Registry

This page lists all known OIDs for use with a device by RCT Power GmbH. With the protocol only specifying the length of the OID as four bytes, it is an implementation detail of the particular application. This list here is bundled with the application, as interfacing with vendor devices is its main use-case. If you were to implement your own application, you'd simply define your own OIDs and use them instead of the bundled ones.

The registry as part of the library is a data structure that maintains a list of all known ObjectInfo. It is implemented as Registry, please head to the API documentation for means to query it for object ID information. As the registry is a heavy object, it is maintained as an instance REGISTRY in the registry module and can be imported where needed.

The following list is a complete index of all the object IDs currently maintained by the registry for use with official vendor devices.

acc_conv

OID	Request Type	Response Type	Unit	Name	Description
0xAFDD6CF	FLOAT	FLOAT	A	acc_conv.i_acc_lp_fast	Battery current
0xB0FA4D23	FLOAT	FLOAT	A	acc_conv.i_charge_max	Max. battery converter charge current
0xB408E40A	FLOAT	FLOAT		acc_conv.i_acc_lp_slow
0xC642B9D6	FLOAT	FLOAT	A	acc_conv.i_discharge_max	Max. battery converter discharge current
0xD9F9F35B	UINT8	UINT8		acc_conv.state_slow
0xE3F4D1DF	FLOAT	FLOAT	A	acc_conv.i_max	Max. battery converter current

adc

OID	Request Type	Response Type	Unit	Name	Description
0x7C61FAD	UINT16	UINT16	V	adc.u_ref_1_5v[0]	Reference voltage 1
0x16B28CCA	UINT16	UINT16	V	adc.u_ref_1_5v[1]	Reference voltage 2
0x508FCE78	UINT16	UINT16	V	adc.u_ref_1_5v[3]	Reference voltage 4
0x715C84A1	UINT16	UINT16	V	adc.u_ref_1_5v[2]	Reference voltage 3
0xB84FDCF9	FLOAT	FLOAT	V	adc.u_acc	Battery voltage (inverter)

bat_mng_struct

OID	Request Type	Response Type	Unit	Name	Description
0x3B0C6A53	STRING	STRING		bat_mng_struct.profile_pdc_max
0x3E25C391	FLOAT	FLOAT		bat_mng_struct.bat_calib_soc_thresh	Part of max historical SOC for battery calibration in advance
0x9DC927AA	UNKNOWN	UNKNOWN		bat_mng_struct.profile_load
0xB2FB9A90	FLOAT	FLOAT		bat_mng_struct.k_trust	How fast the actual prediction can be trusted [0..10]
0xDE68F62D	STRING	STRING		bat_mng_struct.profile_pext
0xDF6EA121	STRING	STRING		bat_mng_struct.profile_pdc
0xF0A03A20	FLOAT	FLOAT		bat_mng_struct.k	Forecast correction
0xF644DCA7	FLOAT	FLOAT		bat_mng_struct.k_reserve	Main reservation coefficient [0..2]
0xFB57BA65	STRING	STRING		bat_mng_struct.count
0xFC5AA529	FLOAT	FLOAT		bat_mng_struct.bat_calib_soc_threshold	SOC threshold for battery calibration in advance

battery

OID	Request Type	Response Type	Unit	Name	Description
0x1676FA6	UNKNOWN	UNKNOWN		battery.cells_stat[3]
0x3D9C51F	FLOAT	FLOAT		battery.cells_stat[0].u_max.value
0x56162CA	UINT32	UINT32		battery.cells_stat[4].u_min.time
0x56417DF	UINT8	UINT8		battery.cells_stat[3].t_max.index
0x64A60FE	UINT8	UINT8		battery.cells_stat[4].t_max.index
0x6A9FFA2	FLOAT	FLOAT	Ah	battery.charged_amp_hours	Total charge flow into battery
0x77692DE	UINT8	UINT8		battery.cells_stat[4].u_max.index
0x86C75B0	UINT32	UINT32		battery.stack_software_version[3]	Software version stack 3
0x9923C1E	UINT8	UINT8		battery.cells_stat[3].t_min.index
0xCFA8BC4	UINT16	UINT16		battery.stack_cycles[1]
0xDACF21B	UNKNOWN	UNKNOWN		battery.cells_stat[4]
0xDE3D20D	INT32	INT32		battery.status2	Battery extra status
0xEF60C7E	FLOAT	FLOAT		battery.cells_stat[3].u_max.value
0x120EC3B4	UINT8	UINT8		battery.cells_stat[4].u_min.index
0x1348AB07	UNKNOWN	UNKNOWN		battery.cells[4]
0x162491E8	STRING	STRING		battery.module_sn[5]	Module 5 Serial Number
0x16A1F844	STRING	STRING		battery.bms_sn	BMS Serial Number
0x18D1E9E0	UINT8	UINT8		battery.cells_stat[5].u_max.index
0x18F98B6D	FLOAT	FLOAT		battery.cells_stat[3].u_min.value
0x1B39A3A3	UINT32	UINT32		battery.bms_power_version	Software version BMS Power
0x1E5FCA70	FLOAT	FLOAT	A	battery.maximum_charge_current	Max. charge current
0x1F73B6A4	UINT32	UINT32		battery.cells_stat[3].t_max.time
0x21961B58	FLOAT	FLOAT	A	battery.current	Battery current
0x23E55DA0	UNKNOWN	UNKNOWN		battery.cells_stat[5]
0x257B5945	UINT8	UINT8		battery.cells_stat[2].u_min.index
0x257B7612	STRING	STRING		battery.module_sn[3]	Module 3 Serial Number
0x26363AAE	UINT8	UINT8		battery.cells_stat[1].t_max.index
0x265EACF6	UINT32	UINT32		battery.cells_stat[2].t_max.time
0x27C39CEA	UINT16	UINT16		battery.stack_cycles[6]
0x2A30A97E	UINT16	UINT16		battery.stack_cycles[5]
0x2AACCAA7	FLOAT	FLOAT		battery.max_cell_voltage
0x2BC1E72B	FLOAT	FLOAT	Ah	battery.discharged_amp_hours	Total charge flow from battery
0x331D0689	FLOAT	FLOAT		battery.cells_stat[2].t_max.value
0x336415EA	UINT32	UINT32		battery.cells_stat[0].t_max.time
0x34A164E7	UNKNOWN	UNKNOWN		battery.cells_stat[0]
0x34E33726	UINT8	UINT8		battery.cells_stat[2].u_max.index
0x3503B92D	UINT32	UINT32		battery.cells_stat[3].u_max.time
0x381B8BF9	FLOAT	FLOAT	%	battery.soh	SOH (State of Health)
0x3A7D5F53	FLOAT	FLOAT		battery.cells_stat[1].u_max.value
0x3BA1B77B	FLOAT	FLOAT		battery.cells_stat[3].t_min.value
0x3F98F58A	UINT8	UINT8		battery.cells_stat[5].t_max.index
0x40FF01B7	UNKNOWN	UNKNOWN		battery.cells[6]
0x41B11ECF	UINT8	UINT8		battery.cells_stat[3].u_min.index
0x428CCF46	FLOAT	FLOAT		battery.cells_stat[5].u_min.value
0x442A3409	UINT32	UINT32		battery.cells_stat[4].t_min.time
0x4443C661	UINT8	UINT8		battery.cells_stat[0].t_max.index
0x4B51A539	STRING	STRING		battery.prog_sn
0x4CB7C0DC	FLOAT	FLOAT		battery.min_cell_voltage
0x4D985F33	FLOAT	FLOAT		battery.cells_stat[5].u_max.value
0x4E04DD55	FLOAT	FLOAT		battery.soc_update_since
0x4E699086	STRING	STRING		battery.module_sn[4]	Module 4 Serial Number
0x501A162D	STRING	STRING		battery.cells_resist[5]
0x50514732	UINT8	UINT8		battery.cells_stat[6].u_min.index
0x518C7BBE	UINT32	UINT32		battery.cells_stat[5].u_min.time
0x537C719F	FLOAT	FLOAT		battery.cells_stat[0].t_max.value
0x5570401B	FLOAT	FLOAT	Wh	battery.stored_energy	Total energy flow into battery
0x55DDF7BA	FLOAT	FLOAT		battery.max_cell_temperature
0x5847E59E	FLOAT	FLOAT	V	battery.maximum_charge_voltage_constant_u	Max. charge voltage
0x5939EC5D	STRING	STRING		battery.module_sn[6]	Module 6 Serial Number
0x5A120CE4	UINT32	UINT32		battery.cells_stat[1].t_max.time
0x5A9EEFF0	UINT16	UINT16		battery.stack_cycles[4]
0x5AF50FD7	FLOAT	FLOAT		battery.cells_stat[4].t_min.value
0x5BA122A5	UINT16	UINT16		battery.stack_cycles[2]
0x60749E5E	UINT32	UINT32		battery.cells_stat[6].u_min.time
0x61EAC702	FLOAT	FLOAT		battery.cells_stat[0].t_min.value
0x6213589B	FLOAT	FLOAT		battery.cells_stat[6].u_min.value
0x62D645D9	UNKNOWN	UNKNOWN		battery.cells[5]
0x6388556C	UINT32	UINT32		battery.stack_software_version[0]	Software version stack 0
0x6445D856	UINT8	UINT8		battery.cells_stat[1].u_min.index
0x649B10DA	STRING	STRING		battery.cells_resist[0]
0x65EED11B	FLOAT	FLOAT	V	battery.voltage	Battery voltage
0x6974798A	UINT32	UINT32		battery.stack_software_version[6]	Software version stack 6
0x69B8FF28	UNKNOWN	UNKNOWN		battery.cells[2]
0x6DB1FDDC	FLOAT	FLOAT		battery.cells_stat[4].u_min.value
0x6E24632E	UINT32	UINT32		battery.cells_stat[5].u_max.time
0x6E491B50	FLOAT	FLOAT	V	battery.maximum_charge_voltage	Max. charge voltage
0x70349444	UINT8	UINT8		battery.cells_stat[1].t_min.index
0x70A2AF4F	INT32	INT32		battery.bat_status	Current battery status (bitfield)
0x71196579	UINT8	UINT8		battery.cells_stat[5].t_min.index
0x71765BD8	INT32	INT32		battery.status	Battery status
0x71CB0B57	STRING	STRING		battery.cells_resist[1]
0x7268CE4D	UINT32	UINT32		battery.inv_cmd
0x73489528	STRING	STRING		battery.module_sn[2]	Module 2 Serial Number
0x74FD4609	UNKNOWN	UNKNOWN		battery.cells_stat[2]
0x770A6E7C	UINT8	UINT8		battery.cells_stat[0].u_max.index
0x7E590128	UINT32	UINT32		battery.cells_stat[0].u_max.time
0x7F42BB82	UINT8	UINT8		battery.cells_stat[6].u_max.index
0x7FF6252C	UINT32	UINT32		battery.cells_stat[5].t_max.time
0x804A3266	FLOAT	FLOAT		battery.cells_stat[6].u_max.value
0x8160539D	FLOAT	FLOAT		battery.cells_stat[4].t_max.value
0x885BB57E	FLOAT	FLOAT		battery.cells_stat[6].t_min.value
0x889DC27F	FLOAT	FLOAT		battery.cells_stat[0].u_min.value
0x88BBF8CB	FLOAT	FLOAT		battery.cells_stat[5].t_min.value
0x89B25F4B	UINT16	UINT16		battery.stack_cycles[3]
0x8B9FF008	FLOAT	FLOAT	%	battery.soc_target	Target SOC
0x8BB08839	UINT32	UINT32		battery.cells_stat[6].t_min.time
0x8DFFDD33	UINT32	UINT32		battery.cells_stat[3].u_min.time
0x8EC23427	UINT32	UINT32		battery.cells_stat[4].u_max.time
0x8EF6FBBD	UNKNOWN	UNKNOWN		battery.cells[1]
0x8EF9C9B8	UINT32	UINT32		battery.cells_stat[6].t_max.time
0x902AFAFB	FLOAT	FLOAT	°C	battery.temperature	Battery temperature
0x90832471	UINT32	UINT32		battery.cells_stat[1].u_max.time
0x91C325D9	UINT32	UINT32		battery.cells_stat[0].t_min.time
0x91FB68CD	FLOAT	FLOAT		battery.cells_stat[6].t_max.value
0x959930BF	FLOAT	FLOAT	%	battery.soc	SOC (State of charge)
0x99396810	STRING	STRING		battery.module_sn[1]	Module 1 Serial Number
0x993C06F6	STRING	STRING		battery.cells_resist[3]
0x9D785E8C	UINT32	UINT32		battery.bms_software_version	Software version BMS Master
0x9E314430	UINT32	UINT32		battery.cells_stat[2].u_max.time
0xA10D9A4B	FLOAT	FLOAT		battery.min_cell_temperature
0xA3E48B21	FLOAT	FLOAT		battery.cells_stat[2].t_min.value
0xA40906BF	UINT32	UINT32		battery.stack_software_version[4]	Software version stack 4
0xA54C4685	UINT32	UINT32		battery.stack_software_version[1]	Software version stack 1
0xA616B022	FLOAT	FLOAT		battery.soc_target_low	SOC target low
0xA6871A4D	UINT8	UINT8		battery.cells_stat[4].t_min.index
0xA6C4FD4A	UINT16	UINT16		battery.stack_cycles[0]
0xA7DBD28C	UINT8	UINT8		battery.cells_stat[2].t_max.index
0xA7FE5C0C	UINT8	UINT8		battery.cells_stat[2].t_min.index
0xA9033880	FLOAT	FLOAT	Wh	battery.used_energy	Total energy flow from battery
0xAACAC898	UINT32	UINT32		battery.cells_stat[4].t_max.time
0xACF7666B	FLOAT	FLOAT		battery.efficiency	Battery efficiency (used energy / stored energy)
0xB0EBE75A	FLOAT	FLOAT	V	battery.minimum_discharge_voltage	Min. discharge voltage
0xB4E053D4	FLOAT	FLOAT		battery.cells_stat[1].u_min.value
0xB57B59BD	FLOAT	FLOAT	Ah	battery.ah_capacity	Battery capacity
0xB81FB399	UINT32	UINT32		battery.cells_stat[2].u_min.time
0xB84A38AB	FLOAT	FLOAT		battery.soc_target_high	SOC target high
0xB9E09F78	UINT8	UINT8		battery.cells_stat[5].u_min.index
0xBB302278	UINT32	UINT32		battery.cells_stat[1].t_min.time
0xBDE3BF0A	UINT8	UINT8		battery.cells_stat[6].t_max.index
0xC0680302	UINT32	UINT32		battery.cells_stat[2].t_min.time
0xC0DF2978	INT32	INT32		battery.cycles	Battery charge / discharge cycles
0xC42F5807	UINT8	UINT8		battery.cells_stat[1].u_max.index
0xC6DA81A0	UINT32	UINT32		battery.cells_stat[6].u_max.time
0xC8609C8E	UNKNOWN	UNKNOWN		battery.cells[3]
0xC88EB032	UINT32	UINT32		battery.cells_stat[0].u_min.time
0xC8BA1729	UINT32	UINT32		battery.stack_software_version[2]	Software version stack 2
0xD0C47326	FLOAT	FLOAT		battery.cells_stat[1].t_min.value
0xD60E7A2F	UINT32	UINT32		battery.cells_stat[1].u_min.time
0xDD5930A2	UINT8	UINT8		battery.cells_stat[0].t_min.index
0xDE9CBCB0	FLOAT	FLOAT		battery.cells_stat[5].t_max.value
0xDEE1957F	STRING	STRING		battery.cells_resist[4]
0xDF0A735C	FLOAT	FLOAT	A	battery.maximum_discharge_current	Max. discharge current
0xDFF966E3	UINT8	UINT8		battery.cells_stat[6].t_min.index
0xE7177DEE	FLOAT	FLOAT		battery.cells_stat[2].u_max.value
0xE7B0E692	FLOAT	FLOAT		battery.bat_impedance.impedance_fine	Battery circuit impedance
0xEA77252E	FLOAT	FLOAT	V	battery.minimum_discharge_voltage_constant_u	Min. discharge voltage
0xEB4C2597	STRING	STRING		battery.cells_resist[6]
0xEEA3F59B	UINT32	UINT32		battery.stack_software_version[5]	Software version stack 5
0xEECDFEFC	FLOAT	FLOAT		battery.cells_stat[2].u_min.value
0xEFD3EC8A	UINT32	UINT32		battery.cells_stat[5].t_min.time
0xF044EDA0	FLOAT	FLOAT		battery.cells_stat[3].t_max.value
0xF257D342	FLOAT	FLOAT		battery.cells_stat[1].t_max.value
0xF3FD8CE6	STRING	STRING		battery.cells_resist[2]
0xF54BC06D	FLOAT	FLOAT		battery.cells_stat[4].u_max.value
0xF8C0D255	UNKNOWN	UNKNOWN		battery.cells[0]
0xF99E8CC8	UNKNOWN	UNKNOWN		battery.cells_stat[6]
0xFA3276DC	UINT32	UINT32		battery.cells_stat[3].t_min.time
0xFB796780	UNKNOWN	UNKNOWN		battery.cells_stat[1]
0xFBF6D834	STRING	STRING		battery.module_sn[0]	Module 0 Serial Number
0xFDBD9EE9	UINT8	UINT8		battery.cells_stat[3].u_max.index
0xFE44BA26	UINT8	UINT8		battery.cells_stat[0].u_min.index

buf_v_control

OID	Request Type	Response Type	Unit	Name	Description
0x4BC0F974	FLOAT	FLOAT	Wp	buf_v_control.power_reduction_max_solar	Solar plant peak power
0xF473BC5E	FLOAT	FLOAT	W	buf_v_control.power_reduction_max_solar_grid	Max. allowed grid feed-in power
0xFE1AA500	FLOAT	FLOAT		buf_v_control.power_reduction	External power reduction based on solar plant peak power [0..1]

can_bus

OID	Request Type	Response Type	Unit	Name	Description
0x4539A6D4	UINT32	UINT32		can_bus.bms_update_response[0]
0x69AA598A	INT32	INT32		can_bus.requested_id
0x7A67E33B	UINT32	UINT32		can_bus.bms_update_response[1]
0x96629BB9	UINT8	UINT8		can_bus.bms_update_state
0xBD4147B0	UINT32	UINT32		can_bus.set_cell_resist
0xD143A391	UINT32	UINT32		can_bus.set_cell_v_t

cs_map

OID	Request Type	Response Type	Unit	Name	Description
0x6D5318C8	UINT8	UINT8		cs_map[1]	Associate current sensor 1 with phase L
0xD451EF88	UINT8	UINT8		cs_map[2]	Associate current sensor 2 with phase L
0xE0E16E63	UINT8	UINT8		cs_map[0]	Associate current sensor 0 with phase L

cs_neg

OID	Request Type	Response Type	Unit	Name	Description
0x19C0B60	FLOAT	FLOAT		cs_neg[2]	Multiply value of the current sensor 2 by
0x4C12C4C7	FLOAT	FLOAT		cs_neg[1]	Multiply value of the current sensor 1 by
0x82258C01	FLOAT	FLOAT		cs_neg[0]	Multiply value of the current sensor 0 by

db

OID	Request Type	Response Type	Unit	Name	Description
0x16AF2A92	FLOAT	FLOAT		db.power_board.Current_Mean
0x17E3AF97	FLOAT	FLOAT		db.power_board.adc_p9V_meas
0x1F9CBBF2	FLOAT	FLOAT		db.power_board.Calibr_Value_Mean
0x2ED89924	FLOAT	FLOAT	s	db.power_board.afi_t300	AFI 300 mA switching off time
0x383A3614	FLOAT	FLOAT	A	db.power_board.afi_i60	AFI 60 mA threshold
0x3EFEB931	UINT16	UINT16		db.power_board.relays_state
0x43FF47C3	FLOAT	FLOAT	s	db.power_board.afi_t60	AFI 60 mA switching off time
0x4F735D10	FLOAT	FLOAT	°C	db.temp2	Heat sink (battery actuator) temperature
0x5CD75669	FLOAT	FLOAT	s	db.power_board.afi_t150	AFI 150 mA switching off time
0x6279F2A3	UINT32	UINT32		db.power_board.version_boot	PIC bootloader software version
0x6BA10831	FLOAT	FLOAT	A	db.power_board.afi_i30	AFI 30 mA threshold
0x6FB2E2BF	FLOAT	FLOAT	A	db.power_board.afi_i150	AFI 150 mA threshold
0x742966A6	FLOAT	FLOAT	A	db.power_board.afi_i300	AFI 300 mA threshold
0x7DA7D8B6	UINT32	UINT32		db.power_board.version_main	PIC software version
0x80835476	FLOAT	FLOAT		db.power_board.adc_p5V_W_meas
0x9981F1AC	FLOAT	FLOAT		db.power_board.adc_m9V_meas
0xB0307591	UINT16	UINT16		db.power_board.status	Power board status
0xB69171C4	FLOAT	FLOAT		db.power_board.Current_AC_RMS
0xC0B7C4D2	FLOAT	FLOAT	s	db.power_board.afi_t30	AFI 30 mA switching off time
0xC24E85D0	FLOAT	FLOAT	°C	db.core_temp	Core temperature
0xDFB53AF3	FLOAT	FLOAT		db.power_board.Current_Mean_Mean_AC
0xF0527539	FLOAT	FLOAT		db.power_board.adc_p3V3_meas
0xF79D41D9	FLOAT	FLOAT	°C	db.temp1	Heat sink temperature

dc_conv

OID	Request Type	Response Type	Unit	Name	Description
0xCB5D21B	FLOAT	FLOAT	W	dc_conv.dc_conv_struct[1].p_dc_lp	Solar generator B power
0x226A23A4	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[0].u_target	MPP on input A
0x4AE96C12	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[1].mpp.mpp_step	MPP search step on input B
0x5BB8075A	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[1].u_sg_lp	Solar generator B voltage
0x5E942C62	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[1].mpp.fixed_voltage	Fixed voltage Solar generator B
0x62B8940B	FLOAT	FLOAT	V	dc_conv.start_voltage	Inverter DC-voltage start value
0x6476A836	BOOL	BOOL		dc_conv.dc_conv_struct[0].mpp.enable_scan	Enable rescan for global MPP on solar generator A
0x675776B1	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[1].u_target	MPP on input B
0x701A0482	BOOL	BOOL		dc_conv.dc_conv_struct[0].enabled	Solar generator A connected
0x8DD1C728	BOOL	BOOL		dc_conv.dc_conv_struct[1].mpp.enable_scan	Enable rescan for global MPP on solar generator B
0x9E1A88F5	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[0].mpp.fixed_voltage	Fixed voltage Solar generator A
0xAA9AA253	FLOAT	FLOAT	W	dc_conv.dc_conv_struct[1].p_dc	Solar generator B power
0xB298395D	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[0].u_sg_lp	Solar generator A voltage
0xB5317B78	FLOAT	FLOAT	W	dc_conv.dc_conv_struct[0].p_dc	Solar generator A power
0xB836B50C	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[1].rescan_correction	Last global rescan MPP correction on input B
0xBA8B8515	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[0].mpp.mpp_step	MPP search step on input A
0xDB11855B	FLOAT	FLOAT	W	dc_conv.dc_conv_struct[0].p_dc_lp	Solar generator A power
0xDB45ABD0	FLOAT	FLOAT	V	dc_conv.dc_conv_struct[0].rescan_correction	Last global rescan MPP correction on input A
0xF87A2A1E	UINT32	UINT32		dc_conv.last_rescan	Last global rescan
0xFED51BD2	BOOL	BOOL		dc_conv.dc_conv_struct[1].enabled	Solar generator B connected

display_struct

OID	Request Type	Response Type	Unit	Name	Description
0x29BDA75F	UINT8	UINT8		display_struct.brightness	Display brightness, [0..255]
0x67BF3003	BOOL	BOOL		display_struct.display_dir	Rotate display
0x8EC4116E	BOOL	BOOL		display_struct.blink	Display blinking enable
0xC1D051EC	UINT8	UINT8		display_struct.variate_contrast	Display pixel test mode
0xF247BB16	UINT8	UINT8		display_struct.contrast	Display contrast

energy

OID	Request Type	Response Type	Unit	Name	Description
0x31A6110	FLOAT	FLOAT	Wh	energy.e_ext_month	External month energy
0xC588B75	FLOAT	FLOAT		energy.e_ext_day_sum
0xF28E2E1	FLOAT	FLOAT		energy.e_ext_total_sum
0x10970E9D	FLOAT	FLOAT	Wh	energy.e_ac_month	Month energy
0x126ABC86	FLOAT	FLOAT	Wh	energy.e_grid_load_month	Month energy grid load
0x1BFA5A33	FLOAT	FLOAT		energy.e_grid_load_total_sum
0x21E1A802	FLOAT	FLOAT		energy.e_dc_month_sum[1]
0x241F1F98	FLOAT	FLOAT		energy.e_dc_day_sum[1]
0x26EFFC2F	FLOAT	FLOAT	Wh	energy.e_grid_feed_year	Year energy grid feed-in
0x27C828F4	FLOAT	FLOAT		energy.e_grid_feed_total_sum
0x2AE703F2	FLOAT	FLOAT	Wh	energy.e_dc_day[0]	Solar generator A day energy
0x2F3C1D7D	FLOAT	FLOAT	Wh	energy.e_load_day	Household day energy
0x3A873343	FLOAT	FLOAT		energy.e_ac_day_sum
0x3A9D2680	FLOAT	FLOAT		energy.e_ext_year_sum
0x3C87C4F5	FLOAT	FLOAT	Wh	energy.e_grid_feed_day	Day energy grid feed-in
0x44D4C533	FLOAT	FLOAT	Wh	energy.e_grid_feed_total	Total energy grid feed-in
0x495BF0B6	FLOAT	FLOAT		energy.e_dc_year_sum[0]
0x4BE02BB7	FLOAT	FLOAT		energy.e_load_day_sum
0x4EE8DB78	FLOAT	FLOAT		energy.e_load_year_sum
0x62FBE7DC	FLOAT	FLOAT	Wh	energy.e_grid_load_total	Total energy grid load
0x65B624AB	FLOAT	FLOAT	Wh	energy.e_grid_feed_month	Month energy grid feed-in
0x6709A2F4	FLOAT	FLOAT		energy.e_ac_year_sum
0x68EEFD3D	FLOAT	FLOAT	Wh	energy.e_dc_total[1]	Solar generator B total energy
0x6CFCD774	FLOAT	FLOAT		energy.e_dc_year_sum[1]
0x6FF4BD55	FLOAT	FLOAT		energy.e_ext_month_sum
0x79C0A724	FLOAT	FLOAT		energy.e_ac_total_sum
0x7AB9B045	FLOAT	FLOAT	Wh	energy.e_dc_month[1]	Solar generator B month energy
0x7E096024	FLOAT	FLOAT		energy.e_load_total_sum
0x812E5ADD	FLOAT	FLOAT		energy.e_dc_total_sum[1]
0x81AE960B	FLOAT	FLOAT	Wh	energy.e_dc_month[0]	Solar generator A month energy
0x84ABE3D8	FLOAT	FLOAT		energy.e_grid_feed_year_sum
0x867DEF7D	FLOAT	FLOAT	Wh	energy.e_grid_load_day	Day energy grid load
0x917E3622	FLOAT	FLOAT	Wh	energy.e_ext_year	External year energy
0xA12BE39C	FLOAT	FLOAT		energy.e_load_month_sum
0xA5341F4A	FLOAT	FLOAT		energy.e_grid_feed_month_sum
0xA59C8428	FLOAT	FLOAT	Wh	energy.e_ext_total	External total energy
0xAF64D0FE	FLOAT	FLOAT	Wh	energy.e_dc_year[0]	Solar generator A year energy
0xB1EF67CE	FLOAT	FLOAT	Wh	energy.e_ac_total	Total energy
0xB7B2967F	FLOAT	FLOAT		energy.e_dc_total_sum[0]
0xB9A026F9	FLOAT	FLOAT	Wh	energy.e_ext_day	External day energy
0xBD55905F	FLOAT	FLOAT	Wh	energy.e_ac_day	Day energy
0xBD55D796	FLOAT	FLOAT	Wh	energy.e_dc_year[1]	Solar generator B year energy
0xC0CC81B6	FLOAT	FLOAT	Wh	energy.e_ac_year	Year energy
0xC7D3B479	FLOAT	FLOAT	Wh	energy.e_load_year	Household year energy
0xC9D76279	FLOAT	FLOAT		energy.e_dc_day_sum[0]
0xD9D66B76	FLOAT	FLOAT		energy.e_grid_load_year_sum
0xDA207111	FLOAT	FLOAT		energy.e_grid_load_month_sum
0xDE17F021	FLOAT	FLOAT	Wh	energy.e_grid_load_year	Year energy grid load
0xEAEEB3CA	FLOAT	FLOAT		energy.e_dc_month_sum[0]
0xEFF4B537	FLOAT	FLOAT	Wh	energy.e_load_total	Household total energy
0xF0BE6429	FLOAT	FLOAT	Wh	energy.e_load_month	Household month energy
0xFBF3CE97	FLOAT	FLOAT	Wh	energy.e_dc_day[1]	Solar generator B day energy
0xFBF8D63C	FLOAT	FLOAT		energy.e_grid_load_day_sum
0xFC1C614E	FLOAT	FLOAT		energy.e_ac_month_sum
0xFC724A9E	FLOAT	FLOAT	Wh	energy.e_dc_total[0]	Solar generator A total energy
0xFDB81124	FLOAT	FLOAT		energy.e_grid_feed_day_sum

fault

OID	Request Type	Response Type	Unit	Name	Description
0x234B4736	UINT32	UINT32		fault[1].flt	Error bit field 2
0x37F9D5CA	UINT32	UINT32		fault[0].flt	Error bit field 1
0x3B7FCD47	UINT32	UINT32		fault[2].flt	Error bit field 3
0x7F813D73	UINT32	UINT32		fault[3].flt	Error bit field 4

flash_param

OID	Request Type	Response Type	Unit	Name	Description
0x43F16F7E	UINT16	UINT16		flash_state	Flash state
0x46892579	UINT32	UINT32		flash_param.write_cycles	Write cycles of flash parameters
0x65A44A98	STRING	STRING		flash_mem
0x96E32D11	UINT32	UINT32		flash_param.erase_cycles	Erase cycles of flash parameter
0xB238942F	INT16	INT16		last_successfull_flash_op
0xE63A3529	UINT16	UINT16		flash_result	Flash result

flash_rtc

OID	Request Type	Response Type	Unit	Name	Description
0xE0505B4	UINT32	UINT32		flash_rtc.time_stamp_set	Set date/time
0x2266DCB8	FLOAT	FLOAT	ppm	flash_rtc.rtc_mcc_quartz_max_diff	Maximum allowed quartz frequency difference between RTC and Microcontroller
0x3903A5E9	BOOL	BOOL		flash_rtc.flag_time_auto_switch	Automatically adjust clock for daylight saving time
0x4E0C56F2	FLOAT	FLOAT	ppm	flash_rtc.rtc_mcc_quartz_ppm_difference	Quartz frequency difference between RTC and Microcontroller
0x7301A5A7	UINT32	UINT32		flash_rtc.time_stamp_factory	Production date
0xD166D94D	UINT32	UINT32		flash_rtc.time_stamp	Actual date/time
0xDD90A328	UINT32	UINT32		flash_rtc.time_stamp_update	Last update date

grid_lt

OID	Request Type	Response Type	Unit	Name	Description
0x3A3050E6	FLOAT	FLOAT	V	grid_lt.threshold	Max. voltage
0x9061EA7B	FLOAT	FLOAT		grid_lt.granularity	Resolution
0xD9E721A5	FLOAT	FLOAT		grid_lt.timeframe	Timeframe

grid_mon

OID	Request Type	Response Type	Unit	Name	Description
0x16109E1	FLOAT	FLOAT	s	grid_mon[0].u_over.time	Max. voltage switch-off time level 1
0x3044195F	FLOAT	FLOAT	s	grid_mon[1].u_under.time	Min. voltage switch-off time level 2
0x3CB1EF01	FLOAT	FLOAT	V	grid_mon[0].u_under.threshold	Min. voltage level 1
0x3E722B43	FLOAT	FLOAT	Hz	grid_mon[1].f_under.threshold	Min. frequency level 2
0x5438B68E	FLOAT	FLOAT	V	grid_mon[1].u_over.threshold	Max. voltage level 2
0x70E28322	FLOAT	FLOAT	s	grid_mon[0].f_under.time	Min. frequency switch-off time level 1
0x82CD1525	FLOAT	FLOAT	V	grid_mon[1].u_under.threshold	Min. voltage level 2
0x915CD4A4	FLOAT	FLOAT	Hz	grid_mon[1].f_over.threshold	Max. frequency level 2
0x933F9A24	FLOAT	FLOAT	s	grid_mon[0].f_over.time	Max. frequency switch-off time level 1
0xA6271C2E	FLOAT	FLOAT	V	grid_mon[0].u_over.threshold	Max. voltage level 1
0xA95AD038	FLOAT	FLOAT	Hz	grid_mon[0].f_under.threshold	Min. frequency level 1
0xEBF7A4E8	FLOAT	FLOAT	Hz	grid_mon[0].f_over.threshold	Max. frequency level 1
0xEF89568B	FLOAT	FLOAT	s	grid_mon[0].u_under.time	Min. voltage switch-off time level 1
0xF09CC4A2	FLOAT	FLOAT	s	grid_mon[1].u_over.time	Max. voltage switch-off time level 2
0xF1FA5BB9	FLOAT	FLOAT	s	grid_mon[1].f_under.time	Min. frequency switch-off time level 2
0xFD4F17C4	FLOAT	FLOAT	s	grid_mon[1].f_over.time	Max. frequency switch-off time level 2

g_sync

OID	Request Type	Response Type	Unit	Name	Description
0x3A39CA2	FLOAT	FLOAT	W	g_sync.p_ac_load[0]	Load household phase 1
0xA04CA7F	FLOAT	FLOAT	V	g_sync.u_zk_n_avg	Negative buffer capacitor voltage
0x147E8E26	FLOAT	FLOAT		g_sync.p_ac[1]	AC2
0x1AC87AA0	FLOAT	FLOAT	W	g_sync.p_ac_load_sum_lp	Load household - external Power
0x24150B85	FLOAT	FLOAT	V	g_sync.u_zk_sum_mov_avg	Actual DC link voltage
0x2545E22D	FLOAT	FLOAT	V	g_sync.u_l_rms[2]	AC voltage phase 3
0x2788928C	FLOAT	FLOAT	W	g_sync.p_ac_load[1]	Load household phase 2
0x27BE51D9	FLOAT	FLOAT	W	g_sync.p_ac_sc[0]	Grid power phase 1
0x3A444FC6	FLOAT	FLOAT	VA	g_sync.s_ac_lp[0]	Apparent power phase 1
0x400F015B	FLOAT	FLOAT	W	g_sync.p_acc_lp	Battery power
0x4077335D	FLOAT	FLOAT	VA	g_sync.s_ac_lp[1]	Apparent power phase 2
0x43257820	FLOAT	FLOAT		g_sync.p_ac[0]	AC1
0x485AD749	FLOAT	FLOAT	V	g_sync.u_ptp_rms[1]	Phase to phase voltage 2
0x48D73FA5	FLOAT	FLOAT	A	g_sync.i_dr_lp[2]	Current phase 3 (average)
0x4E49AEC5	FLOAT	FLOAT	W	g_sync.p_ac_sum	Real power
0x54B4684E	FLOAT	FLOAT	V	g_sync.u_l_rms[1]	AC voltage phase 2
0x55C22966	FLOAT	FLOAT	VA	g_sync.s_ac[2]	Apparent power phase 3
0x6002891F	FLOAT	FLOAT	W	g_sync.p_ac_sc_sum	Grid power (ext. sensors)
0x612F7EAB	FLOAT	FLOAT	VA	g_sync.s_ac[1]	Apparent power phase 2
0x63476DBE	FLOAT	FLOAT	V	g_sync.u_ptp_rms[0]	Phase to phase voltage 1
0x650C1ED7	FLOAT	FLOAT	A	g_sync.i_dr_eff[1]	Current phase 2
0x6E1C5B78	FLOAT	FLOAT	W	g_sync.p_ac_lp[1]	AC power phase 2
0x71E10B51	FLOAT	FLOAT	W	g_sync.p_ac_lp[0]	AC power phase 1
0x7C78CBAC	FLOAT	FLOAT	var	g_sync.q_ac_sum_lp	Reactive power
0x82E3C121	FLOAT	FLOAT	var	g_sync.q_ac[1]	Reactive power phase 2
0x883DE9AB	FLOAT	FLOAT	VA	g_sync.s_ac_lp[2]	Apparent power phase 3
0x887D43C4	FLOAT	FLOAT	A	g_sync.i_dr_lp[0]	Current phase 1 (average)
0x89EE3EB5	FLOAT	FLOAT	A	g_sync.i_dr_eff[0]	Current phase 1
0x8A18539B	FLOAT	FLOAT	V	g_sync.u_zk_sum_avg	DC link voltage
0x91617C58	FLOAT	FLOAT	W	g_sync.p_ac_grid_sum_lp	Total grid power
0x92BC682B	FLOAT	FLOAT	A	g_sync.i_dr_eff[2]	Current phase 3
0xB0041187	FLOAT	FLOAT	V	g_sync.u_sg_avg[1]	Solar generator B voltage
0xB221BCFA	FLOAT	FLOAT	W	g_sync.p_ac_sc[2]	Grid power phase 3
0xB55BA2CE	FLOAT	FLOAT	V	g_sync.u_sg_avg[0]	Solar generator A voltage
0xB9928C51	FLOAT	FLOAT	W	g_sync.p_ac_lp[2]	AC power phase 3
0xBCA77559	FLOAT	FLOAT	var	g_sync.q_ac[2]	Reactive power phase 3
0xC03462F6	FLOAT	FLOAT		g_sync.p_ac[2]	AC3
0xC198B25B	FLOAT	FLOAT	V	g_sync.u_zk_p_avg	Positive buffer capacitor voltage
0xCABC44CA	FLOAT	FLOAT	VA	g_sync.s_ac[0]	Apparent power phase 1
0xCF053085	FLOAT	FLOAT	V	g_sync.u_l_rms[0]	AC voltage phase 1
0xDB2D69AE	FLOAT	FLOAT	W	g_sync.p_ac_sum_lp	AC power
0xDCA1CF26	FLOAT	FLOAT	VA	g_sync.s_ac_sum_lp	Apparent power
0xDCAC0EA9	FLOAT	FLOAT	A	g_sync.i_dr_lp[1]	Current phase 2 (average)
0xE94C2EFC	FLOAT	FLOAT	var	g_sync.q_ac[0]	Reactive power phase 1
0xF0B436DD	FLOAT	FLOAT	W	g_sync.p_ac_load[2]	Load household phase 3
0xF25C339B	FLOAT	FLOAT	V	g_sync.u_ptp_rms[2]	Phase to phase voltage 3
0xF5584F90	FLOAT	FLOAT	W	g_sync.p_ac_sc[1]	Grid power phase 2

hw_test

OID	Request Type	Response Type	Unit	Name	Description
0x39BDE11	UINT8	UINT8		hw_test.state
0x58F1759	FLOAT	FLOAT		hw_test.bt_power[6]
0x875C906	FLOAT	FLOAT		hw_test.bt_time[2]
0x2082BFB6	FLOAT	FLOAT		hw_test.bt_time[9]
0x3CA8E8D0	FLOAT	FLOAT		hw_test.bt_time[0]
0x3D789979	FLOAT	FLOAT		hw_test.bt_power[7]
0x4E2B42A4	FLOAT	FLOAT		hw_test.bt_power[0]
0x4E77B2CE	UINT8	UINT8		hw_test.bt_cycle
0x58378BD0	FLOAT	FLOAT		hw_test.bt_time[3]
0x6BFF1AF4	FLOAT	FLOAT		hw_test.bt_power[2]
0x71B70DCE	FLOAT	FLOAT		hw_test.bt_power[4]
0x75AE19ED	FLOAT	FLOAT		hw_test.hw_switch_time
0x77DD4364	FLOAT	FLOAT		hw_test.bt_time[5]
0x86782D58	FLOAT	FLOAT		hw_test.bt_power[9]
0x903FE89E	FLOAT	FLOAT		hw_test.bt_time[8]
0x9214A00C	UINT8	UINT8		hw_test.booster_test_index
0x940569AC	FLOAT	FLOAT		hw_test.bt_time[6]
0xB082C4D7	FLOAT	FLOAT		hw_test.bt_power[5]
0xC1C82889	FLOAT	FLOAT		hw_test.bt_power[1]
0xC3C7325E	FLOAT	FLOAT		hw_test.bt_time[4]
0xC66A522B	FLOAT	FLOAT		hw_test.bt_time[1]
0xC707102E	FLOAT	FLOAT		hw_test.bt_power[3]
0xCBEC8200	FLOAT	FLOAT		hw_test.timer2
0xD4C4A941	FLOAT	FLOAT		hw_test.bt_time[7]
0xE6248312	FLOAT	FLOAT		hw_test.bt_power[8]

io_board

OID	Request Type	Response Type	Unit	Name	Description
0xDF45696	BOOL	BOOL		io_board.io1_polarity	Inverted signal on input I/O 1
0xE799A56	FLOAT	FLOAT		io_board.rse_table[0]	K4..K1: 0000
0xFB40090	UINT8	UINT8		io_board.check_rs485_result
0x1B5445C4	UINT16	UINT16		io_board.check_rse_result
0x29CA60F8	FLOAT	FLOAT		io_board.rse_table[10]	K4..K1: 1010
0x2E0C6220	FLOAT	FLOAT	s	io_board.home_relay_sw_off_delay	Switching off delay
0x3C705F61	FLOAT	FLOAT		io_board.rse_table[8]	K4..K1: 1000
0x3DBCC6B4	FLOAT	FLOAT		io_board.rse_table[6]	K4..K1: 0110
0x4F330E08	ENUM	ENUM		io_board.io2_usage	Digital I/O 2 usage. ENUM values: "I/O not used" = 0x00, "Input S0 grid power consumption" = 0x01, "Input S0 grid power feed-in" = 0x02, "Input S0 household power" = 0x03, "Output S0 inverter power" = 0x04, "Input level switch" = 0x05, "Input emergency turn off" = 0x06, "Output S0 grid power feed-in" = 0x07, "Output S0 household power" = 0x08, "Output S0 solar power" = 0x09, "Input S0 external power" = 0x0A
0x54DBC202	FLOAT	FLOAT		io_board.rse_table[12]	K4..K1: 1100
0x5867B3BE	FLOAT	FLOAT		io_board.rse_table[2]	K4..K1: 0010
0x58C1A946	UINT8	UINT8		io_board.check_state
0x5BD2DB45	INT16	INT16		io_board.io1_s0_imp_per_kwh	Number of impulses per kWh for S0 signal on I/O 1
0x5EE03C45	ENUM	ENUM		io_board.alarm_home_relay_mode	Multifunctional relay usage. ENUM values: "Not used" = 0x00, "Alarm" = 0x01, "Load" = 0x02
0x664A1326	FLOAT	FLOAT		io_board.rse_table[14]	K4..K1: 1110
0x6830F6E4	FLOAT	FLOAT		io_board.rse_table[9]	K4..K1: 1001
0x68BA92E1	INT16	INT16		io_board.io2_s0_imp_per_kwh	Number of impulses per kWh for S0 signal on I/O 2
0x6C2D00E4	FLOAT	FLOAT		io_board.rse_table[1]	K4..K1: 0001
0x7689BE6A	FLOAT	FLOAT	s	io_board.home_relay_sw_on_delay	Switching on delay
0x792A7B79	ENUM	ENUM		io_board.s0_direction	S0 inputs single or bidirectional. ENUM values: "I/O 1 & I/O 2 single" = 0x00, "I/O 1 bidirectional" = 0x01, "I/O 2 bidirectional" = 0x02
0x7C556C7A	BOOL	BOOL		io_board.io2_polarity	Inverted signal on input I/O 2
0x8320B84C	FLOAT	FLOAT	s	io_board.rse_data_delay	Delay for new K4..K1 data
0x872F380B	FLOAT	FLOAT	W	io_board.load_set	Dummy household load
0x88C9707B	FLOAT	FLOAT		io_board.rse_table[15]	K4..K1: 1111
0x88F36D45	UINT8	UINT8		io_board.rse_data	Actual K4..K1 data
0x90F123FA	ENUM	ENUM		io_board.io1_usage	Digital I/O 1 usage. ENUM values: "I/O not used" = 0x00, "Input S0 grid power consumption" = 0x01, "Input S0 grid power feed-in" = 0x02, "Input S0 household power" = 0x03, "Output S0 inverter power" = 0x04, "Input level switch" = 0x05, "Input emergency turn off" = 0x06, "Output S0 grid power feed-in" = 0x07, "Output S0 household power" = 0x08, "Output S0 solar power" = 0x09, "Input S0 external power" = 0x0A
0x98ACC1B8	FLOAT	FLOAT		io_board.rse_table[4]	K4..K1: 0100
0x9B92023F	FLOAT	FLOAT		io_board.rse_table[7]	K4..K1: 0111
0xA3393749	UINT8	UINT8		io_board.check_start
0xAACE057A	FLOAT	FLOAT	s	io_board.io1_s0_min_duration	Minimum S0 signal duration on I/O 1
0xAC2E2A56	FLOAT	FLOAT		io_board.rse_table[5]	K4..K1: 0101
0xB851FA70	FLOAT	FLOAT		io_board.rse_table[11]	K4..K1: 1011
0xBBE6B9DF	FLOAT	FLOAT	P/Pn/s	io_board.p_rse_rise_grad	Power rise gradient
0xBCC6F92F	FLOAT	FLOAT	W	io_board.home_relay_threshold	Switching on threshold
0xBDFE5547	FLOAT	FLOAT		io_board.rse_table[3]	K4..K1: 0011
0xC7605E16	FLOAT	FLOAT		io_board.s0_sum
0xCB1B3B10	FLOAT	FLOAT	s	io_board.io2_s0_min_duration	Minimum S0 signal duration on I/O 2
0xD45913EC	FLOAT	FLOAT		io_board.rse_table[13]	K4..K1: 1101
0xDAC7DD86	FLOAT	FLOAT	P/Pn/s	io_board.p_rse_desc_grad	Power descent gradient
0xE52B89FA	FLOAT	FLOAT	W	io_board.home_relay_off_threshold	Switching off threshold
0xE96F1844	FLOAT	FLOAT		io_board.s0_external_power
0xF42D4DD0	ENUM	ENUM		io_board.alarm_home_value	Evaluated value. ENUM values: "Pgrid" = 0x00, "Pgrid + Pbat charge" = 0x01
0xFA7DB323	UINT16	UINT16		io_board.check_s0_result

iso_struct

OID	Request Type	Response Type	Unit	Name	Description
0x474F80D5	FLOAT	FLOAT	Ohm	iso_struct.Rn	Insulation resistance on negative DC input
0x777DC0EB	FLOAT	FLOAT	Ohm	iso_struct.r_min	Minimum allowed insulation resistance
0x8E41FC47	FLOAT	FLOAT	Ohm	iso_struct.Rp	Insulation resistance on positive DC input
0xC717D1FB	FLOAT	FLOAT	Ohm	iso_struct.Riso	Total insulation resistance

line_mon

OID	Request Type	Response Type	Unit	Name	Description
0x6BBDC7C8	FLOAT	FLOAT	V	line_mon.u_max	Max line voltage
0x8D8E19F7	FLOAT	FLOAT	V	line_mon.u_min	Min line voltage
0xA1266D6B	FLOAT	FLOAT	s	line_mon.time_lim	Switch off time line voltage

logger

The logger group contains time series data and the event log. These are special, compound data structures that require a bit of work to parse. They generally work by writing the timestamp of the newest element of interest to them and respond with the entries or events older than that time stamp. For more details, take a look at the Event Table and Timeseries pages.

OID	Request Type	Response Type	Unit	Name	Description
0x5C7CFB1	INT32	TIMESERIES		logger.day_egrid_load_log_ts
0x64E4340	INT32	TIMESERIES	V	logger.minutes_ubat_log_ts
0x95AFAA8	INT32	TIMESERIES	V	logger.minutes_ul3_log_ts
0xDF164DE	INT32	TIMESERIES		logger.day_eb_log_ts
0xFA29566	INT32	TIMESERIES	V	logger.minutes_ub_log_ts	Histogram voltage generator B
0x132AA71E	INT32	TIMESERIES	°C	logger.minutes_temp2_log_ts	Histogram heat sink (battery actuator) temperature
0x19B814F2	INT32	TIMESERIES		logger.year_egrid_feed_log_ts
0x1D49380A	INT32	TIMESERIES		logger.minutes_eb_log_ts
0x21879805	INT32	TIMESERIES		logger.minutes_eac1_log_ts
0x2A449E89	INT32	TIMESERIES		logger.year_log_ts
0x2F0A6B15	INT32	TIMESERIES		logger.month_ea_log_ts
0x34ECA9CA	INT32	TIMESERIES		logger.year_eb_log_ts
0x3906A1D0	INT32	TIMESERIES		logger.minutes_eext_log_ts
0x431509D1	INT32	TIMESERIES		logger.month_eload_log_ts
0x488052BA	INT32	TIMESERIES	V	logger.minutes_ul2_log_ts
0x4C14CC7C	INT32	TIMESERIES		logger.year_ea_log_ts
0x4E9D95A6	INT32	TIMESERIES		logger.year_eext_log_ts
0x50B441C1	INT32	TIMESERIES		logger.minutes_ea_log_ts
0x5293B668	INT32	TIMESERIES	%	logger.minutes_soc_log_ts
0x5411CE1B	INT32	TIMESERIES	V	logger.minutes_ul1_log_ts
0x554D8FEE	INT32	TIMESERIES		logger.minutes_eac2_log_ts
0x5D34D09D	INT32	TIMESERIES		logger.month_egrid_load_log_ts
0x60A9A532	INT32	TIMESERIES		logger.day_eext_log_ts
0x669D02FE	INT32	TIMESERIES		logger.minutes_eac_log_ts
0x6B5A56C2	INT32	TIMESERIES		logger.month_eb_log_ts
0x6F3876BC	INT32	EVENT_TABLE		logger.error_log_time_stamp	Time stamp for error log reading
0x70BD7C46	INT32	TIMESERIES		logger.year_eac_log_ts
0x72ACC0BF	INT32	TIMESERIES	V	logger.minutes_ua_log_ts	Histogram voltage generator A
0x76C9A0BD	INT32	TIMESERIES	%	logger.minutes_soc_targ_log_ts
0x921997EE	INT32	TIMESERIES		logger.month_egrid_feed_log_ts
0x9247DB99	INT32	TIMESERIES		logger.minutes_egrid_load_log_ts
0x9A51A23B	UINT16	UINT16	s	logger.log_rate	Data log resolution
0xA305214D	STRING	STRING		logger.buffer
0xA60082A9	INT32	TIMESERIES	W	logger.minutes_egrid_feed_log_ts
0xA7C708EB	INT32	TIMESERIES		logger.minutes_eload_log_ts
0xB20D1AD6	INT32	TIMESERIES		logger.day_egrid_feed_log_ts
0xC55EF32E	INT32	TIMESERIES		logger.year_egrid_load_log_ts
0xCA6D6472	INT32	TIMESERIES		logger.day_eload_log_ts
0xCBDAD315	INT32	TIMESERIES		logger.minutes_ebat_log_ts
0xD3E94E6B	INT32	TIMESERIES	°C	logger.minutes_temp_bat_log_ts
0xE04C3900	INT32	TIMESERIES		logger.day_eac_log_ts
0xE29C24EB	INT32	TIMESERIES		logger.minutes_eac3_log_ts
0xE4DC040A	INT32	TIMESERIES		logger.month_eext_log_ts
0xE5FBCC6F	INT32	TIMESERIES		logger.year_eload_log_ts
0xF28341E2	INT32	TIMESERIES		logger.month_eac_log_ts
0xF76DE445	INT32	TIMESERIES	°C	logger.minutes_temp_log_ts
0xFCF4E78D	INT32	TIMESERIES		logger.day_ea_log_ts

modbus

OID	Request Type	Response Type	Unit	Name	Description
0x31ED1B75	ENUM	ENUM		modbus.mode	RS485 working mode. ENUM values: "Modbus slave" = 0x00, "Modbus master" = 0x01
0x6C243F71	UINT8	UINT8		modbus.address	RS485 address

net

OID	Request Type	Response Type	Unit	Name	Description
0x8679611	UINT32	UINT32		net.id
0xC3815C2	FLOAT	FLOAT		net.load_reduction
0x23F525DE	UINT16	UINT16		net.command
0x2E06172D	UINT32	UINT32		net.net_tunnel_id
0x3500F1E8	INT8	INT8		net.index
0x36214C57	FLOAT	FLOAT		net.prev_k
0x3AA565FC	UNKNOWN	UNKNOWN		net.package
0x46635546	INT8	INT8		net.n_descendants	Number of descendant slaves
0x5D1B0835	BOOL	BOOL		net.use_network_filter
0x5E540FB2	BOOL	BOOL		net.update_slaves	Activate aut. update slaves
0x67C0A2F5	FLOAT	FLOAT		net.slave_p_total
0x6DCC4097	FLOAT	FLOAT		net.master_timeout
0xBFFF3CAD	UINT8	UINT8		net.n_slaves
0xC0A7074F	UNKNOWN	UNKNOWN		net.slave_data
0xD3085D80	FLOAT	FLOAT		net.soc_av
0xD5205A45	FLOAT	FLOAT		net.slave_timeout
0xDB62DCB7	UINT8	UINT8		net.n_devices

nsm

OID	Request Type	Response Type	Unit	Name	Description
0x4EAAA98	FLOAT	FLOAT	Hz	nsm.f_low_entry	Entry frequency for P(f) under-frequency mode
0xCBA34B9	FLOAT	FLOAT	V	nsm.u_q_u[3]	High voltage max. point
0x10842019	FLOAT	FLOAT	cos(rct_db)	nsm.cos_phi_p[3][1]	Point 4 (positive = overexcited)
0x1089ACA9	FLOAT	FLOAT	V	nsm.u_q_u[0]	Low voltage min. point
0x14FCA232	FLOAT	FLOAT	P/Pn	nsm.rpm_lock_out_power	Reactive Power Mode lock-out power
0x26260419	FLOAT	FLOAT	P/Pn	nsm.cos_phi_p[1][0]	Point 2
0x32CD0DB3	FLOAT	FLOAT	cos(Phi)	nsm.cos_phi_p[0][1]	Point 1 (positive = overexcited)
0x33F76B78	FLOAT	FLOAT	V	nsm.p_u[0][1]	Point 1 voltage
0x3515F4A0	FLOAT	FLOAT	V	nsm.p_u[3][1]	Point 4 voltage
0x360BDE8A	FLOAT	FLOAT	P/(Pn*s)	nsm.startup_grad	Startup gradient
0x38789061	FLOAT	FLOAT	1/Pn*Hz	nsm.f_low_rise_grad_storage	Power rise gradient for P(f) under-frequency mode with battery
0x4397D078	FLOAT	FLOAT	cos(Phi)	nsm.cos_phi_p[1][1]	Point 2 (positive = overexcited)
0x43CD0B6F	FLOAT	FLOAT	s	nsm.pf_delay	Delay time after P(f)
0x4A61BAEE	FLOAT	FLOAT	P/Pn	nsm.p_u[3][0]	Point 4 P/Pn
0x4C2A7CDC	FLOAT	FLOAT	cos(Phi)	nsm.cos_phi_p[2][1]	Point 3 (positive = overexcited)
0x4C374958	FLOAT	FLOAT	P/(Pn*s)	nsm.startup_grad_after_fault	Startup gradient after fault
0x53EF7649	FLOAT	FLOAT		nsm.p_u[0][0]	Point 1 P/Pn
0x71465EAF	FLOAT	FLOAT	s	nsm.cos_phi_ts	Time const for filter
0x7232F7AF	ENUM	ENUM		nsm.apm	Active power mode. ENUM values: "Off" = 0x00, "P(f)" = 0x01
0x7A5C91F8	FLOAT	FLOAT		nsm.p_u[1][0]	Point 2 P/Pn
0x7AF779C1	BOOL	BOOL		nsm.pu_mode	P(U) mode 0: Pn 1: Pload
0x7E75B17A	FLOAT	FLOAT		nsm.q_u_max_u_high_rel	Qmax at upper voltage level relative to Smax (positive = overexcited)
0x81AF854E	BOOL	BOOL		nsm.pu_use	P(U) active
0x83A5333A	FLOAT	FLOAT	P/Pn	nsm.cos_phi_p[0][0]	Point 1
0x88DEBCFE	FLOAT	FLOAT	var	nsm.q_u_max_u_high	Qmax at upper voltage level (positive = overexcited)
0x8D33B6BC	FLOAT	FLOAT	Hz	nsm.f_low_exit	Exit frequency for P(f) under-frequency mode
0x93E6918D	FLOAT	FLOAT	Hz	nsm.f_exit	Exit frequency for P(f) over-frequency mode
0x9680077F	FLOAT	FLOAT	P/Pn	nsm.cos_phi_p[2][0]	Point 3
0xA33D0954	BOOL	BOOL		nsm.q_u_hysteresis	Curve with hysteresis
0xA5044DCD	FLOAT	FLOAT	P/Pn	nsm.p_u[2][0]	Point 3
0xB76E2B4C	FLOAT	FLOAT		nsm.cos_phi_const	Cos phi constant value (positive = overexcited)
0xB98C8194	FLOAT	FLOAT		nsm.min_cos_phi	Minimum allowed cos(phi) [0..1]
0xBB617E51	FLOAT	FLOAT	V	nsm.u_q_u[1]	Low voltage max. point
0xC07E02CE	ENUM	ENUM		nsm.q_u_sel	Voltage selection. (No enum mapping defined)
0xC3352B17	ENUM	ENUM		nsm.rpm	Reactive power mode. ENUM values: "Off" = 0x00, "Const cos(phi)" = 0x01, "Const Q" = 0x02, "cos(phi)(P)" = 0x03, "Q(U)" = 0x04
0xC46E9CA4	FLOAT	FLOAT	V	nsm.u_lock_out	Cos phi(P) lock out voltage
0xCB9E1E6C	FLOAT	FLOAT	var	nsm.Q_const	Q constant value (positive = overexcited)
0xCCB51399	FLOAT	FLOAT	var	nsm.q_u_max_u_low	Qmax at lower voltage level (positive = overexcited)
0xD580567B	FLOAT	FLOAT	V	nsm.u_lock_in	Cos phi(P) lock in voltage
0xD884AF95	FLOAT	FLOAT	P/(Pn*s)	nsm.pf_desc_grad	Power decrease gradient for P(f) mode
0xE271C6D2	FLOAT	FLOAT	V	nsm.u_q_u[2]	High voltage min. point
0xE49BE3ED	FLOAT	FLOAT	P/(Pn*s)	nsm.pf_rise_grad	Power increase gradient after P(f) restriction
0xE6F1CB83	FLOAT	FLOAT	s	nsm.pu_ts	Time const for filter
0xE952FF2D	FLOAT	FLOAT		nsm.q_u_max_u_low_rel	Qmax at lower voltage level relative to Smax (positive = overexcited)
0xEB7773BF	FLOAT	FLOAT	V	nsm.p_u[1][1]	Point 2 voltage
0xEE049B1F	BOOL	BOOL		nsm.pf_hysteresis	Hysteresis mode
0xF2405AC6	FLOAT	FLOAT	W	nsm.p_limit	Max. grid power
0xF25591AA	FLOAT	FLOAT	P/Pn	nsm.cos_phi_p[3][0]	Point 4
0xF3FD6C4C	BOOL	BOOL		nsm.pf_use_p_max	By over-frequency in P(f) use Pmax instead of Pmom (instant P).
0xF49F58F2	FLOAT	FLOAT	V	nsm.p_u[2][1]	Point 3 voltage
0xF6A85818	FLOAT	FLOAT	Hz	nsm.f_entry	Entry frequency for P(f) over-frequency mode
0xFAA837C8	FLOAT	FLOAT	1/Pn*Hz	nsm.f_low_rise_grad	Power rise gradient for P(f) under-frequency mode without battery
0xFCC39293	FLOAT	FLOAT	P/Pn	nsm.rpm_lock_in_power	Reactive Power Mode lock-in power

others

OID	Request Type	Response Type	Unit	Name	Description
0x40385DB	UINT32	UINT32		common_control_bits	Bit coded function
0xCC4BDAA	BOOL	BOOL		detect_phase_shift_enable	Enable active island detection
0xD658831	FLOAT	FLOAT		i_bottom_max
0x108FC93D	FLOAT	FLOAT	degrees	max_phase_shift	Max. phase shift from 120 position
0x19608C98	INT32	INT32		partition[3].last_id
0x1C4A665F	FLOAT	FLOAT	Hz	grid_pll[0].f	Grid frequency
0x2703A771	BOOL	BOOL		cs_struct.is_tuned	Current sensors are tuned
0x27EC8487	UINT32	UINT32		performance_free[0]
0x2848A1EE	FLOAT	FLOAT		grid_offset
0x3A0EA5BE	FLOAT	FLOAT		power_spring_up
0x3C24F3E8	FLOAT	FLOAT	cos(Phi)	inv_struct.cosinus_phi
0x3E728842	FLOAT	FLOAT		power_spring_bat
0x494FE156	FLOAT	FLOAT		power_spring_offset
0x4992E65A	UINT8	UINT8		update_is_allowed_id
0x4E3CB7F8	BOOL	BOOL		phase_3_mode	3-phase feed in
0x68BC034D	STRING	STRING		parameter_file	Norm
0x6C44F721	FLOAT	FLOAT	A	i_dc_max	Max. DC-component of Iac
0x7924ABD9	STRING	STRING		inverter_sn	Serial number
0x7940547B	BOOL	BOOL		inv_struct.force_dh
0x7946D888	FLOAT	FLOAT	s	i_dc_slow_time	Time for slow DC-component of Iac
0x87E4387A	FLOAT	FLOAT	A	current_sensor_max	Power Sensor current range
0x8FC89B10	ENUM	ENUM		com_service	COM service. ENUM values: "Off" = 0x00, "OnlineOsci protocol" = 0x01, "COM protocol" = 0x02, "Start bootloader" = 0x03, "Reset DSP" = 0x04, "Flash parameter" = 0x05, "Erase parameters" = 0x06, "Set SSID" = 0x07, "Restart WiFi" = 0x08, "Write WiFi parameters" = 0x09, "Read WiFi parameters" = 0x0A, "Datalog bulk erase" = 0x0B, "Tune current sensors" = 0x0C, "Start battery booster test" = 0x0D, "Stop battery booster test" = 0x0E, "Start stack commission" = 0x0F, "Stop stack commission" = 0x10, "Reset battery statistics" = 0x11
0x929394B7	STRING	STRING		svnversion_last_known
0x9C8FE559	UINT32	UINT32		pas.period
0xA12E9B43	INT16	INT16		phase_marker	Next phase after phase 1
0xA76AE9CA	UINT16	UINT16		relays.bits_real
0xA9CF517D	FLOAT	FLOAT		power_spring_down
0xB1D1BE71	FLOAT	FLOAT		osci_struct.cmd_response_time
0xBF9B6042	STRING	STRING		svnversion_factory	Control software factory version
0xC36675D4	FLOAT	FLOAT	A	i_ac_max_set	Maximum AC throttle current
0xC3A3F070	BOOL	BOOL		i_ac_extern_connected	Current sensors detected
0xDABD323E	INT16	INT16		osci_struct.error	Communication error
0xDDD1C2D0	STRING	STRING		svnversion	Control software version
0xE14B8679	FLOAT	FLOAT	A	i_dc_slow_max	Max. slow DC-component of Iac
0xE6AC95E5	UINT32	UINT32		phase_shift_threshold	Detection threshold
0xEBC62737	STRING	STRING		android_description	Device name
0xF2BE0C9C	FLOAT	FLOAT	W	p_buf_available	Available buffer power

power_mng

OID	Request Type	Response Type	Unit	Name	Description
0x11F41DB	STRING	STRING		power_mng.schedule[0]
0x1156DFD0	FLOAT	FLOAT	W	power_mng.battery_power	Battery discharge power
0x15AB1A61	STRING	STRING		power_mng.schedule[2]
0x1D2994EA	FLOAT	FLOAT	W	power_mng.soc_charge_power	Maintenance charge power
0x315D1490	UINT8	UINT8		power_mng.bat_empty_full	Bit 0 - battery was empty, bit 1 - battery was full
0x36A9E9A6	BOOL	BOOL		power_mng.use_grid_power_enable	Utilize external Inverter energy
0x40B07CA4	STRING	STRING		power_mng.schedule[6]
0x47A1DACA	STRING	STRING		power_mng.schedule[8]
0x592B13DF	STRING	STRING		power_mng.schedule[4]
0x59358EB2	FLOAT	FLOAT	V	power_mng.maximum_charge_voltage	Max. battery charge voltage
0x5B10CE81	UINT8	UINT8		power_mng.is_heiphoss	HeiPhoss mode
0x6599E3D3	STRING	STRING		power_mng.schedule[3]
0x663F1452	UINT8	UINT8		power_mng.n_batteries
0x672552DC	UINT8	UINT8		power_mng.bat_calib_days_in_advance	Battery calibration days in advance
0x682CDDA1	ENUM	ENUM		power_mng.battery_type	Battery type. ENUM values: "Lead-acid Powerfit" = 0x00, "Li-Ion Akesol" = 0x01, "Laukner" = 0x02, "Li-Ion RCT Power" = 0x03, "Li-Ion Zach" = 0x04, "No battery" = 0x05, "Power loop 200 V" = 0x06, "BYD D-BOX H" = 0x07
0x7AF0AD03	STRING	STRING		power_mng.schedule[9]
0x8EBF9574	FLOAT	FLOAT		power_mng.soc_min_island	Min SOC target (island)
0x93C0C2E2	UINT32	UINT32	days	power_mng.bat_calib_reqularity	Battery calibration interval
0x972B3029	FLOAT	FLOAT	V	power_mng.stop_discharge_voltage_buffer	Stop discharge voltage buffer
0x97997C93	FLOAT	FLOAT		power_mng.soc_max	Max SOC target
0x97E203F9	BOOL	BOOL		power_mng.is_grid
0x97E3A6F2	FLOAT	FLOAT	V	power_mng.u_acc_lp	Battery voltage (inverter)
0x99EE89CB	ENUM	ENUM		power_mng.power_lim_src_index	Power limit source. (No enum mapping defined)
0x9A33F9B7	STRING	STRING		power_mng.schedule[5]
0x9F52F968	BOOL	BOOL		power_mng.feed_asymmetrical	Allow asymmetrical feed
0xA7FA5C5D	FLOAT	FLOAT	V	power_mng.u_acc_mix_lp	Battery voltage
0xA95EE214	FLOAT	FLOAT		power_mng.model.bat_power_change
0xAEF76FA1	FLOAT	FLOAT	V	power_mng.minimum_discharge_voltage	Min. battery discharge voltage
0xB6623608	UINT32	UINT32		power_mng.bat_next_calib_date	Next battery calibration
0xBD008E29	FLOAT	FLOAT	W	power_mng.battery_power_extern	Battery target power (positive = discharge)
0xBD3A23C3	FLOAT	FLOAT		power_mng.soc_charge	SOC min maintenance charge
0xC7459513	ENUM	ENUM		power_mng.force_inv_class	Change inverter class. ENUM values: "take from serial number" = 0x00, "power inverter" = 0x01, "power storage" = 0x02
0xC9900716	BOOL	BOOL		power_mng.is_island_only	Island without power switch support
0xCE266F0F	FLOAT	FLOAT		power_mng.soc_min	Min SOC target
0xD197CBE0	FLOAT	FLOAT	A	power_mng.stop_charge_current	Stop charge current
0xD1DFC969	FLOAT	FLOAT		power_mng.soc_target_set	Force SOC target
0xDC667958	UINT8	UINT8		power_mng.state	Battery state machine
0xE24B00BD	STRING	STRING		power_mng.schedule[1]
0xE9BBF6E4	FLOAT	FLOAT	Ah	power_mng.amp_hours_measured	Measured battery capacity
0xF1342795	FLOAT	FLOAT	A	power_mng.stop_discharge_current	Stop discharge current
0xF168B748	ENUM	ENUM		power_mng.soc_strategy	SOC target selection. ENUM values: "SOC target = SOC" = 0x00, "Constant" = 0x01, "External" = 0x02, "Middle battery voltage" = 0x03, "Internal" = 0x04, "Schedule" = 0x05
0xF393B7B0	FLOAT	FLOAT	W	power_mng.calib_charge_power	Calibration charge power
0xF52C0B50	STRING	STRING		power_mng.schedule[7]
0xFBD94C1F	FLOAT	FLOAT	Ah	power_mng.amp_hours	Battery energy

p_rec

OID	Request Type	Response Type	Unit	Name	Description
0xAA372CE	FLOAT	FLOAT	W	p_rec_req[1]	Required battery to grid power
0x1ABA3EE8	FLOAT	FLOAT	W	p_rec_req[0]	Required compensation power
0x365D12DA	FLOAT	FLOAT	W	p_rec_req[2]	Required Pac
0x54829753	FLOAT	FLOAT	W	p_rec_lim[1]	Max. battery to grid power
0x5D0CDCF0	FLOAT	FLOAT	W	p_rec_available[2]	Available Pac
0x85886E2E	FLOAT	FLOAT	W	p_rec_lim[0]	Max. compensation power
0x8F0FF9F3	FLOAT	FLOAT	W	p_rec_available[1]	Available battery to grid power
0x9A67600D	FLOAT	FLOAT	W	p_rec_lim[2]	Pac max.
0xB45FE275	FLOAT	FLOAT	W	p_rec_available[0]	Available compensation power

prim_sm

OID	Request Type	Response Type	Unit	Name	Description
0x20FD4419	FLOAT	FLOAT	s	prim_sm.island_next_repeat_timeout	Next island trial timeout
0x3623D82A	UINT16	UINT16		prim_sm.island_flag	Grid-separated
0x3AFEF139	BOOL	BOOL		prim_sm.is_thin_layer	Thin-film solar module
0x5151D84C	FLOAT	FLOAT	min	prim_sm.island_reset_retrials_counter_time	Reset island trials counter in (by 0 not used)
0x5F33284E	ENUM	ENUM		prim_sm.state	Inverter status. ENUM values: "Standby" = 0x00, "Initialization" = 0x01, "Standby" = 0x02, "Efficiency" = 0x03, "Insulation check" = 0x04, "Island check" = 0x05, "Power check" = 0x06, "Symmetry" = 0x07, "Relais test" = 0x08, "Grid passive" = 0x09, "Prepare Bat Passive" = 0x0A, "Battery Passive" = 0x0B, "H/W check" = 0x0C, "Feed in" = 0x0D
0x73E3ED49	UINT16	UINT16		prim_sm.island_max_trials	Max island trials
0x751E80CA	FLOAT	FLOAT		prim_sm.island_reset_retrials_operation_time
0xC40D5688	UINT32	UINT32		prim_sm.state_source
0xC4D87E96	UINT16	UINT16		prim_sm.island_retrials	Island trials counter
0xCF005C54	BOOL	BOOL		prim_sm.phase_3_mode
0xE31F8B17	FLOAT	FLOAT	W	prim_sm.Uzk_pump_grad[0]	start power
0xFB5DE9C5	BOOL	BOOL		prim_sm.minigrid_flag	Minigrid support

rb485

OID	Request Type	Response Type	Unit	Name	Description
0x104EB6A	FLOAT	FLOAT	Hz	rb485.f_grid[2]	Grid phase 3 frequency
0x7367B64	INT16	INT16		rb485.phase_marker	Next phase after phase 1 in Power Switch
0x173D81E4	UINT32	UINT32		rb485.version_boot	Power Switch bootloader version
0x21EE7CBB	FLOAT	FLOAT	V	rb485.u_l_grid[2]	Grid phase 3 voltage
0x27650FE2	UINT32	UINT32		rb485.version_main	Power Switch software version
0x3B5F6B9D	FLOAT	FLOAT	Hz	rb485.f_wr[0]	Power Storage phase 1 frequency
0x437B8122	BOOL	BOOL		rb485.available	Power Switch is available
0x6FD36B32	FLOAT	FLOAT	Hz	rb485.f_wr[1]	Power Storage phase 2 frequency
0x7A9091EA	FLOAT	FLOAT	V	rb485.u_l_grid[1]	Grid phase 2 voltage
0x905F707B	FLOAT	FLOAT	Hz	rb485.f_wr[2]	Power Storage phase 3 frequency
0x93F976AB	FLOAT	FLOAT	V	rb485.u_l_grid[0]	Grid phase 1 voltage
0x9558AD8A	FLOAT	FLOAT	Hz	rb485.f_grid[0]	Grid phase1 frequency
0xFAE429C5	FLOAT	FLOAT	Hz	rb485.f_grid[1]	Grid phase 2 frequency

switch_on_cond

OID	Request Type	Response Type	Unit	Name	Description
0x1FEB2F67	FLOAT	FLOAT		switch_on_cond.u_min	Min. voltage
0x234DD4DF	FLOAT	FLOAT		switch_on_cond.f_min	Min. frequency
0x3390CC2F	FLOAT	FLOAT	s	switch_on_cond.test_time_fault	Switching on time after any grid fault
0x362346D4	FLOAT	FLOAT	s	switch_on_cond.max_rnd_test_time_fault	Max additional random switching on time after any grid fault
0x4DB1B91E	FLOAT	FLOAT		switch_on_cond.f_max	Max. frequency
0x934E64E9	FLOAT	FLOAT		switch_on_cond.u_max	Max. voltage
0xECABB6CF	FLOAT	FLOAT		switch_on_cond.test_time	Test time

temperature

OID	Request Type	Response Type	Unit	Name	Description
0x90B53336	FLOAT	FLOAT	°C	temperature.sink_temp_power_reduction	Heat sink temperature target
0xA7447FC4	FLOAT	FLOAT	°C	temperature.bat_temp_power_reduction	Battery actuator temperature target

wifi

OID	Request Type	Response Type	Unit	Name	Description
0x6E03755	STRING	STRING		wifi.ip	IP Address
0xBA16A10	ENUM	ENUM		wifi.sockb_protocol	Network mode. (No enum mapping defined)
0x14C0E627	STRING	STRING		wifi.password	WiFi password
0x1D0623D6	STRING	STRING		wifi.dns_address	DNS address
0x392D1BEE	UINT8	UINT8		wifi.connect_to_server
0x53886C09	UINT8	UINT8		wifi.connect_to_service
0x5673D737	BOOL	BOOL		wifi.connect_to_wifi
0x57429627	STRING	STRING		wifi.authentication_method	WiFi authentication method
0x5952E5E6	STRING	STRING		wifi.mask	Netmask
0x5A316247	STRING	STRING		wifi.mode	WiFi mode
0x6D7C0BF4	INT32	INT32		wifi.sockb_port	Port
0x76CAA9BF	STRING	STRING		wifi.encryption_algorithm
0x7B1F7FBE	STRING	STRING		wifi.gateway	Gateway
0x7DDE352B	STRING	STRING		wifi.sockb_ip
0x8CA00014	INT8	INT8		wifi.result	WiFi result
0x907CD1DF	INT32	INT32	s	wifi.connect_service_max_duration	Service connection max duration
0xA1D2B565	INT32	INT32		wifi.service_port
0xB4222BDE	UINT8	UINT8		wifi.state
0xB7C85C51	BOOL	BOOL		wifi.use_ethernet
0xB7FEA209	INT32	INT32		wifi.connect_service_timestamp	Service auto disconnect time
0xD5790CE1	BOOL	BOOL		wifi.use_wifi	Enable Wi-Fi Access Point
0xD83DC6AC	INT32	INT32		wifi.server_port
0xF8DECCE6	STRING	STRING		wifi.connected_ap_ssid	WiFi associated AP
0xF9FD0D61	STRING	STRING		wifi.service_ip	Server to connect to to wait for commands, usually used by the vendor service personell
0xFF2A258B	STRING	STRING		wifi.server_ip	Server to connect to to wait for commands, usually used by the vendor service personell