Solar plant gateway WebdynSun

The WebdynSun gateway is used to monitor and collect data from a solar plant installation.On a single unit, the gateway brings together all the indicators from inverters, the electric meters and environmental sensors (sunshine intensity, temperature, wind speed, etc.).

QUICK ACCESS: OPERATION - INSTALLATION - COMPATIBLE INVERTERS - ARCHITECTURE - STRENGTHS

OPERATION

- Data is formatted (CSV) and sent periodically through the GPRS, Ethernet or telephone network (STN) to a federating server
- Triggering and transmission of alarms can be in real time, depending on the status of the variables
- Reception on the WebdynSun gateway of control file from the central server enabling it to operate local actions
- Remote configuration and firmware updates
- Synchronization of all the gateway functions with the server via web services


INSTALLATION

- The initial configuration is carried out via the pages of the embedded web server
-  Once configuration is complete, periodic data collection can start automatically
- After synchronizing with the remote server, all configurations/actions can be carried out remotely: equipment, data server address, data format, collection frequency, etc.


COMPATIBLE INVERTERS

Below is the list of inverters compatible with the WebdynSun concentrator :
- Danfoss - ComLynx protocol
- Delta Energy Systems
- Diehl - Platinum
- Fronius
- Ingeteam
- Kaco
- LTI
- GreenString Mersen
- Power-One
- Schneider Electric: ConextCOM; Conext-TL; SunEzy
- Siemens: PVM; Refusol
- SMA: Sunny Boy; Sunny Central; Sunny Mini Central; Sunny Tri-Power
- Socomec: SunsysHOME; SunsysPRO
- Solarmax: MaxCOMM; MaxMeteo; MaxCount
- Huawei (using Modbus)
- SunSpec (using Modbus)


 

ARCHITECTURE


STRENGTHS

  • Plug & play

  • Up to 100 inverters monitored per gateway

  • Compatible with inverters available on the market

  • Very low consumption of data

APPLICATIONS

  • Real-time monitoring of electricity production

  • Preventive and curative remote maintenance of the plant

BENEFITS

  • Aggregation of all data and photovoltaic parameters at a single point

  • Real-time supervision

  • Optimization of electricity production efficiency