Hello Community, Victron Staff
I’m looking for the VE.Direct register description/documentation of the VE.Direct output of the blue smart charger 12 | 30. Can any one help me?
Here the list of registers that I found:
/* counter / time seconds? */
case 0x0120: {
// value = CSVEDirect::getU32(ved);
// break;
return true;
}
/* Mode
* value=0 Ladegeraet
* value=11 Spannungsversorgung
*/
case 0x0201: {
value = CSVEDirect::getU8(ved);
break;
}
/*
* value=1 Spannungsversorgung
*/
case 0x0206: {
value = CSVEDirect::getU8(ved);
break;
}
case 0x0207: {
value = CSVEDirect::getU32(ved);
break;
}
/* :A0D200000001E */
case 0x200D: {
value = CSVEDirect::getU16(ved);
break;
}
/* Flags
* b0
* b1 => 0x02 => night mode on
* b2
* b3
* b4
* b5
*/
case 0xE001: {
value = CSVEDirect::getU8(ved);
break;
}
/* night mode 8 hours w/o fan with 15A current
* counter 28800 seconds to 0 seconds
*/
case 0xE002: {
value = CSVEDirect::getU32(ved);
break;
}
case 0xEC41: {
value = CSVEDirect::getU32(ved);
break;
}
/* Re-Bulk-Spannungsoffset (scale / 1000)
* value=11 -> 11mV
*/
case 0xED2E: {
value = CSVEDirect::getU16(ved);
break;
}
/* output voltage - same is 0xEDD5 */
case 0xED8D: {
// value = CSVEDirect::getU16(ved);
// break;
return true;
}
case 0xEDD4: {
value = CSVEDirect::getU8(ved);
break;
}
/* output voltage - same is 0xED8D */
case 0xEDD5: {
// value = CSVEDirect::getU16(ved);
// break;
return true;
}
/* output current scale / 100
* value=3060 or 3070 or 2990
* -> 30.6A or 30.7A or 29.9A
*/
case 0xEDDB: {
value = CSVEDirect::getU16(ved);
break;
}
/* Abschalten bei Temperatur niedrig 5°C
* scale / 100
* value=500
*/
case 0xEDE0: {
value = CSVEDirect::getU16(ved);
break;
}
/* Re-Bulk-Strom (scale x1)
* value=0 -> deactivated
* value=2 -> 2A
*/
case 0xEDE1: {
value = CSVEDirect::getU16(ved);
break;
}
/* Bulk-Spannung
* Ladevoreinstellung 0:
* Voltage => 13.10
* Ladevoreinstellung 1:
* Voltage => 13.10
* Ladevoreinstellung 2:
* Voltage => 13.10
* Ladevoreinstellung 3:
* Voltage => 13.10
* Ladevoreinstellung 4:
* Voltage => 13.40
*/
case 0xEDE2: {
value = CSVEDirect::getU16(ved);
break;
}
/* Dauer der Regenrierung hh:mm scale / 100
* value=100 value=202 -> 2:02
*/
case 0xEDE3: {
value = CSVEDirect::getU16(ved);
break;
}
/* Prozentsatz Strom regenerierung scale x1
* value=3
*/
case 0xEDE4: {
value = CSVEDirect::getU8(ved);
break;
}
/* Stopp-Modus Regenerierung
* 1 = Automatisch, an Spannung
* 0 = Festgelegt
*/
case 0xEDE5: {
value = CSVEDirect::getU8(ved);
break;
}
case 0xEDE6: {
value = CSVEDirect::getU16(ved);
break;
}
/* Schweifstrom scale x1
* value=0 -> deactivated
* value=2 -> 2A
*/
case 0xEDE7: {
value = CSVEDirect::getU16(ved);
break;
}
/* Maximum Strom A scale x10
* current => 150
* current => 300
*/
case 0xEDF0: {
value = CSVEDirect::getU16(ved);
break;
}
/* Ladevoreinstellung
* 0 = Normal
* 1 = Normal + Reginerierung
* 2 = Hoch
* 3 = Hoch + Regenerierung
* 4 = Li-ion
*/
case 0xEDF1: {
value = CSVEDirect::getU8(ved);
break;
}
/* Temperaturkompensation (scale / 100)
* value=0 -> deactivated
* value=-1620 -> -16.20 mV/°C
*/
case 0xEDF2: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* Ladevoreinstellung: 0
* Voltage => 16.20
* Ladevoreinstellung: 1
* Voltage => 16.20
* Ladevoreinstellung: 2
* Voltage => 16.20
* Ladevoreinstellung: 3
* Voltage => 16.20
* Ladevoreinstellung: 4 (Lithium)
* Voltage => 0
*/
case 0xEDF4: {
value = CSVEDirect::getU16(ved);
break;
}
/* Lagerungsspannung (scale / 100)
* Smart Lithium LiFePo4
* Voltage => 13.50
*/
case 0xEDF5: {
value = CSVEDirect::getU16(ved);
break;
}
/* Erhaltungsspannung (scale / 100)
* Smart Lithium LiFePo4
* Voltage => 13.50
*/
case 0xEDF6: {
value = CSVEDirect::getU16(ved);
break;
}
/* Absorptionsspannung (scale / 100)
* Smart Lithium LiFePo4
* Voltage => 14.40
*/
case 0xEDF7: {
value = CSVEDirect::getU16(ved);
break;
}
/* Wiederholte Konstantspannung alle n Tage (scale / 100)
* value=700 or 600
*/
case 0xEDF8: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* value=100
*/
case 0xEDF9: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* value=800
*/
case 0xEDFA: {
value = CSVEDirect::getU16(ved);
break;
}
/* Absorptionsdauer (scale / 100)
*
* Ladevoreinstellung: 1
* value=
* Ladevoreinstellung: 1
* value=
* Ladevoreinstellung: 2
* value=800
* Ladevoreinstellung: 3
* value=800
* Ladevoreinstellung: 4
* value=200
*/
case 0xEDFB: {
value = CSVEDirect::getU16(ved);
break;
}
/* Bulk-Zeitbegrenzung hh:mm (scale / 100)
* value=2400 -> 24:00
*/
case 0xEDFC: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* value => 0
*/
case 0xEDFD: {
value = CSVEDirect::getU8(ved);
break;
}
/* Absorbtionsdauer
* 0 = Fest
* 1 = Adaptiv
*/
case 0xEDFE: {
value = CSVEDirect::getU8(ved);
break;
}
/*
* value=1
*/
case 0xEDFF: {
value = CSVEDirect::getU8(ved);
break;
}
/* always 0xFFFF ?? */
case 0xEE16: {
// value = CSVEDirect::getU16(ved);
// break;
return true;
}
/* reset history */
case 0x1030: {
/* no value */
return true;
}
/* Table */
case 0x1042: {
show = true;
break;
}
/* Table */
case 0x1043: {
show = true;
break;
}
/* Table */
case 0x1070: {
show = true;
break;
}
/* -----------------------------
* Smart Network created
* ----------------------------- */
/*
* :A14EC00436172494F534A
*/
case 0xEC14: {
show = true;
break;
}
/*
* :A12EC004DCF 31
*/
case 0xEC12: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* :A13EC00E3C841BD37E9CFB9AF1BF5DD1E9F0EFE96
*/
case 0xEC13: {
show = true;
break;
}
/*
* :A012000000525
*/
case 0x2001: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* :A0720000000000024
*/
case 0x2007: {
value = CSVEDirect::getU32(ved);
break;
}
/*
* :A082000000023
*/
case 0x2008: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* :A0920000022
*/
case 0x2009: {
value = CSVEDirect::getU8(ved);
break;
}
/* ???
* value=200
* :A422000C80021
*/
case 0x2042: {
value = CSVEDirect::getU16(ved);
break;
}
/*
* :A0C2000FF20
*/
case 0x200C: {
value = CSVEDirect::getU8(ved);
break;
}
/* Unix timestamp ??
* :A132000FFFFFF7F9C
*/
case 0x2013: {
value = CSVEDirect::getU32(ved);
break;
}
/* :A0E200021FC
*
* value=33
* value=1 -> Ladegeraet
*/
case 0x200E: {
value = CSVEDirect::getU8(ved);
break;
}
/* :A30EC00012E */
case 0xEC30: {
show = true;
break;
}
/* :A31EC00018396F49930A300FF4203007FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF7FFFFFFFFF85 */
case 0xEC31: {
show = true;
break;
}
/* :A16EC000445 */
case 0xEC16: {
value = CSVEDirect::getU8(ved);
break;
}
/* :A20EC00ECEDFFFFFFFFFFFF8DEDFFFFFFFFFFFF8CEDFFFFFFFFFFFF3EECFFFFFFFFFFFF61 */
case 0xEC20: {
show = true;
break;
}
/* :A15EC00004A */
case 0xEC15: {
value = CSVEDirect::getU8(ved);
break;
}
/*
* value=3
*
* :A8FED000100CE */
case 0xED8F: {
value = CSVEDirect::getU8(ved);
break;
}
/* Output Load Current (scale / 1000)
* value=450 -> 450mA -> 0.45A */
case 0xED8C: {
value = CSVEDirect::getU32(ved);
break;
}
/* Work Mode
* 1 =
* 2 =
* 3 =
* 4 = Absorption
* 5 =
*/
case 0xEDD7: {
value = CSVEDirect::getU16(ved);
break;
}
/* Output Voltage Spannungsversorgung (scale / 100)
* value=1280 -> 12.80V
*/
case 0xEDE9: {
value = CSVEDirect::getU16(ved);
break;
}
/* Re-Bulk Methode
* 0 = Spannung
* 1 = Konstantstrom
*/
case 0xEE17: {
value = CSVEDirect::getU8(ved);
break;
}