Virtual Assistant
Installer
Getting Started Guide
Solutions and structure of the documentation
Hardware ordering and commissioning
Terms and Conditions of Sale and Warranty
Connection Schemes
Gateway and Communication
Community - Electrical Counting - RCP
Heating - Heating and Water Metering
Mobility - EV Charging Stations
Washaccess - Laundry Manager
eBike - Charging Electric Bikes
Optimization of Self-consumption
Energy monitoring of the building
Equipment and Installation
Gateway Climkit
4G Router
LAN Router
RS485-Ethernet Converter
DIN POE Ethernet Switch
WiFi Network
Electric Meters
MBus-RS485 Converter
Heating and Water Meters
EV Charging Stations
Relay I/O Module
RFID readers
Meter-relays
Storage system (battery)
Configuration and commissioning
Commissioning
Startup Guide for Commissioning
Adding a Router to a Site
Add a Climkit Gateway to a Site
Configuration of electric meters
Configuration of charging stations
Heating and Water Meter (MBus) Configuration
Installation of Shelly Meter-Relays
Optimization via relay and EV charging stations
Verification of Meter Connection
Advanced Configuration
Gateway Configuration
Configuration of RFID reader and meter-relay
IP Network Configuration and Routers
RS485-Ethernet TCP/IP Converters
Configure Teltonika RUT241
Display Screen Configuration
Configuration of Modbus Meters
Data Counting Processing
Manually Read Meter
Inepro PRO380 Meters and Various
ABB Terra AC Charger Configuration
Wallbox Configuration
Firewall Rules for Climkit Gateway
Schneider EVlink Pro AC Charger Configuration
Zaptec Charger Configuration
Owner
Administrative setup
Startup Guide - Administrative Setup
Form - 1. Contact Information
Form - 2. Solutions
Form - 3. Rates
Contract and documents to complete
Online Account for Owners
Information Flyers for Consumers
Online access, RFID badge, and charging stations
FAQ and Other Information
Resident
Account and app
Electricity Bill
Electric car charging station
Building Laundry Room
Electric Bike (eBike) Charging
Platform
Access to the platform
Terminology
Site
Parameters
Creation/Editing of a Note or an Issue to Address
Close an issue to be addressed
The status of a site
Add/Modify the Building(s)
The steps for setting up a site
Delete/Disable a Site
Add/Edit Equipment
Edit Site Basic Information
Equipment
Add/modify a gateway
Add/Modify a Router
Add/Modify an Electricity Meter
Insert meters in bulk
Mass assigning meters to a gateway
Add/Modify a Distribution Area
Add/Modify a Charging Station
Add/Modify a Thermal or Water Meter
Add/Edit a DSO Meter (FTP Transfer)
Connecting remotely to a Climkit gateway
Administration
Speakers
Management Conditions
Visualizing Site Management Conditions
Activation/Deactivation of a Solution
Configuration of the Operating Method
Visualizing financial conditions
Creation/Editing/Adding a Financial Condition
Removal of a financial condition
Accounts
Create a consumer account
Create a Contact
View and Download Invoices from an Account
Send the access to the platform to a contact
Add/Modify Billing Postal Address
Link an existing account to a site
Change the correspondence method
Rates and Billing Points
Creation/Editing of a Billing Point
Recording a Move (Transfer)
Account Assignment to a Billing Point
Add/modify the default charge advance payment of a billing point
See the consumption site rates
Editing a consumption rate
Creation/Editing of a Consumption Rate
Creation/Editing of a Consumption Rate Component
See Fixed Prices and Subscriptions
Customizing Invoice Position Labels/Titles
See the Financial conditions billed at the Billing points
RFID Badges
Accounting
Tools
Meter Control
Visualization
Expense Reports
Introduction to the Expense Calculation Tool
Create/modify an expense accounting period
Modify the fee breakdown settings
Add/modify a general expenses invoice in an expense report
Edit advances received from an expense statement
Specificity of heating costs and hot water production
Check and download meter readings for the billing period
Allocate and Generate Fee Statements
Export individual consumption for the billing period
API
Table of Contents
- Categories
- Installer
- Configuration and commissioning
- Advanced Configuration
- Configuration of RFID reader and meter-relay
Configuration of RFID reader and meter-relay
Create and configure the following elements on the online portal:
- Sensor (provides the ON/OFF status of the relay)
- Meter
- Relay
- RFID Reader
Although the Shelly and the SDM530C are both meter, relay, and sensor, they must be created separately.
1. Sensors
Sensors are used by the system to know the closed or open status (ON/OFF) of the relay.
Under sensors, add a sensor. Parameters according to the model:
Eastron SDM530C (Modbus RTU)
- Name: unique name identifying the device, its location, and the solution. E.g., Laundry Relay Meter No. 1.
- Type:
State On/Off
- Address: Unique primary Modbus address from 1 to 250.
Register the address directly in the device. See the Eastron SDM530C manual.
- Register:
0
- Protocol:
modbus
- Model:
SDM530C

- Reading frequency:
900
(recommended) - Asynchronous:
checked
This is the physical reading frequency of the sensor.
- Asynchronous unchecked: the sensor is physically read and the relay status is sent at the defined reading frequency.
- Asynchronous checked: the sensor is physically read at the defined reading frequency but the relay status is sent only if it differs from the last reading. In any case, statuses are sent every hour.
The services (washaccess, optimization, or ebike) read the sensors and activate the relays when needed, but these services never send the sensor status.
For relays used by the Optimization service, set a frequency lower than 60 seconds, but no lower than 30 seconds.
Eastron SDM530C (Modbus TCP)
SDM530C relay meters can communicate using Modbus TCP via an RS485-Ethernet converter.
The configuration is the same as above except for the following parameters:
- Protocol:
modbustcp
- Model:
SDM530C_TCP
- Additional parameters:
{'server_ip': 'CONVERTER IP ADDRESS', 'server_port': 502}
Shelly
- Name: unique name identifying the device, its location, and the solution. E.g., Shelly Bike Socket No. 1.
- Type:
State on/off
- Address:
0
- Register:
ison
- Protocol:
API
- Model:
ShellyGen2
- Additional parameters: see below
Start the Shelly and connect to the Wi-Fi network it emits. The SSID is of the type shelly1-XXXXX.
Open a web browser and connect to the default IP address of the Shelly: http://192.168.33.1.
Under "Internet & Security" --> "WIFI MODE CLIENT" --> Check "Connect the Shelly device to an existing WiFi Network" and enter the local Wi-Fi parameters (SSID and PASSWORD).

Under "Internet & Security" --> "Restrict Login" --> Check "Restrict the web interface" and enter "admin" in the User field and a unique secure password.

Set a fixed IP address for the Shelly in the router (local LAN network) and restart the Shelly. See 4G Router Configuration.
Record the above-defined IP preceded by http://
, the username, and the password chosen in additional parameters as formatted below:
{
'api_address': 'http://192.168.1.60',
'api_username': 'admin',
'api_password': 'admin'
}
2. Meter
Create a meter under the Meters tab.
Parameters identical to the Sensors paragraph above.
In case of using the SDM530C with Modbus TCP, choose the model: eastron_modbus_tcp
and under additional parameters:
Key | Value |
| RS485 CONVERTER IP ADDRESS |
|
|
3. Relay
Create a relay under the Sensors/Relays tab --> Sensors
Parameters same as Sensors above.
Link the relay to a sensor.

4. RFID Reader and linked object
Add an RFID Reader

Add an RFID reader under the RFID Readers tab.
- Name: unique name identifying the device, its location, and the solution. E.g., Laundry RFID Reader No. 1.
- Model:
InveoIndLed_HTTP_GET
without keyboard orInveoIndLed_Keyboard_HTTP_GET
with keyboard - Address (modbus):
1
(generally, we leave address 1 by default) - Additional parameters: specify connection parameters of the Ethernet-connected RFID reader (IP address, port, username, and password) following the format below:
{'server_ip': '192.168.2.11',
'server_port': 502,
'username': 'admin',
'password': 'admin00'}
- Linked solution:
WashAccess
oreBike

Add a linked object
Click on the + of the RFID reader created above.
- ID (Number): if the reader is equipped with a numeric keyboard, enter the socket number.
E.g., 1
, 2
, 2
, etc. or 1111
for InveoIndLed_Keyboard_HTTP_GET
The socket numbers must be exactly 4 digits.
For readers without a keyboard (InveoIndLed_HTTP_GET
), enter something unique.
- Relay: Select the relay
- Associated Sensor (ON/OFF): Select the sensor corresponding to the relay
- Associated Meters: Select one or more meters. Typically the meter corresponding to the relay meter.
At least one meter (usually electric). It is also possible to associate a water meter for Washaccess, for example.

5. Inveo RFID Card Readers
Inveo RFID readers connect via Ethernet and can be powered separately or via PoE (Ethernet).
Connect the reader to a computer, use the address 192.168.111.15 to access the web interface.
Default Username: admin
Default Password: admin00
Network
Change the fixed address of the device to: 192.168.2.20
. Note if multiple RFID readers, continue with 192.168.2.21
, then 192.168.2.22
, etc.
Under Network > IP Configuration:
- Host Name: Device's Serial Number
- IP Address: address defined above.

Enable DHCP under Network and connect the device to the same network as the computer and the Gateway. Set a fixed IP address for the reader via the web interface of the network router.
Check DHCP
(or set a fixed IP according to desired network parameters)
RFID Settings
Check Continuous reading

I/O Settings
Select:
Card Action: All Cards (Short beep)
LED LCD Backlight Action: None

Administration
Check: Enable HTTP GET

Inveo Card Reader with Numeric Keyboard
Text Message
Prompt Message
Line 1: BADGER + No SOCKET
Line 2: -> ENTER
