Dynamic Load Balancing EVC2 - Revision history

FiodorF: /* Modbus register map */

2026-08-21T09:55:19Z

Modbus register map

← Older revision		Revision as of 12:55, 21 August 2026
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	\|R		\|R
	\|'''Serial number 1st word'''		\|'''Serial number 1st word'''
	\|		\|uint16
	\|0-65535		\|0-65535
	\|123456789		\|123456789
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	\|R		\|R
	\|'''Serial number 2nd word'''		\|'''Serial number 2nd word'''
	\|		\|uint16
	\|0-65535		\|0-65535
	\|		\|
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	\|*100kWh		\|*100kWh
	\|Total supplied active power in a lifetime (uint16_t) >> 48		\|Total supplied active power in a lifetime (uint16_t) >> 48
			\|-
			\|45
			\|R/W
			\|'''Max. limit of random delay'''
			\|uint16
			\|1-1800
			\|600
			\|s
			\|Max. limit of the randomized delay in seconds
	\|}		\|}
	{\| class="wikitable"		{\| class="wikitable"

FiodorF at 07:26, 7 August 2026

2026-08-07T07:26:10Z

Dominykas.Z at 06:42, 27 May 2026

2026-05-27T06:42:48Z

← Older revision		Revision as of 09:42, 27 May 2026
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	[[File:CT clamps EVC2.png\|frameless\|529x529px]]		[[File:CT clamps EVC2.png\|frameless\|529x529px]]

	Mandatory CT clamp specifications:		<big>'''Mandatory CT clamp specifications:'''
			</big>
	* Rated input/current - depends on your total power input, but we would recommend not to exceed 150A.		* Rated input/current - depends on your total power input, but we would recommend not to exceed 150A.
	* Turn ratio - 3000:1.		* Turn ratio - 3000:1.

DonatasL: /* CT CLAMPS */ Recommended -> Mandatory

2026-05-27T06:39:42Z

CT CLAMPS: Recommended -> Mandatory

← Older revision		Revision as of 09:39, 27 May 2026
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	[[File:CT clamps EVC2.png\|frameless\|529x529px]]		[[File:CT clamps EVC2.png\|frameless\|529x529px]]

	~~Recommended~~ CT clamp specifications:		Mandatory CT clamp specifications:

	* Rated input/current - depends on your total power input, but we would recommend not to exceed 150A.		* Rated input/current - depends on your total power input, but we would recommend not to exceed 150A.

KarolisS: /* DLB support */

2026-05-05T11:34:08Z

DLB support

← Older revision		Revision as of 14:34, 5 May 2026
Line 10:		Line 10:
	* [[Dynamic Load Balancing EVC2#MODBUS TCP/IP METERS\|Modbus TCP/IP meters]]		* [[Dynamic Load Balancing EVC2#MODBUS TCP/IP METERS\|Modbus TCP/IP meters]]
	* [[Dynamic Load Balancing EVC2#CT CLAMPS\|CT clamps]]		* [[Dynamic Load Balancing EVC2#CT CLAMPS\|CT clamps]]
	* [[Dynamic Load Balancing EVC2#EXTERNAL CONTROL\|External control]]		* [[Dynamic Load Balancing EVC2#EXTERNAL CONTROL\|External control (EMS)]]
	* [[Dynamic Load Balancing EVC2#SMARTSTUFF P1 CONVERTER\|Smartstuff P1 converter]]		* [[Dynamic Load Balancing EVC2#SMARTSTUFF P1 CONVERTER\|Smartstuff P1 converter]]

KarolisS: /* Supported Modbus TCP/IP models */

2026-05-05T11:31:55Z

Supported Modbus TCP/IP models

← Older revision		Revision as of 14:31, 5 May 2026
Line 148:		Line 148:
	! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Energy meter manufacturer		! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Energy meter manufacturer
	! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Technical information		! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Technical information
	~~! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Configuration in mobile application~~
	\|-		\|-
	\| style="padding: 2px;" \|Shelly		\| style="padding: 2px;" \|Shelly
	\| style="padding: 2px;" \|3em models		\| style="padding: 2px;" \|3em models
	~~\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_Shelly_3PRO configuration page]~~
	\|-		\|-
	\| style="padding: 2px;" \|Homewizard		\| style="padding: 2px;" \|Homewizard
	\| style="padding: 2px;" \|P1 models		\| style="padding: 2px;" \|P1 models
	\| ~~style="padding: 2px;"~~ \|~~[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_HomeWizard_P1 configuration page]~~		\|-
			\|Eastron
			\|SEM
	\|}		\|}

KarolisS: /* Supported Modbus TCP/IP models */

2026-05-05T11:31:03Z

Supported Modbus TCP/IP models

← Older revision		Revision as of 14:31, 5 May 2026
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	\| style="padding: 2px;" \|Shelly		\| style="padding: 2px;" \|Shelly
	\| style="padding: 2px;" \|3em models		\| style="padding: 2px;" \|3em models
	\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#~~Load_balancing_using_Shelly_3PRO METER -> TELTOCHARGE~~]		\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_Shelly_3PRO configuration page]
	\|-		\|-
	\| style="padding: 2px;" \|Homewizard		\| style="padding: 2px;" \|Homewizard
	\| style="padding: 2px;" \|P1 models		\| style="padding: 2px;" \|P1 models
	\| style="padding: 2px;" \|~~tba~~		\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_HomeWizard_P1 configuration page]
	\|}		\|}

Dominykas.Z: fix desc

2026-03-25T10:30:07Z

fix desc

← Older revision		Revision as of 13:30, 25 March 2026
Line 360:		Line 360:
	\|'''Request stop charging'''		\|'''Request stop charging'''
	\|uint16		\|uint16
	\|0-1		\|0-2
	\| -		\| -
	\| -		\| -
	\|~~Request~~ stop ~~charging~~		\|Do not intervene with current session (0), stop session (1) or start session if stopped (2).
	\|-		\|-
	\|17		\|17

KarolisS at 12:51, 13 March 2026

2026-03-13T12:51:35Z

@@ Line 98: / Line 98: @@
 | colspan="4" style="padding: 8px;" |''More coming soon...''
 |}
 == MODBUS TCP/IP METERS ==

KarolisS: /* DLB support */

2026-03-13T12:46:47Z

DLB support

← Older revision		Revision as of 15:46, 13 March 2026
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	We can achieve DLB support by pairing the charger with one of the following:		We can achieve DLB support by pairing the charger with one of the following:

	* [[Dynamic Load Balancing EVC2#~~SMART METER AND TELTOCHARGE COMMUNICATION~~\|Modbus RTU meters]]		* [[Dynamic Load Balancing EVC2#MODBUS RTU METERS\|Modbus RTU meters]]
	* [[Dynamic Load Balancing EVC2#MODBUS TCP/IP METERS\|Modbus TCP/IP meters]]		* [[Dynamic Load Balancing EVC2#MODBUS TCP/IP METERS\|Modbus TCP/IP meters]]
	* [[Dynamic Load Balancing EVC2#CT CLAMPS\|CT clamps]]		* [[Dynamic Load Balancing EVC2#CT CLAMPS\|CT clamps]]

← Older revision		Revision as of 14:34, 5 May 2026
Line 10:		Line 10:
	* [[Dynamic Load Balancing EVC2#MODBUS TCP/IP METERS\|Modbus TCP/IP meters]]		* [[Dynamic Load Balancing EVC2#MODBUS TCP/IP METERS\|Modbus TCP/IP meters]]
	* [[Dynamic Load Balancing EVC2#CT CLAMPS\|CT clamps]]		* [[Dynamic Load Balancing EVC2#CT CLAMPS\|CT clamps]]
	* [[Dynamic Load Balancing EVC2#EXTERNAL CONTROL\|External control]]		* [[Dynamic Load Balancing EVC2#EXTERNAL CONTROL\|External control (EMS)]]
	* [[Dynamic Load Balancing EVC2#SMARTSTUFF P1 CONVERTER\|Smartstuff P1 converter]]		* [[Dynamic Load Balancing EVC2#SMARTSTUFF P1 CONVERTER\|Smartstuff P1 converter]]

← Older revision		Revision as of 14:31, 5 May 2026
Line 148:		Line 148:
	! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Energy meter manufacturer		! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Energy meter manufacturer
	! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Technical information		! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Technical information
	~~! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" \|Configuration in mobile application~~
	\|-		\|-
	\| style="padding: 2px;" \|Shelly		\| style="padding: 2px;" \|Shelly
	\| style="padding: 2px;" \|3em models		\| style="padding: 2px;" \|3em models
	~~\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_Shelly_3PRO configuration page]~~
	\|-		\|-
	\| style="padding: 2px;" \|Homewizard		\| style="padding: 2px;" \|Homewizard
	\| style="padding: 2px;" \|P1 models		\| style="padding: 2px;" \|P1 models
	\| ~~style="padding: 2px;"~~ \|~~[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_HomeWizard_P1 configuration page]~~		\|-
			\|Eastron
			\|SEM
	\|}		\|}

← Older revision		Revision as of 14:31, 5 May 2026
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	\| style="padding: 2px;" \|Shelly		\| style="padding: 2px;" \|Shelly
	\| style="padding: 2px;" \|3em models		\| style="padding: 2px;" \|3em models
	\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#~~Load_balancing_using_Shelly_3PRO METER -> TELTOCHARGE~~]		\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_Shelly_3PRO configuration page]
	\|-		\|-
	\| style="padding: 2px;" \|Homewizard		\| style="padding: 2px;" \|Homewizard
	\| style="padding: 2px;" \|P1 models		\| style="padding: 2px;" \|P1 models
	\| style="padding: 2px;" \|~~tba~~		\| style="padding: 2px;" \|[https://wiki.teltonika-energy.com/view/Dynamic_Load_Balancing_EVC2#Connecting_HomeWizard_P1 configuration page]
	\|}		\|}

← Older revision		Revision as of 10:26, 7 August 2026
Line 16:		Line 16:

	== PHASE BALANCE EXPLANATION ==		== PHASE BALANCE EXPLANATION ==
	TeltoCharge has advanced functionality to detect a car's charging type and, if required, switch phases ~~during~~ mid-charge.		TeltoCharge has advanced functionality to detect a car's charging type and, if required, switch phases mid-charge.

	The same phase switch process will happen if the smart meter detects, that less than 6A is available for one of the phases.		The same phase switch process will happen if the smart meter detects that less than 6A is available for one of the phases.

	=== Adaptation to the car's charging capability ===		=== Adaptation to the car's charging capability ===
	If the charger is set for 3phase charging, but the plugged car can only draw current from one phase, TeltoCharge will switch to one-phase mode after a short period of time		If the charger is set for 3phase charging, but the plugged car can only draw current from one phase, TeltoCharge will switch to one-phase mode after a short period of time.

	[[File:CarExample.png\|frameless\|493x493px]]		[[File:CarExample.png\|frameless\|493x493px]]

	=== Phase balance during lack of power ===		=== Phase balance during lack of power ===
	When the smart meter detects that there is less than 6A for each phase, the charging station will switch from 3phase mode to 1phase mode until 6ampers are available for all phases		When the smart meter detects that there is less than 6A for each phase, the charging station will switch from 3phase mode to 1phase mode until 6ampers are available for all phases.

	[[File:PhaseSwitch.png\|frameless\|600x600px]]		[[File:PhaseSwitch.png\|frameless\|600x600px]]

	== MODBUS RTU METERS ==		== MODBUS RTU METERS ==
	To access energy measurement through Modbus RTU, connect both charger and the meter together using RS485 terminal for meter.		To access energy measurement through Modbus RTU, connect both the charger and the meter together using RS485 terminal for meter.

	[[File:DLB meter.png\|frameless\|808x808px]]		[[File:DLB meter.png\|frameless\|808x808px]]
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	In order to make '''Dynamic load balancing''' and '''Solar''' functionality work, please always check:		In order to make '''Dynamic load balancing''' and '''Solar''' functionality work, please always check:

	* if the '''wiring''' your Smart energy meter to EVC2 is right.		* if the '''wiring''' from your Smart energy meter to EVC2 is right.
	* if the '''installer menu configuration''' in mobile application according to your smart energy meter is right.		* if the '''installer menu configuration''' in mobile application according to your smart energy meter is right.

Line 112:		Line 112:

	== MODBUS TCP/IP METERS ==		== MODBUS TCP/IP METERS ==
	To access energy measurement through Modbus TCP/IP, connect both the meter and your charger to your network. Charger has two options: either ~~WiFi~~ or ~~ethernet~~ cable.		To access energy measurement through Modbus TCP/IP, connect both the meter and your charger to your network. Charger has two options: either Wi-Fi or Ethernet cable.

	=== Connecting Shelly 3PRO ===		=== Connecting Shelly 3PRO ===
	Download the '''Shelly smart control''' app and setup the device to connect to your network. After ~~its~~ configured, find the IP address given to the meter.		Download the '''Shelly smart control''' app and setup the device to connect to your network. After it is configured, find the IP address given to the meter.

	[[File:Shelly wiki.png\|frameless\|935x935px]]		[[File:Shelly wiki.png\|frameless\|935x935px]]
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	[[File:Wizard p1 utility meter.png\|frameless\|284x284px]]		[[File:Wizard p1 utility meter.png\|frameless\|284x284px]]

	Download the '''HomeWizard''' app and follow the setup for the meter to connect to your network. After ~~its~~ configured, find the IP address given to the meter.		Download the '''HomeWizard''' app and follow the setup for the meter to connect to your network. After it is configured, find the IP address given to the meter.
	[[File:Homewizard wiki 1.png\|frameless]] [[File:Homewizard wiki 3.png\|frameless\|592x592px]]		[[File:Homewizard wiki 1.png\|frameless]] [[File:Homewizard wiki 3.png\|frameless\|592x592px]]

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	=== Load balancing using Network meter ===		=== Load balancing using Network meter ===
	~~A given~~ example below is for Shelly 3Pro smart meter integration, but is identical when using HomeWizard P1.		The example below is for Shelly 3Pro smart meter integration, but is identical when using HomeWizard P1.

	To connect the meter to the station, go to '''load balancing''' section in the app, choose '''network meter''' and the model you're using.		To connect the meter to the station, go to '''load balancing''' section in the app, choose '''network meter''' and the model you're using.
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	[[File:Shelly DLB 1.png\|frameless\|938x938px]]		[[File:Shelly DLB 1.png\|frameless\|938x938px]]

	After that select '''IP address''' as was shown in the Shelly app. Set '''max grid load''' to match the value allowed by the grid. If everything is done right - the status should indicate that the network meter has successfully connected.		After that select the '''IP address''' as was shown in the Shelly app. Set '''max grid load''' to match the value allowed by the grid. If everything is done right - the status should indicate that the network meter has successfully connected.

	[[File:Shelly DLB 2.png\|937x937px]]		[[File:Shelly DLB 2.png\|937x937px]]
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	== CT CLAMPS ==		== CT CLAMPS ==
	It is possible to measure power readings by connecting CT clamps to each phase. Insert each CT clamp to its dedicated terminal (blue wire to B, red wire to R slot of the terminal).		It is possible to measure power readings by connecting CT clamps to each phase. Insert each CT clamp to its dedicated terminal (blue wire to B, red wire to A slot of the terminal).

	<u>Make sure that clamp direction is pointing towards source (away from the charger).</u>		<u>Make sure that clamp direction is pointing towards source (away from the charger).</u>
Line 185:		Line 185:

	# It can be configured to use a watchdog for communication and if no valid communication is present after a configurable time interval, the charging (if ongoing) will stop and EVSE will not perform any charging until valid communication is reestablished;		# It can be configured to use a watchdog for communication and if no valid communication is present after a configurable time interval, the charging (if ongoing) will stop and EVSE will not perform any charging until valid communication is reestablished;
	# ~~the~~ EVSE does not use a watchdog and continuous communication is not needed. As it is possible to change the EVSE settings by using the TeltoCharge mobile application, it is recommended for the primary device to read, compare, and change settings as needed based on user preferences and real-time requirements, ensuring a seamless and secure charging experience for electric vehicle owners. Continuous monitoring and adjustment of EVSE settings enable the primary device to stay synchronized with user inputs, maintain optimal charging conditions, and promptly respond to any changes initiated through the TeltoCharge mobile application, thereby enhancing overall efficiency and user satisfaction.		# The EVSE does not use a watchdog and continuous communication is not needed. As it is possible to change the EVSE settings by using the TeltoCharge mobile application, it is recommended for the primary device to read, compare, and change settings as needed based on user preferences and real-time requirements, ensuring a seamless and secure charging experience for electric vehicle owners. Continuous monitoring and adjustment of EVSE settings enable the primary device to stay synchronized with user inputs, maintain optimal charging conditions, and promptly respond to any changes initiated through the TeltoCharge mobile application, thereby enhancing overall efficiency and user satisfaction.

	=== Device preparation ===		=== Device preparation ===
	TeltoCharge must be configured as a secondary device via a TeltoCharge mobile application and ~~device~~ must have RS485 wired connection with the primary device..		TeltoCharge must be configured as a secondary device via a TeltoCharge mobile application and must have a RS485 wired connection with the primary device..

	# Open "User menu"		# Open "User menu"