Setup Guide
How to Use?
Turn your meter data into a dashboard in 30 minutes. Full integration with Modbus RTU/TCP meters, Telegraf, and InfluxDB.
System Architecture
Energy Meter
Modbus RTU/TCP
Telegraf
Data collection
InfluxDB
Time series DB
WattSkor
Cloud platform
Dashboard
Real-time
Meter → Modbus → Telegraf → InfluxDB → WattSkor API → Dashboard
Getting Started
Create an Account
Sign up with email or log in with Google/GitHub. Your 14-day free trial starts immediately.
- Go to wattskor.com/register
- Sign up with email and password (min 6 characters)
- Click the link in the verification email
- Log in — the onboarding wizard starts
Organization & Facility
Set your company name and settings password. Enter your facility name and coordinates.
- Enter your company / organization name
- Set a settings password (used for changing parameters)
- Enter the facility name (e.g. 'Main Factory')
- Enter facility coordinates (for weather and energy analysis)
InfluxDB Connection
Enter your InfluxDB server details and test the connection. Meters are discovered automatically.
- InfluxDB URL (e.g. https://influx.yourcompany.com)
- API Token (create in InfluxDB > Data > API Tokens)
- Enter the Organization and Bucket name
- Verify with the 'Test Connection' button
- View live values of discovered meters in the preview table
Meter Configuration & Collector Setup
Select your meter brand/model and connection type. The system generates an automatic setup package.
- Select brand and model for each meter (ENTES, Schneider, Siemens, Janitza...)
- Connection type: Modbus RTU (serial port) or Modbus TCP (Ethernet)
- Download the setup package (Telegraf config + installer script)
- Run the installer script — Telegraf is installed and started automatically
- Monitor connection status in real time
Using the Dashboard
Real-time monitoring begins. Manage your facility with 16 different analysis tabs.
- Dashboard: Live power, efficiency score, transformer status
- Alerts: Automatic threshold alarms and notifications
- Transformer Analysis: Voltage, current, power charts
- Harmonics: THD monitoring and K-Factor calculation
- Cost: Hourly cost analysis with EPIAS market prices
- Reporting: PDF and Excel report downloads
Technical Setup
Automatic Collector Setup
WattSkor automatically generates the setup package based on your meter brand and model. Download with one click, run it — and data starts flowing.
Requirements
- Windows 10/11 or Linux (Ubuntu 20.04+)
- Min 2 GB RAM, 10 GB disk
- InfluxDB v2 installed and accessible (URL, Token, Org, Bucket)
- Modbus RTU: Serial port connected to the meter (COM4, /dev/ttyUSB0, etc.)
- Modbus TCP: Same network connection as the meter
How Does It Work?
Meter Selection
Select your meter brand and model in the onboarding wizard. Popular brands like ENTES, Schneider, Siemens, and Janitza are supported with ready-made templates.
Package Download
Enter the connection type (RTU/TCP) and parameters. The system automatically generates telegraf.conf and the installer script. Download with one click.
Install & Start
Run the installer script — Telegraf is automatically downloaded, configured, and started as a service. Data starts flowing within 30 seconds.
Supported Meter Brands
| Brand / Model | Measurements | Harmonics |
|---|---|---|
| ENTES MPR60S/63S | V, I, P, Q, S, PF, CosPhi, f, THD, Energy | 13 order (2-15) |
| Schneider PM5xxx | V, I, P, Q, S, PF, f, THD, Energy | 13 order (2-15) |
| Siemens PAC3200 | V, I, P, Q, S, PF, f, THD, Energy | 15 order (2-15) |
| Janitza UMG96 | V, I, P, Q, S, PF, f, THD, Energy | THD only |
| Generic Modbus | V, I, P, PF, f (basic) | — |
Using a Different Brand?
If your meter brand is not listed, you can use the "Generic Modbus" template. Basic measurements (voltage, current, power, power factor, frequency) are compatible with all Modbus meters. Contact us for custom templates.
Start Setup Now
Sign up, define your meters, download the setup package. The system guides you through the entire process — no technical knowledge required.
Get StartedTechnical Reference
Field Names Table
Standard field names expected by the WattSkor system. The automatic setup package configures these field names automatically based on your meter template.
Voltage Measurements
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| voltage_L1N_V | L1-N Phase Voltage | V | 0.1 |
| voltage_L2N_V | L2-N Phase Voltage | V | 0.1 |
| voltage_L3N_V | L3-N Phase Voltage | V | 0.1 |
| voltage_L1L2_V | L1-L2 Line-to-Line | V | 0.1 |
| voltage_L2L3_V | L2-L3 Line-to-Line | V | 0.1 |
| voltage_L3L1_V | L3-L1 Line-to-Line | V | 0.1 |
Current Measurements
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| current_L1_A | L1 Phase Current | A | 0.001 |
| current_L2_A | L2 Phase Current | A | 0.001 |
| current_L3_A | L3 Phase Current | A | 0.001 |
| current_Neutral_A | Neutral Current | A | 0.001 |
Power Measurements
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| power_L1_W | L1 Active Power | W | 1.0 |
| power_L2_W | L2 Active Power | W | 1.0 |
| power_L3_W | L3 Active Power | W | 1.0 |
| power_total_W | Total Active Power | W | 1.0 |
| reactive_L1_var | L1 Reactive Power | var | 1.0 |
| reactive_L2_var | L2 Reactive Power | var | 1.0 |
| reactive_L3_var | L3 Reactive Power | var | 1.0 |
| reactive_total_var | Total Reactive Power | var | 1.0 |
| apparent_L1_VA | L1 Apparent Power | VA | 1.0 |
| apparent_L2_VA | L2 Apparent Power | VA | 1.0 |
| apparent_L3_VA | L3 Apparent Power | VA | 1.0 |
| apparent_total_VA | Total Apparent Power | VA | 1.0 |
Power Factor & Cos Phi
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| pf_L1 | L1 Power Factor | 0.001 | |
| pf_L2 | L2 Power Factor | 0.001 | |
| pf_L3 | L3 Power Factor | 0.001 | |
| pf_total | Total Power Factor | 0.001 | |
| cos_L1 | L1 Cos Phi | 0.001 | |
| cos_L2 | L2 Cos Phi | 0.001 | |
| cos_L3 | L3 Cos Phi | 0.001 | |
| cos_total | Total Cos Phi | 0.001 |
THD (Total Harmonic Distortion)
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| thd_voltage_L1_percent | L1 Voltage THD | % | 0.1 |
| thd_voltage_L2_percent | L2 Voltage THD | % | 0.1 |
| thd_voltage_L3_percent | L3 Voltage THD | % | 0.1 |
| thd_current_L1_percent | L1 Current THD | % | 0.1 |
| thd_current_L2_percent | L2 Current THD | % | 0.1 |
| thd_current_L3_percent | L3 Current THD | % | 0.1 |
| thd_current_neutral_percent | Neutral Current THD | % | 0.1 |
Energy & Frequency
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| active_consumed_total_Wh | Total Active Energy | Wh | 1.0 |
| reactive_q1_total_varh | Reactive Energy Q1 (Inductive) | varh | 1.0 |
| reactive_q4_total_varh | Reactive Energy Q4 (Capacitive) | varh | 1.0 |
| frequency_Hz | Grid Frequency | Hz | 0.01 |
Individual Harmonics (n = 2,3,4,5,6,7,8,9,10,11,12,13,15)
| Field Name (InfluxDB) | Description | Unit | Scale |
|---|---|---|---|
| h_IL1_{n}_percent | L1 Current {n}th Harmonic | % | 0.1 |
| h_IL2_{n}_percent | L2 Current {n}th Harmonic | % | 0.1 |
| h_IL3_{n}_percent | L3 Current {n}th Harmonic | % | 0.1 |
| h_ILN_{n}_percent | Neutral Current {n}th Harmonic | % | 0.1 |
| h_V1_{n}_percent | L1 Voltage {n}th Harmonic | % | 0.1 |
| h_V2_{n}_percent | L2 Voltage {n}th Harmonic | % | 0.1 |
| h_V3_{n}_percent | L3 Voltage {n}th Harmonic | % | 0.1 |
Automatic Configuration
When you select your meter brand and model, WattSkor automatically maps these field names to your meter’s Modbus register addresses. No manual configuration needed.
Frequently Asked Questions
Which energy meters are supported?
All energy meters that support Modbus RTU or Modbus TCP protocol. Popular brands like ENTES MPR60S/63S, Schneider PM5xxx, ABB M4M, Siemens PAC, and Janitza UMG series are directly supported.
Where should the Collector be installed?
On the computer physically connected to the meters, or a server on the same network. For Modbus RTU, the meter’s serial port must be connected to this computer. For Modbus TCP, being on the same network is sufficient. The WattSkor setup package automatically downloads and installs the required software.
Is technical knowledge required for setup?
No. The WattSkor automatic setup package handles the entire process for you. Select your meter brand, enter connection details, run the downloaded script — that’s it. For additional help, you can get technical support with the enterprise plan.
How long until data starts appearing?
When the setup package is run, data starts flowing to InfluxDB within 30 seconds. You can monitor the collector status in real time from the Settings tab.
What happens during an internet outage?
InfluxDB runs on the local server, so no data is lost. When internet is restored, the WattSkor platform continues accessing the data. Offline data buffering is handled automatically by Telegraf.