restarted in sleeptime, switched avg_energy to avg_power, commandref updated
# 2.5.2 27.11.2016 bugfix average calc, bugfix warnings at startup
# 2.5.1 26.11.2016 calc of averagebuf changed to 5, 10, 15 minutes
# 2.5 26.11.2016 averagebuf changed, Attr timeout added
# 2.4 26.11.2016 create ringbuffer for calculating average energy last 5, 10, 15 cycles
# 2.3 25.11.2016 bugfixing
# 2.2 24.11.2016 further optimize of non-blocking operation
# 2.1 24.11.2016 avg_energy_lastcycles added
# 2.0 24.11.2016 switched module to non-blocking operation
# 1.8.4 23.11.2016 prepare non-blocking operation
# 1.8.3 23.11.2016 readings opertime_start, opertime_stop
# 1.8.2 22.11.2016 eliminate global vars, prepare non-blocking operation
# 1.8.1 22.11.2016 eliminate global vars, create command array
# 1.8 21.11.2016 eliminate $r_OK, $r_FAIL, create command-array
# 1.7 21.11.2016 devtypes completed, minor bugfixes, commandref completed
# 1.6.1 19.11.2016 bugfix perl warning during fhem start
# 1.6 09.11.2016 added operation control by sunrise,sunset, Attr offset, suppressSleep added
# 1.5 08.11.2016 added device classes hash
# 1.4 07.11.2016 compatibility to SBFSpot improved, bilingual dependend on attr "language" of global-device,
# added hash of SMA device types
# 1.3 07.11.2016 Attr SBFSpotComp added to get compatibility mode with SBFSpot
# 1.2 06.11.2016 function get data added, log output level changed to 4 in sub SMAInverter_Attr,
# some code changes
# 1.1 06.11.2016 Attr mode manual, automatic added
# 1.0 06.11.2016 Attr disable added,
# $globalName replaced by $name in all expressions (due to module redesign to non-blocking later)
package main;
use strict;
use warnings;
eval "use IO::Socket::INET;1" or my $MissModulSocket = "IO::Socket::INET";
eval "use DateTime;1" or my $MissModulDateTime = "DateTime";
use Time::HiRes qw(gettimeofday tv_interval);
use Blocking;
use Time::Local;
my $SMAInverterVersion = "2.9.1";
# Inverter Data fields and supported commands flags.
# $inv_susyid
# $inv_serial
# $inv_SPOT_ETODAY # Today yield
# $inv_SPOT_ETOTAL # Total yield
# $inv_SPOT_PDC1 # DC power input 1
# $inv_SPOT_PDC2 # DC power input 2
# $inv_SPOT_PAC1 # Power L1
# $inv_SPOT_PAC2 # Power L2
# $inv_SPOT_PAC3 # Power L3
# $inv_PACMAX1 # Nominal power in Ok Mode
# $inv_PACMAX2 # Nominal power in Warning Mode
# $inv_PACMAX3 # Nominal power in Fault Mode
# $inv_PACMAX1_2 # Maximum active power device (Some inverters like SB3300/SB1200)
# $inv_SPOT_PACTOT # Total Power
# $inv_ChargeStatus # Battery Charge status
# $inv_SPOT_UDC1 # DC voltage input
# $inv_SPOT_UDC2 # DC voltage input
# $inv_SPOT_IDC1 # DC current input
# $inv_SPOT_IDC2 # DC current input
# $inv_SPOT_UAC1 # Grid voltage phase L1
# $inv_SPOT_UAC2 # Grid voltage phase L2
# $inv_SPOT_UAC3 # Grid voltage phase L3
# $inv_SPOT_IAC1 # Grid current phase L1
# $inv_SPOT_IAC2 # Grid current phase L2
# $inv_SPOT_IAC3 # Grid current phase L3
# $inv_BAT_UDC # Battery Voltage
# $inv_BAT_IDC # Battery Current
# $inv_BAT_CYCLES # Battery recharge cycles
# $inv_BAT_TEMP # Battery temperature
# $inv_SPOT_FREQ # Grid Frequency
# $inv_CLASS # Inverter Class
# $inv_TYPE # Inverter Type
# $inv_SPOT_OPERTM # Operation Time
# $inv_SPOT_FEEDTM # Feed-in time
# $inv_TEMP # Inverter temperature
# $inv_GRIDRELAY # Grid Relay/Contactor Status
# $inv_STATUS # Inverter Status
# Aufbau Wechselrichter Type-Hash
my %SMAInverter_devtypes = (
0000 => "Unknown Inverter Type",
9015 => "SB 700",
9016 => "SB 700U",
9017 => "SB 1100",
9018 => "SB 1100U",
9019 => "SB 1100LV",
9020 => "SB 1700",
9021 => "SB 1900TLJ",
9022 => "SB 2100TL",
9023 => "SB 2500",
9024 => "SB 2800",
9025 => "SB 2800i",
9026 => "SB 3000",
9027 => "SB 3000US",
9028 => "SB 3300",
9029 => "SB 3300U",
9030 => "SB 3300TL",
9031 => "SB 3300TL HC",
9032 => "SB 3800",
9033 => "SB 3800U",
9034 => "SB 4000US",
9035 => "SB 4200TL",
9036 => "SB 4200TL HC",
9037 => "SB 5000TL",
9038 => "SB 5000TLW",
9039 => "SB 5000TL HC",
9066 => "SB 1200",
9067 => "STP 10000TL-10",
9068 => "STP 12000TL-10",
9069 => "STP 15000TL-10",
9070 => "STP 17000TL-10",
9084 => "WB 3600TL-20",
9085 => "WB 5000TL-20",
9086 => "SB 3800US-10",
9098 => "STP 5000TL-20",
9099 => "STP 6000TL-20",
9100 => "STP 7000TL-20",
9101 => "STP 8000TL-10",
9102 => "STP 9000TL-20",
9103 => "STP 8000TL-20",
9104 => "SB 3000TL-JP-21",
9105 => "SB 3500TL-JP-21",
9106 => "SB 4000TL-JP-21",
9107 => "SB 4500TL-JP-21",
9108 => "SCSMC",
9109 => "SB 1600TL-10",
9131 => "STP 20000TL-10",
9139 => "STP 20000TLHE-10",
9140 => "STP 15000TLHE-10",
9157 => "Sunny Island 2012",
9158 => "Sunny Island 2224",
9159 => "Sunny Island 5048",
9160 => "SB 3600TL-20",
9168 => "SC630HE-11",
9169 => "SC500HE-11",
9170 => "SC400HE-11",
9171 => "WB 3000TL-21",
9172 => "WB 3600TL-21",
9173 => "WB 4000TL-21",
9174 => "WB 5000TL-21",
9175 => "SC 250",
9176 => "SMA Meteo Station",
9177 => "SB 240-10",
9171 => "WB 3000TL-21",
9172 => "WB 3600TL-21",
9173 => "WB 4000TL-21",
9174 => "WB 5000TL-21",
9179 => "Multigate-10",
9180 => "Multigate-US-10",
9181 => "STP 20000TLEE-10",
9182 => "STP 15000TLEE-10",
9183 => "SB 2000TLST-21",
9184 => "SB 2500TLST-21",
9185 => "SB 3000TLST-21",
9186 => "WB 2000TLST-21",
9187 => "WB 2500TLST-21",
9188 => "WB 3000TLST-21",
9189 => "WTP 5000TL-20",
9190 => "WTP 6000TL-20",
9191 => "WTP 7000TL-20",
9192 => "WTP 8000TL-20",
9193 => "WTP 9000TL-20",
9254 => "Sunny Island 3324",
9255 => "Sunny Island 4.0M",
9256 => "Sunny Island 4248",
9257 => "Sunny Island 4248U",
9258 => "Sunny Island 4500",
9259 => "Sunny Island 4548U",
9260 => "Sunny Island 5.4M",
9261 => "Sunny Island 5048U",
9262 => "Sunny Island 6048U",
9278 => "Sunny Island 3.0M",
9279 => "Sunny Island 4.4M",
9281 => "STP 10000TL-20",
9282 => "STP 11000TL-20",
9283 => "STP 12000TL-20",
9284 => "STP 20000TL-30",
9285 => "STP 25000TL-30",
9301 => "SB1.5-1VL-40",
9302 => "SB2.5-1VL-40",
9303 => "SB2.0-1VL-40",
9304 => "SB5.0-1SP-US-40",
9305 => "SB6.0-1SP-US-40",
9306 => "SB8.0-1SP-US-40",
9307 => "Energy Meter",
);
# Wechselrichter Class-Hash DE
my %SMAInverter_classesDE = (
8000 => "Alle Geräte",
8001 => "Solar-Wechselrichter",
8002 => "Wind-Wechselrichter",
8007 => "Batterie-Wechselrichter",
8033 => "Verbraucher",
8064 => "Sensorik allgemein",
8065 => "Stromzähler",
8128 => "Kommunikationsprodukte",
);
# Wechselrichter Class-Hash EN
my %SMAInverter_classesEN = (
8000 => "All Devices",
8001 => "Solar Inverters",
8002 => "Wind Turbine Inverter",
8007 => "Batterie Inverters",
8033 => "Consumer",
8064 => "Sensor System in General",
8065 => "Electricity meter",
8128 => "Communication products",
);
###############################################################
# SMAInverter Initialize
###############################################################
sub SMAInverter_Initialize($) {
my ($hash) = @_;
$hash->{DefFn} = "SMAInverter_Define";
$hash->{UndefFn} = "SMAInverter_Undef";
$hash->{GetFn} = "SMAInverter_Get";
$hash->{AttrList} = "interval " .
"detail-level:0,1,2 " .
"disable:1,0 " .
"mode:manual,automatic ".
"offset ".
"suppressSleep:1,0 ".
"SBFSpotComp:1,0 " .
"showproctime:1,0 ".
"timeout " .
"target-susyid " .
"target-serial " .
$readingFnAttributes;
$hash->{AttrFn} = "SMAInverter_Attr";
}
###############################################################
# SMAInverter Define
###############################################################
sub SMAInverter_Define($$) {
my ($hash, $def) = @_;
my @a = split("[ \t][ \t]*", $def);
return "Error: Perl module ".$MissModulSocket." is missing.
Install it on Debian with: sudo apt-get install libio-socket-multicast-perl" if($MissModulSocket);
return "Error: Perl module ".$MissModulDateTime." is missing.
Install it on Debian with: sudo apt-get install libdatetime-perl" if($MissModulDateTime);
return "Wrong syntax: use define <name> SMAInverter <inv-userpwd> <inv-hostname/inv-ip > " if ((int(@a) < 4) and (int(@a) > 5));
my $name = $hash->{NAME};
$hash->{LASTUPDATE} = 0;
$hash->{INTERVAL} = $hash->{HELPER}{INTERVAL} = AttrVal($name, "interval", 60);
$hash->{VERSION} = $SMAInverterVersion;
$hash->{HELPER}{FAULTEDCYCLES} = 0;
delete($hash->{HELPER}{AVERAGEBUF}) if($hash->{HELPER}{AVERAGEBUF});
# protocol related defaults
$hash->{HELPER}{MYSUSYID} = 233; # random number, has to be different from any device in local network
$hash->{HELPER}{MYSERIALNUMBER} = 123321123; # random number, has to be different from any device in local network
$hash->{HELPER}{DEFAULT_TARGET_SUSYID} = 0xFFFF; # 0xFFFF is any susyid
$hash->{HELPER}{DEFAULT_TARGET_SERIAL} = 0xFFFFFFFF; # 0xFFFFFFFF is any serialnumber
$hash->{HELPER}{PKT_ID} = 0x8001; # Packet ID
$hash->{HELPER}{MAXBYTES} = 300; # constant MAXBYTES scalar 300
my ($IP,$Host,$Caps);
my $Pass = $a[2]; # to do: check 1-12 Chars
# extract IP or Hostname from $a[3]
if (!defined $Host) {
if ( $a[3] =~ /^([A-Za-z0-9_.])/ ) {
$Host = $a[3];
}
}
if (!defined $Host) {
return "Argument:{$a[3]} not accepted as Host or IP. Read device specific help file.";
}
$hash->{PASS} = $Pass;
$hash->{HOST} = $Host;
InternalTimer(gettimeofday()+5, "SMAInverter_GetData", $hash, 0); # Start Hauptroutine
return undef;
}
###############################################################
# SMAInverter Undefine
###############################################################
sub SMAInverter_Undef($$) {
my ($hash, $name) = @_;
RemoveInternalTimer($hash);
BlockingKill($hash->{HELPER}{RUNNING_PID});
return undef;
}
###############################################################
# SMAInverter Get
###############################################################
sub SMAInverter_Get($$) {
my ($hash, @a) = @_;
return "\"get X\" needs at least an argument" if ( @a < 2 );
my $name = shift @a;
my $opt = shift @a;
my $timeout = AttrVal($name, "timeout", 60);
my $getlist = "Unknown argument $opt, choose one of ".
"data:noArg ";
return "module is disabled" if(IsDisabled($name));
if ($opt eq "data") {
SMAInverter_GetData($hash);
} else {
return "$getlist";
}
return undef;
}
###############################################################
# SMAInverter Attr
###############################################################
sub SMAInverter_Attr(@) {
my ($cmd,$name,$aName,$aVal) = @_;
# $cmd can be "del" or "set"
# $name is device name
# aName and aVal are Attribute name and value
my $hash = $defs{$name};
my $do;
if ($aName eq "mode") {
if ($cmd eq "set" && $aVal eq "manual") {
$hash->{INTERVAL} = $aVal;
} else {
$hash->{INTERVAL} = $hash->{HELPER}{INTERVAL};
}
InternalTimer(time+5, 'SMAInverter_GetData', $hash, 0);
}
if ($aName eq "disable") {
if($cmd eq "set") {
$do = ($aVal) ? 1 : 0;
}
$do = 0 if($cmd eq "del");
my $val = ($do == 1 ? "disabled" : "initialized");
readingsSingleUpdate($hash, "state", $val, 1);
if ($do == 0) {
my $mode = AttrVal($name, "mode", "automatic");
RemoveInternalTimer($hash);
InternalTimer(time+5, 'SMAInverter_GetData', $hash, 0);
} else {
RemoveInternalTimer($hash);
}
}
if ($aName eq "detail-level") {
delete $defs{$name}{READINGS};
}
if ($aName eq "SBFSpotComp") {
delete $defs{$name}{READINGS};
}
if ($aName eq "interval") {
if ($cmd eq "set") {
$hash->{HELPER}{INTERVAL} = $aVal;
$hash->{INTERVAL} = $aVal if(AttrVal($name, "mode", "") ne "manual");
delete($hash->{HELPER}{AVERAGEBUF}) if($hash->{HELPER}{AVERAGEBUF});
Log3 $name, 3, "$name - Set $aName to $aVal";
} else {
$hash->{INTERVAL} = $hash->{HELPER}{INTERVAL} = 60;
}
}
if ($cmd eq "set" && $aName eq "offset") {
if($aVal !~ /^\d+$/ || $aVal < 0 || $aVal > 7200) { return "The Value of $aName is not valid. Use value between 0 ... 7200 !";}
}
if ($cmd eq "set" && $aName eq "timeout") {
unless ($aVal =~ /^[0-9]+$/) { return " The Value for $aName is not valid. Use only figures 1-9 !";}
}
return;
}
###############################################################
# Hauptschleife Datenabruf
###############################################################
sub SMAInverter_GetData($) {
my ($hash) = @_;
my $name = $hash->{NAME};
my $interval = AttrVal($name, "interval", 60);
my $timeout = AttrVal($name, "timeout", 60);
RemoveInternalTimer($hash, "SMAInverter_GetData");
if ($init_done != 1) {
InternalTimer(gettimeofday()+5, "SMAInverter_GetData", $hash, 0);
return;
}
return if(IsDisabled($name));
if (exists($hash->{HELPER}{RUNNING_PID})) {
Log3 ($name, 3, "SMAInverter $name - WARNING - old process $hash->{HELPER}{RUNNING_PID}{pid} will be killed now to start a new BlockingCall");
BlockingKill($hash->{HELPER}{RUNNING_PID});
}
Log3 ($name, 4, "$name - ###############################################################");
Log3 ($name, 4, "$name - ########## Begin of new SMAInverter get data cycle ##########");
Log3 ($name, 4, "$name - ###############################################################");
Log3 ($name, 4, "$name - timeout cycles since module start: $hash->{HELPER}{FAULTEDCYCLES}");
# decide of operation
if(AttrVal($name,"mode","automatic") eq "automatic") {
# automatic operation mode
$hash->{HELPER}{RUNNING_PID} = BlockingCall("getstatus_DoParse", "$name", "getstatus_ParseDone", $timeout, "SMAI_ParseAborted", $hash);
InternalTimer(gettimeofday()+$interval, "SMAInverter_GetData", $hash, 0);
} else {
# manual operation mode
$hash->{HELPER}{RUNNING_PID} = BlockingCall("getstatus_DoParse", "$name", "getstatus_ParseDone", $timeout, "SMAI_ParseAborted", $hash);
}
return;
}
###############################################################
# non-blocking Inverter Datenabruf
###############################################################
sub getstatus_DoParse($) {
my ($name) = @_;
my $hash = $defs{$name};
my $interval = AttrVal($name, "interval", 60);
my $sc = AttrVal($name, "SBFSpotComp", 0);
my ($sup_EnergyProduction,
$sup_SpotDCPower,
$sup_SpotACPower,
$sup_MaxACPower,
$sup_MaxACPower2,
$sup_SpotACTotalPower,
$sup_ChargeStatus,
$sup_SpotDCVoltage,
$sup_SpotACVoltage,
$sup_BatteryInfo,
$sup_SpotGridFrequency,
$sup_TypeLabel,
$sup_OperationTime,
$sup_InverterTemperature,
$sup_GridRelayStatus,
$sup_DeviceStatus);
my ($inv_TYPE, $inv_CLASS,
$inv_SPOT_ETODAY, $inv_SPOT_ETOTAL,
$inv_susyid,
$inv_serial,
$inv_SPOT_PDC1, $inv_SPOT_PDC2,
$inv_SPOT_PAC1, $inv_SPOT_PAC2, $inv_SPOT_PAC3, $inv_SPOT_PACTOT,
$inv_PACMAX1, $inv_PACMAX2, $inv_PACMAX3, $inv_PACMAX1_2,
$inv_ChargeStatus,
$inv_SPOT_UDC1, $inv_SPOT_UDC2,
$inv_SPOT_IDC1, $inv_SPOT_IDC2,
$inv_SPOT_UAC1, $inv_SPOT_UAC2, $inv_SPOT_UAC3,
$inv_SPOT_IAC1, $inv_SPOT_IAC2, $inv_SPOT_IAC3,
$inv_BAT_UDC, $inv_BAT_IDC,
$inv_BAT_CYCLES,
$inv_BAT_TEMP,
$inv_SPOT_FREQ, $inv_SPOT_OPERTM, $inv_SPOT_FEEDTM, $inv_TEMP, $inv_GRIDRELAY, $inv_STATUS,);
my @row_array;
my @array;
my $avg = 0;
my ($ist,$bst,$irt,$brt,$rt);
# Background-Startzeit
$bst = [gettimeofday];
Log3 ($name, 4, "$name -> Start BlockingCall getstatus_DoParse");
# set dependency from surise/sunset used for inverter operation time
my $offset = AttrVal($name,"offset",0);
my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime();
my ($sunrise_h,$sunrise_m,$sunrise_s) = split(":",sunrise_abs('-'.$offset));
my ($sunset_h,$sunset_m,$sunset_s) = split(":",sunset_abs('+'.$offset));
my $oper_start = DateTime->new(year=>$year+1900,month=>$mon+1,day=>$mday,hour=>$sunrise_h,minute=>$sunrise_m,second=>$sunrise_s,time_zone=>'local');
my $oper_stop = DateTime->new(year=>$year+1900,month=>$mon+1,day=>$mday,hour=>$sunset_h,minute=>$sunset_m,second=>$sunset_s,time_zone=>'local');
my $dt_now = DateTime->now(time_zone=>'local');
Log3 $name, 4, "$name - current time: ".$dt_now->dmy('.')." ".$dt_now->hms;
Log3 $name, 4, "$name - operation time begin: ".$oper_start->dmy('.')." ".$oper_start->hms;
Log3 $name, 4, "$name - operation time end: ".$oper_stop->dmy('.')." ".$oper_stop->hms;
my $opertime_start = $oper_start->dmy('.')." ".$oper_start->hms;
my $opertime_stop = $oper_stop->dmy('.')." ".$oper_stop->hms;
if (($oper_start <= $dt_now && $dt_now <= $oper_stop) || AttrVal($name,"suppressSleep",0)) {
# normal operation or suppressed sleepmode
# Abfrage Inverter Startzeit
$ist = [gettimeofday];
# Get the current attributes
my $detail_level = AttrVal($name, "detail-level", 0);
# Aufbau Command-Array
my @commands = ("sup_TypeLabel", # Check TypeLabel
"sup_EnergyProduction", # Check EnergyProduction
"sup_SpotDCPower", # Check SpotDCPower
"sup_SpotACPower", # Check SpotACPower
"sup_SpotACTotalPower", # Check SpotACTotalPower
"sup_ChargeStatus" # Check BatteryChargeStatus
);
if($detail_level > 0) {
# Detail Level 1 or 2 >> get voltage and current levels
push(@commands, "sup_SpotDCVoltage"); # Check SpotDCVoltage
push(@commands, "sup_SpotACVoltage"); # Check SpotACVoltage
push(@commands, "sup_BatteryInfo"); # Check BatteryInfo
}
if($detail_level > 1) {
# Detail Level 2 >> get all data
push(@commands, "sup_SpotGridFrequency"); # Check SpotGridFrequency
push(@commands, "sup_OperationTime"); # Check OperationTime
push(@commands, "sup_InverterTemperature"); # Check InverterTemperature
push(@commands, "sup_MaxACPower"); # Check MaxACPower
push(@commands, "sup_MaxACPower2"); # Check MaxACPower2
push(@commands, "sup_GridRelayStatus"); # Check GridRelayStatus
push(@commands, "sup_DeviceStatus"); # Check DeviceStatus
}
if(SMA_logon($hash->{HOST}, $hash->{PASS}, $hash)) {
Log3 $name, 5, "$name - Logged in now";
foreach my $i(@commands) {
if ($i eq "sup_TypeLabel") {
($sup_TypeLabel,$inv_TYPE,$inv_CLASS,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x58000200, 0x00821E00, 0x008220FF);
}
elsif ($i eq "sup_EnergyProduction") {
($sup_EnergyProduction,$inv_SPOT_ETODAY,$inv_SPOT_ETOTAL,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x54000200, 0x00260100, 0x002622FF);
}
elsif ($i eq "sup_SpotDCPower") {
($sup_SpotDCPower,$inv_SPOT_PDC1,$inv_SPOT_PDC2,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x53800200, 0x00251E00, 0x00251EFF);
}
elsif ($i eq "sup_SpotACPower") {
($sup_SpotACPower,$inv_SPOT_PAC1,$inv_SPOT_PAC2,$inv_SPOT_PAC3,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00464000, 0x004642FF);
}
elsif ($i eq "sup_SpotACTotalPower") {
($sup_SpotACTotalPower,$inv_SPOT_PACTOT,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00263F00, 0x00263FFF);
}
elsif ($i eq "sup_ChargeStatus") {
($sup_ChargeStatus,$inv_ChargeStatus,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00295A00, 0x00295AFF);
}
elsif ($i eq "sup_SpotDCVoltage") {
($sup_SpotDCVoltage,$inv_SPOT_UDC1,$inv_SPOT_UDC2,$inv_SPOT_IDC1,$inv_SPOT_IDC2,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x53800200, 0x00451F00, 0x004521FF);
}
elsif ($i eq "sup_SpotACVoltage") {
($sup_SpotACVoltage,$inv_SPOT_UAC1,$inv_SPOT_UAC2,$inv_SPOT_UAC3,$inv_SPOT_IAC1,$inv_SPOT_IAC2,$inv_SPOT_IAC3,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00464800, 0x004655FF);
}
elsif ($i eq "sup_BatteryInfo") {
($sup_BatteryInfo,$inv_BAT_CYCLES,$inv_BAT_TEMP,$inv_BAT_UDC,$inv_BAT_IDC,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00491E00, 0x00495DFF);
}
elsif ($i eq "sup_SpotGridFrequency") {
($sup_SpotGridFrequency,$inv_SPOT_FREQ,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00465700, 0x004657FF);
}
elsif ($i eq "sup_OperationTime") {
($sup_OperationTime,$inv_SPOT_OPERTM,$inv_SPOT_FEEDTM,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x54000200, 0x00462E00, 0x00462FFF);
}
elsif ($i eq "sup_InverterTemperature") {
($sup_InverterTemperature,$inv_TEMP,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x52000200, 0x00237700, 0x002377FF);
}
elsif ($i eq "sup_MaxACPower") {
($sup_MaxACPower,$inv_PACMAX1,$inv_PACMAX2,$inv_PACMAX3,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00411E00, 0x004120FF);
}
elsif ($i eq "sup_MaxACPower2") {
($sup_MaxACPower2,$inv_PACMAX1_2,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51000200, 0x00832A00, 0x00832AFF);
}
elsif ($i eq "sup_GridRelayStatus") {
($sup_GridRelayStatus,$inv_GRIDRELAY,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51800200, 0x00416400, 0x004164FF);
}
elsif ($i eq "sup_DeviceStatus") {
($sup_DeviceStatus,$inv_STATUS,$inv_susyid,$inv_serial) = SMA_command($hash, $hash->{HOST}, 0x51800200, 0x00214800, 0x002148FF);
}
}
# nothing more to do, just log out
SMA_logout($hash,$hash->{HOST});
# Inverter Laufzeit ermitteln
$irt = tv_interval($ist);
# Aufbau Ergebnis-Array
push(@row_array, "modulstate normal"."\n");
push(@row_array, "opertime_start ".$opertime_start."\n");
push(@row_array, "opertime_stop ".$opertime_stop."\n");
# Durchschnittswerteberechnung Energieerzeugung der letzten 5, 10, 15 Messungen
my ($sum05, $sum10, $sum15);
my $cnt05 = int(300/$interval); # Anzahl der Zyklen innerhalb 5 Minuten
my $cnt10 = int(600/$interval); # Anzahl der Zyklen innerhalb 10 Minuten
my $cnt15 = int(900/$interval); # Anzahl der Zyklen innerhalb 15 Minuten = Summe aller Messzyklen
my $cntsum = $cnt15+1; # Sicherheitszuschlag Summe Anzahl aller Zyklen
my @averagebuf;
if ($sup_TypeLabel && $sup_EnergyProduction && $inv_CLASS eq 8001) {
# only for this block because of warnings if values not set at restart
no warnings 'uninitialized';
if (!$hash->{HELPER}{AVERAGEBUF}) {
for my $count (0..$cntsum) {
# fill with new values
$inv_SPOT_PACTOT = $inv_SPOT_PACTOT?$inv_SPOT_PACTOT:0;
push(@averagebuf, $inv_SPOT_PACTOT);
}
} else {
@averagebuf = split(/,/, $hash->{HELPER}{AVERAGEBUF})
}
# rechtes Element aus average buffer löschen
pop(@averagebuf);
# und links mit neuem Wert füllen
unshift(@averagebuf, $inv_SPOT_PACTOT);
$avg = join(',', @averagebuf);
# calculate average energy and write to array for generate readings
my $k = 1;
my $avgsum = $averagebuf[0];
while ($k < $cntsum) {
$avgsum = $avgsum + $averagebuf[$k] if($averagebuf[$k]);
if ($k == $cnt05) {
$sum05 = $avgsum;
Log3 $name, 5, "$name - CNT05: $cnt05 SUM05: $sum05";
}
if ($k == $cnt10) {
$sum10 = $avgsum;
Log3 $name, 5, "$name - CNT10: $cnt10 SUM10: $sum10";
}
if ($k == $cnt15) {
$sum15 = $avgsum;
Log3 $name, 5, "$name - CNT15: $cnt15 SUM15: $sum15";
}
$k++;
}
my $AvP05 = int( $sum05 / ($cnt05+1) );
my $AvP10 = int( $sum10 / ($cnt10+1) );
my $AvP15 = int( $sum15 / ($cnt15+1) );
Log3 $name, 5, "$name - Content of Averagebuffer:";
Log3 $name, 5, "$name - $avg";
Log3 $name, 5, "$name - avg_power_lastminutes_05 = $AvP05, avg_power_lastminutes_10 = $AvP10, avg_power_lastminutes_15 = $AvP15";
push(@row_array, "avg_power_lastminutes_05 ".$AvP05."\n"); # Average Energy (last) 5 minutes
push(@row_array, "avg_power_lastminutes_10 ".$AvP10."\n"); # Average Energy (last) 10 minutes
push(@row_array, "avg_power_lastminutes_15 ".$AvP15."\n"); # Average Energy (last) 15 minutes
use warnings;
}
if ($sc) { # SBFSpot Kompatibilitätsmodus
if($sup_EnergyProduction) {
push(@row_array, "etotal ".($inv_SPOT_ETOTAL/1000)."\n");
push(@row_array, "etoday ".($inv_SPOT_ETODAY/1000)."\n");
}
if($sup_SpotDCPower) {
push(@row_array, "string_1_pdc ".sprintf("%.3f",$inv_SPOT_PDC1/1000)."\n");
push(@row_array, "string_2_pdc ".sprintf("%.3f",$inv_SPOT_PDC2/1000)."\n");
}
if($sup_SpotACPower) {
push(@row_array, "phase_1_pac ".sprintf("%.3f",$inv_SPOT_PAC1/1000)."\n");
push(@row_array, "phase_2_pac ".sprintf("%.3f",$inv_SPOT_PAC2/1000)."\n");
push(@row_array, "phase_3_pac ".sprintf("%.3f",$inv_SPOT_PAC3/1000)."\n");
}
if($sup_SpotACTotalPower) {
push(@row_array, "total_pac ".sprintf("%.3f",$inv_SPOT_PACTOT/1000)."\n");
push(@row_array, "state ".sprintf("%.3f",$inv_SPOT_PACTOT/1000)."\n");
}
if($sup_ChargeStatus) {
push(@row_array, "chargestatus ".$inv_ChargeStatus."\n");
}
if($inv_CLASS && $inv_CLASS eq 8007) {
if($inv_SPOT_PACTOT < 0) {
push(@row_array, "power_out "."0"."\n");
push(@row_array, "power_in ".(-1 * $inv_SPOT_PACTOT)."\n");
} else {
push(@row_array, "power_out ".$inv_SPOT_PACTOT."\n");
push(@row_array, "power_in "."0"."\n");
}
}
if($detail_level > 0) {
# For Detail Level 1
if($sup_SpotDCVoltage) {
push(@row_array, "string_1_udc ".sprintf("%.2f",$inv_SPOT_UDC1)."\n");
push(@row_array, "string_2_udc ".sprintf("%.2f",$inv_SPOT_UDC2)."\n");
push(@row_array, "string_1_idc ".sprintf("%.3f",$inv_SPOT_IDC1)."\n");
push(@row_array, "string_2_idc ".sprintf("%.3f",$inv_SPOT_IDC2)."\n");
}
if($sup_SpotACVoltage) {
push(@row_array, "phase_1_uac ".sprintf("%.2f",$inv_SPOT_UAC1)."\n");
push(@row_array, "phase_2_uac ".sprintf("%.2f",$inv_SPOT_UAC2)."\n");
push(@row_array, "phase_3_uac ".sprintf("%.2f",$inv_SPOT_UAC3)."\n");
push(@row_array, "phase_1_iac ".sprintf("%.3f",$inv_SPOT_IAC1)."\n");
push(@row_array, "phase_2_iac ".sprintf("%.3f",$inv_SPOT_IAC2)."\n");
push(@row_array, "phase_3_iac ".sprintf("%.3f",$inv_SPOT_IAC3)."\n");
}
if($sup_BatteryInfo) {
push(@row_array, "bat_udc ".$inv_BAT_UDC."\n");
push(@row_array, "bat_idc ".$inv_BAT_IDC."\n");
}
}
if($detail_level > 1) {
# For Detail Level 2
if($sup_BatteryInfo) {
push(@row_array,"bat_cycles ".$inv_BAT_CYCLES."\n");
push(@row_array, "bat_temp ".$inv_BAT_TEMP."\n");
}
if($sup_SpotGridFrequency) {
push(@row_array, "grid_freq. ".sprintf("%.2f",$inv_SPOT_FREQ)."\n");
}
if($sup_TypeLabel) {
push(@row_array, "device_type ".devtype($inv_TYPE)."\n");
push(@row_array, "device_class ".classtype($inv_CLASS)."\n");
push(@row_array, "susyid ".$inv_susyid." - SN: ".$inv_serial."\n") if($inv_susyid && $inv_serial);
push(@row_array, "device_name "."SN: ".$inv_serial."\n") if($inv_serial);
push(@row_array, "serial_number ".$inv_serial."\n") if($inv_serial);
}
if($sup_MaxACPower) {
push(@row_array, "pac_max_phase_1 ".$inv_PACMAX1."\n");
push(@row_array, "pac_max_phase_2 ".$inv_PACMAX2."\n");
push(@row_array, "pac_max_phase_3 ".$inv_PACMAX3."\n");
}
if($sup_MaxACPower2) {
push(@row_array, "pac_max_phase_1_2 ".$inv_PACMAX1_2."\n");
}
if($sup_InverterTemperature) {
push(@row_array, "device_temperature ".sprintf("%.1f",$inv_TEMP)."\n");
}
if($sup_OperationTime) {
push(@row_array, "feed-in_time ".$inv_SPOT_FEEDTM."\n");
push(@row_array, "operation_time ".$inv_SPOT_OPERTM."\n");
}
if($sup_GridRelayStatus) {
push(@row_array, "gridrelay_status ".StatusText($inv_GRIDRELAY)."\n");
}
if($sup_DeviceStatus) {
push(@row_array, "device_status ".StatusText($inv_STATUS)."\n");
}
}
} else { # kein SBFSpot Compatibility Mode
if($sup_EnergyProduction) {
push(@row_array, "SPOT_ETOTAL ".$inv_SPOT_ETOTAL."\n");
push(@row_array, "SPOT_ETODAY ".$inv_SPOT_ETODAY."\n");
}
if($sup_SpotDCPower) {
push(@row_array, "SPOT_PDC1 ".$inv_SPOT_PDC1."\n");
push(@row_array, "SPOT_PDC2 ".$inv_SPOT_PDC2."\n");
}
if($sup_SpotACPower) {
push(@row_array, "SPOT_PAC1 ".$inv_SPOT_PAC1."\n");
push(@row_array, "SPOT_PAC2 ".$inv_SPOT_PAC2."\n");
push(@row_array, "SPOT_PAC3 ".$inv_SPOT_PAC3."\n");
}
if($sup_SpotACTotalPower) {
push(@row_array, "SPOT_PACTOT ".$inv_SPOT_PACTOT."\n");
push(@row_array, "state ".$inv_SPOT_PACTOT."\n");
}
if($sup_ChargeStatus) {
push(@row_array, "ChargeStatus ".$inv_ChargeStatus."\n");
}
if($inv_CLASS && $inv_CLASS eq 8007) {
if($inv_SPOT_PACTOT < 0) {
push(@row_array, "POWER_OUT "."0"."\n");
push(@row_array, "POWER_IN ".(-1 * $inv_SPOT_PACTOT)."\n");
} else {
push(@row_array, "POWER_OUT ".$inv_SPOT_PACTOT."\n");
push(@row_array, "POWER_IN "."0"."\n");
}
}
if($detail_level > 0) {
# For Detail Level 1
if($sup_SpotDCVoltage) {
push(@row_array, "SPOT_UDC1 ".$inv_SPOT_UDC1."\n");
push(@row_array, "SPOT_UDC2 ".$inv_SPOT_UDC2."\n");
push(@row_array, "SPOT_IDC1 ".$inv_SPOT_IDC1."\n");
push(@row_array, "SPOT_IDC2 ".$inv_SPOT_IDC2."\n");
}
if($sup_SpotACVoltage) {
push(@row_array, "SPOT_UAC1 ".$inv_SPOT_UAC1."\n");
push(@row_array, "SPOT_UAC2 ".$inv_SPOT_UAC2."\n");
push(@row_array, "SPOT_UAC3 ".$inv_SPOT_UAC3."\n");
push(@row_array, "SPOT_IAC1 ".$inv_SPOT_IAC1."\n");
push(@row_array, "SPOT_IAC2 ".$inv_SPOT_IAC2."\n");
push(@row_array, "SPOT_IAC3 ".$inv_SPOT_IAC3."\n");
}
if($sup_BatteryInfo) {
push(@row_array, "BAT_UDC ".$inv_BAT_UDC."\n");
push(@row_array, "BAT_IDC ".$inv_BAT_IDC."\n");
}
}
if($detail_level > 1) {
# For Detail Level 2
if($sup_BatteryInfo) {
push(@row_array, "BAT_CYCLES ".$inv_BAT_CYCLES."\n");
push(@row_array, "BAT_TEMP ".$inv_BAT_TEMP."\n");
}
if($sup_SpotGridFrequency) {
push(@row_array, "SPOT_FREQ ".$inv_SPOT_FREQ."\n");
}
if($sup_TypeLabel) {
push(@row_array, "INV_TYPE ".devtype($inv_TYPE)."\n");
push(@row_array, "INV_CLASS ".classtype($inv_CLASS)."\n");
push(@row_array, "SUSyID ".$inv_susyid."\n") if($inv_susyid);
push(@row_array, "Serialnumber ".$inv_serial."\n") if($inv_serial);
}
if($sup_MaxACPower) {
push(@row_array, "INV_PACMAX1 ".$inv_PACMAX1."\n");
push(@row_array, "INV_PACMAX2 ".$inv_PACMAX2."\n");
push(@row_array, "INV_PACMAX3 ".$inv_PACMAX3."\n");
}
if($sup_MaxACPower2) {
push(@row_array, "INV_PACMAX1_2 ".$inv_PACMAX1_2."\n");
}
if($sup_InverterTemperature) {
push(@row_array, "INV_TEMP ".$inv_TEMP."\n");
}
if($sup_OperationTime) {
push(@row_array, "SPOT_FEEDTM ".$inv_SPOT_FEEDTM."\n");
push(@row_array, "SPOT_OPERTM ".$inv_SPOT_OPERTM."\n");
}
if($sup_GridRelayStatus) {
push(@row_array, "INV_GRIDRELAY ".StatusText($inv_GRIDRELAY)."\n");
}
if($sup_DeviceStatus) {
push(@row_array, "INV_STATUS ".StatusText($inv_STATUS)."\n");
}
}
}
} else {
# Login failed/not possible
push(@row_array, "state Login failed"."\n");
push(@row_array, "modulstate login failed"."\n");
}
} else {
# sleepmode at current time and not suppressed
push(@row_array, "modulstate sleep"."\n");
push(@row_array, "opertime_start ".$opertime_start."\n");
push(@row_array, "opertime_stop ".$opertime_stop."\n");
push(@row_array, "state done"."\n");
}
Log3 ($name, 5, "$name -> row_array before encoding:");
foreach my $row (@row_array) {
chomp $row;
Log3 ($name, 5, "$name -> $row");
}
# encoding result
my $rowlist = join('|', @row_array);
$rowlist = encode_base64($rowlist,"");
# Background-Laufzeit ermitteln
$brt = tv_interval($bst);
$rt = ($irt?$irt:'').",".$brt;
Log3 ($name, 4, "$name -> BlockingCall getstatus_DoParse finished");
return "$name|$rowlist|$avg|$rt";
}
###############################################################
# Auswertung non-blocking Inverter Datenabruf
###############################################################
sub getstatus_ParseDone ($) {
my ($string) = @_;
my @a = split("\\|",$string);
my $name = $a[0];
my $hash = $defs{$name};
my $rowlist = decode_base64($a[1]);
$hash->{HELPER}{AVERAGEBUF} = $a[2] if($a[2]);
my $rt = $a[3];
my ($irt,$brt) = split(",", $rt);
Log3 ($name, 4, "$name -> Start BlockingCall getstatus_ParseDone");
# proctime Readings löschen
if(!AttrVal($name, "showproctime", undef)) {
delete($defs{$name}{READINGS}{inverter_processing_time});
delete($defs{$name}{READINGS}{background_processing_time});
} else {
delete($defs{$name}{READINGS}{inverter_processing_time}) if(!$irt);
}
# Get current time
my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime();
$hash->{LASTUPDATE} = sprintf "%02d.%02d.%04d / %02d:%02d:%02d" , $mday , $mon+=1 ,$year+=1900 , $hour , $min , $sec ;
my @row_array = split("\\|", $rowlist);
Log3 ($name, 5, "$name -> row_array after decoding:");
foreach my $row (@row_array) {
chomp $row;
Log3 ($name, 5, "$name -> $row");
}
readingsBeginUpdate($hash);
foreach my $row (@row_array) {
chomp $row;
my @a = split(" ", $row, 2);
readingsBulkUpdate($hash, $a[0], $a[1]);
}
readingsBulkUpdate($hash, "background_processing_time", sprintf("%.4f",$brt)) if(AttrVal($name, "showproctime", undef));
readingsBulkUpdate($hash, "inverter_processing_time", sprintf("%.4f",$irt)) if(AttrVal($name, "showproctime", undef) && $irt);
readingsEndUpdate($hash, 1);
delete($hash->{HELPER}{RUNNING_PID});
Log3 ($name, 4, "$name -> BlockingCall getstatus_ParseDone finished");
return;
}
###############################################################
# Abbruchroutine Timeout Inverter Abfrage
###############################################################
sub SMAI_ParseAborted($) {
my ($hash) = @_;
my $name = $hash->{NAME};
my $discycles = $hash->{HELPER}{FAULTEDCYCLES};
# count of timeouts since module start
$discycles++;
$hash->{HELPER}{FAULTEDCYCLES} = $discycles;
Log3 ($name, 1, "SMAInverter $name -> BlockingCall $hash->{HELPER}{RUNNING_PID}{fn} timed out");
readingsSingleUpdate($hash, "state", "timeout", 1);
delete($hash->{HELPER}{RUNNING_PID});
}
##########################################################################
# SMA Command Execution
##########################################################################
sub SMA_command($$$$$) {
# Parameters: $hash - host - command - first - last
my ($hash,$host,$command,$first,$last) = @_;
my $name = $hash->{NAME};
my $cmdheader = "534D4100000402A00000000100";
my $pktlength = "26"; # length = 38 for data commands
my $esignature = "0010606509A0";
my ($inv_TYPE, $inv_CLASS,
$inv_SPOT_ETODAY, $inv_SPOT_ETOTAL,
$inv_susyid,
$inv_serial,
$inv_SPOT_PDC1, $inv_SPOT_PDC2,
$inv_SPOT_PAC1, $inv_SPOT_PAC2, $inv_SPOT_PAC3, $inv_SPOT_PACTOT,