Difference between revisions of "Dynamic Load Balancing"

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== DYNAMIC LOAD BALANCING ==
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=== DYNAMIC LOAD BALANCING ===
 
TeltoCharge have the ability to communicate with dedicated smart energy meter and regarding to its readings, adjust used electrical power. Such functionality allows to protect house electrical grid from overload in peak hours and optimize energy usage to meet user habits. Smart energy meter should always be installed in source electrical cabinet as showed below.  
 
TeltoCharge have the ability to communicate with dedicated smart energy meter and regarding to its readings, adjust used electrical power. Such functionality allows to protect house electrical grid from overload in peak hours and optimize energy usage to meet user habits. Smart energy meter should always be installed in source electrical cabinet as showed below.  
 
[[File:Dynamic Load Balancing Conection Schematic.png|alt=|center|frameless|395x395px]]
 
[[File:Dynamic Load Balancing Conection Schematic.png|alt=|center|frameless|395x395px]]
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]]'''Note:''' ''Communication cable should be integrated with power cable.''  
 
]]'''Note:''' ''Communication cable should be integrated with power cable.''  
  
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== Supported energy meters ==
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=== Supported energy meters ===
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In order to strive for wider applicability and compatibility, we constantly test and add new supported devices into list. All of the supported Energy meters and schematics how to connect them are provided below.  
+
In order to strive for wider applicability and compatibility, we constantly test and add new supported devices into list. All of the supported Energy meters and schematics how to connect them are provided bellow.  
  
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=== TeltoCharge supported smart energy meters ===  
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==== TeltoCharge supported energy meter list: ====  
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{| class="wikitable" style="text-align: center; border: 1px solid #dddddd; font-family: arial, sans-serif; width: 70%;"
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{| class="wikitable" style="text-align: center; border: 1px solid #dddddd; font-family: arial, sans-serif; width: 60%;"
 
 
|-
 
|-
 
! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Energy meter manufacturer
 
! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Energy meter manufacturer
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Technical information
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Type
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Configuration in mobile application
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Supported model for Dynamic load balancing
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Wiring scheme
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | 1/3 phase
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! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | Datasheet
 +
|-
 +
| style="padding: 2px;" rowspan="3" | Carlo Gavazzi series 1
 +
| style="padding: 2px;" rowspan="2" | EM111 <br>
 +
| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/archive/b/b7/20230306130515%21EM111.PNG EM111-DIN AV7/AV8 1 X S1 PF A/B (MID CERTIFIED)]
 +
| style="padding: 2px;" rowspan="3" | 1 phase <br>
 +
| style="padding: 2px;" rowspan="2" | [https://www.gavazziautomation.com/images/PIM/DATASHEET/ENG/EM111%20DS%20ENG%20170616.pdf EM111]
 +
|-
 +
| style="padding: 2px;" | [https://wiki.teltonika-energy.com/images/d/dc/EM111_Standard.PNG EM111-DIN AV7/AV8 1 X S1 X (NOT MID CERTIFIED)]
 +
|-
 +
| style="padding: 2px;" | ET112
 +
| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/6/67/ET112.PNG ET112-DIN AV0/AV1 1 X S1 X (NOT MID CERTIFIED)]
 +
| style="padding: 2px;" | [https://www.gavazziautomation.com/images/PIM/DATASHEET/ENG/ET112_DS_ENG.PDF ET112]
 +
|-
 +
| style="padding: 2px;" rowspan="6" | Carlo Gavazzi series 3
 +
| style="padding: 2px;" rowspan="2"| EM330 <br>
 +
| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/archive/d/dc/20230306131009%21EM330.PNG EM330-DIN AV5 3 H S1 PF A/B (MID CERTIFIED)]
 +
| style="padding: 2px;" rowspan="6" | 3 phase
 +
| style="padding: 2px;" rowspan="2" | [https://www.gavazzionline.com/pdf/EM330.pdf EM330]
 +
|-
 +
| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/b/b4/EM330_Standard.PNG EM330-DIN AV5 3 H S1 X (NOT MID CERTIFIED)]
 +
|-
 +
| style="padding: 2px;" rowspan="2" | EM340 <br>
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| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/archive/a/a6/20230306130731%21EM340.PNG EM340-DIN AV2 3 X S1 PF A/B (MID CERTIFIED)]
 +
| style="padding: 2px;" rowspan="2" | [https://www.gavazzi.no/wp-content/uploads/EM340_DS_ENG.pdf EM340]
 
|-
 
|-
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| style="padding: 2px;" | Carlo Gavazzi series 1-3 <br>
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| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/archive/a/a9/20230306120205%21EM340_Standard.PNG EM340-DIN AV2 3 X S1 X (NOT MID CERTIFIED)]
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| style="padding: 2px;" | [[EM and ET models]] <br>
 
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| style="padding: 2px;" | [[Carlo Gavazzi settings]]
 
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| style="padding: 2px;" | [https://wiki.teltonika-energy.com/view/EM_and_ET_models#Carlo_Gavazzi_meters_wiring: METER -> TELTOCHARGE] <br>
 
−
 
 
 
|-
 
|-
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| style="padding: 2px;" | Siemens PACxxxx <br>
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| style="padding: 2px;" | ET330
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| style="padding: 2px;" | [[PAC models]] <br>
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| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/a/ad/ET330.PNG ET330-DIN AV5 3 H S1 X (NOT MID CERTIFIED)]
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| style="padding: 2px;" | [[Siemens settings]]
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| style="padding: 2px;" | [https://www.gavazzionline.com/pdf/ET330_DS_ENG.pdf ET330]
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| style="padding: 2px;" | METER -> TELTOCHARGE <br>
 
−
 
 
 
|-
 
|-
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| style="padding: 2px;" | ABB A4x ; B2x <br>
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| style="padding: 2px;" | ET340
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| style="padding: 2px;" | [[A and B models]] <br>
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| style="padding: 1px;" | [https://wiki.teltonika-energy.com/images/2/21/ET340.PNG ET340-DIN AV2 3 X S1 X (NOT MID CERTIFIED)]
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| style="padding: 2px;" | [[ABB settings]]
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| style="padding: 2px;" | [https://www.gavazziautomation.com/docs/pim/DATASHEET/DEU/ET340_DS_DEU.pdf ET340]
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| style="padding: 2px;" | METER -> TELTOCHARGE <br>
 
−
 
 
 
|-
 
|-
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| style="padding: 2px;" | Eastron SDMxx <br>
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| style="padding: 2px;" rowspan="2" | Carlo Gavazzi series 5
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| style="padding: 2px;" | [[SDM models]] <br>
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| style="padding: 2px;" | EM530 <br>
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| style="padding: 2px;" | [[Eastron settings]]
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| style="padding: 2px;" |  
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| style="padding: 2px;" | METER -> TELTOCHARGE <br>
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| style="padding: 2px;" rowspan="2" | 3 phase
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| style="padding: 2px;" | [https://www.gavazzionline.com/pdf/EM530_DS_ENG.pdf EM530]
 
|-
 
|-
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| style="padding: 2px;" | Inepro PRO380 <br>
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| style="padding: 2px;" | EM540 <br>
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| style="padding: 2px;" | [[PRO model]]
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| style="padding: 2px;" |  
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| style="padding: 2px;" | [[Inepro settings]]
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| style="padding: 2px;" | [https://www.gavazzionline.com/pdf/EM540_DS_ENG.pdf EM540]
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| style="padding: 2px;" | METER -> TELTOCHARGE <br>
 
  
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|-
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|}
  
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| style="padding: 2px;" | Chint <br>
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==== RS485 parameters for energy meter ====
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| style="padding: 2px;" | [[Chint models]]
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''Note: Energy meter parameters should match EVSE default parameters.''
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| style="padding: 2px;" | [[Chint settings]]
 
−
| style="padding: 2px;" | METER -> TELTOCHARGE <br>
 
  
 +
{| class="wikitable" style="text-align: center; border: 1px solid #0054A6; font-family: arial, sans-serif; width: 60%;"
 +
|-
 +
! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | RS485 parameter
 +
! style="background-color: #0054A6; color:#FFFFFF; padding: 8px;" | EVSE default parameter value (configurable in mobile app)
 
|-
 
|-
−
 
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| style="padding: 8px;" | Modbus adress
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| style="padding: 2px;" | Entes <br>
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| style="padding: 8px;" | 1
−
| style="padding: 2px;" | [[ES models]]
 
−
| style="padding: 2px;" | [[Entes settings]]
 
−
| style="padding: 2px;" | METER -> TELTOCHARGE <br>
 
 
|-
 
|-
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| style="padding: 2px;" | Acrel <br>
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| style="padding: 8px;" | Baud rate
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| style="padding: 2px;" | [[Acrel models]]
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| style="padding: 8px;" | 9600
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| style="padding: 2px;" | [[Acrel settings]]
 
−
| style="padding: 2px;" | METER -> TELTOCHARGE <br>
 
 
|-
 
|-
 +
| style="padding: 8px;" | Parity
 +
| style="padding: 8px;" | none
  
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| style="padding: 8px;" colspan="4" | ''More coming soon...''
 
 
|-
 
|-
 +
| style="padding: 8px;" | Stop bits
 +
| style="padding: 8px;" | 1
  
 +
|}
  
 +
==== Carlo Gavazzi meters wiring: ====
 +
 +
''Note: All of the Color-coding is strictly exemplary and is used simply to differentiate between different connection points. Different communication cables can have differently coloured wires. Connect them according to used inventory.  ''
 +
 +
===== 3rd and 5th series to TeltoCharge connection =====
 +
[[File:TeltoCharge DLB CarloGavazzi 3phase.png|center|frameless|521x521px]]
 +
 +
===== 1st series to TeltoCharge connection =====
 +
[[File:TeltoCharge DLB CarloGavazzi 1phase.png|center|frameless|524x524px]]
 +
 +
==== Powering the energy meter ====
 +
To correctly connect smart energy meter to power source, it is recommended to use manufacturers installation manuals.
  
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|}
 
  
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[[Category: Advanced Topics]]
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[[Category: TeltoCharge]]

Revision as of 13:16, 6 March 2023

Main Page > TeltoCharge > Advanced Topics > Dynamic Load Balancing

DYNAMIC LOAD BALANCING

TeltoCharge have the ability to communicate with dedicated smart energy meter and regarding to its readings, adjust used electrical power. Such functionality allows to protect house electrical grid from overload in peak hours and optimize energy usage to meet user habits. Smart energy meter should always be installed in source electrical cabinet as showed below.  

Smart meter and TeltoCharge communication

Smart meter and TeltoCharge communicates via Modbus RS-485 protocol. In order to achieve smooth communication, it is recommended to use communication cable according to this protocol. Check example below

TeltoCharge DLB CableExample.png

Note: Communication cable should be integrated with power cable.

Supported energy meters

In order to strive for wider applicability and compatibility, we constantly test and add new supported devices into list. All of the supported Energy meters and schematics how to connect them are provided bellow.  

TeltoCharge supported energy meter list:

Energy meter manufacturer Type Supported model for Dynamic load balancing 1/3 phase Datasheet
Carlo Gavazzi series 1 EM111
EM111-DIN AV7/AV8 1 X S1 PF A/B (MID CERTIFIED) 1 phase
EM111
EM111-DIN AV7/AV8 1 X S1 X (NOT MID CERTIFIED)
ET112 ET112-DIN AV0/AV1 1 X S1 X (NOT MID CERTIFIED) ET112
Carlo Gavazzi series 3 EM330
EM330-DIN AV5 3 H S1 PF A/B (MID CERTIFIED) 3 phase EM330
EM330-DIN AV5 3 H S1 X (NOT MID CERTIFIED)
EM340
EM340-DIN AV2 3 X S1 PF A/B (MID CERTIFIED) EM340
EM340-DIN AV2 3 X S1 X (NOT MID CERTIFIED)
ET330 ET330-DIN AV5 3 H S1 X (NOT MID CERTIFIED) ET330
ET340 ET340-DIN AV2 3 X S1 X (NOT MID CERTIFIED) ET340
Carlo Gavazzi series 5 EM530
3 phase EM530
EM540
EM540

RS485 parameters for energy meter

Note: Energy meter parameters should match EVSE default parameters.

RS485 parameter EVSE default parameter value (configurable in mobile app)
Modbus adress 1
Baud rate 9600
Parity none
Stop bits 1

Carlo Gavazzi meters wiring:

Note: All of the Color-coding is strictly exemplary and is used simply to differentiate between different connection points. Different communication cables can have differently coloured wires. Connect them according to used inventory.  

3rd and 5th series to TeltoCharge connection
TeltoCharge DLB CarloGavazzi 3phase.png
1st series to TeltoCharge connection
TeltoCharge DLB CarloGavazzi 1phase.png

Powering the energy meter

To correctly connect smart energy meter to power source, it is recommended to use manufacturers installation manuals.

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