ASTROSE Basic Package

Basic versions:

• FSK, Harvester version
  This version uses a harvester for its power supply. The data is transmitted via a 2.4 GHz WLAN connection.
• FSK, Harvester version with GSM connectivity
  This version uses a harvester for its power supply. The data is transmitted via the GSM network.

Special versions are available for particular use cases:

• FSK, Battery version
  This version relies on batteries for power supply. The data is transmitted via a 2.4 GHz WLAN connection.
• FSK, Battery version with GSM connectivity
  This version relies on batteries for power supply. The data is transmitted via the GSM network.
• FSK, Battery version with 2.4 GHz WLAN and GSM connectivity
  This version relies on batteries for power supply. The data is transmitted via a 2.4 GHz WLAN connection or the GSM network.

The stationary ASTROSE wireless base station usually comes integrated in the receiver antenna. It receives the monitoring data from the sensor nodes and forwards them to the ASTROSE server, usually via an LWL connection.

The mobile base station (see image) was designed with flexible use with a laptop in the field in mind.

The ASTROSE server stores and manages the incoming datasets. The server typically uses industry-grade PC hardware without active fans, preferably for top-hat rail mounting.

Centralized Data Capture 

All monitoring data received from the sensor nodes are captured and stored in a central database that forms an integral part of the ASTROSE software. A modern GUI offers efficient filters and formats for visualizing different datasets.

Online Analysis of Monitoring Data

The internal online analysis of incoming monitoring data allows the immediate detection of any disruptions in the power grid. In the case of significant incidents, the system automatically notifies the operator.

Data Interface with the Grid Operator’s Control Systems

The IEC 60870 protocol helps feed the monitoring data directly into the grid operator’s control systems.