Venus GX Brand Victron Energy
Remote management of Victron Energy devices via the Internet. Works with all components with a VE Direct connector such as MPPT charge controllers, voltage converters, BMV and others.
The Venus GX device is a photovoltaic system management center enabling the connection of each component or the entire system to the Internet using connection types such as: Ethernet cable connection, WiFi wireless connection, or using an optional GSM modem via a mobile phone network.
Thanks to the VE Direct and VE Can connectors, it is possible to monitor all components such as charge regulators, voltage converters, mains chargers or other monitoring devices such as Victron BMV.
The device is configured via a web browser, is intuitive and does not pose any problems. In addition to monitoring the system, the device also has NO/NC connectors enabling, for example, starting a generator with a start/stop function to recharge discharged batteries in the absence of solar power.
Venus GX is in constant contact with the Victron Energy Management portal, which collects data on an ongoing basis so that later analysis can be carried out even many months back. The Venus GX solution is unique on a global scale and in some cases it may prove indispensable.
List of compatible devices: The device works with most MPPT converters and charge controllers from Victron Energy.
Parameters / Venus GX model
Supply voltage [V] from 8V to 70V DC
Current consumption [A] 210mA@12V
110mA@24V
60mA@48V
VE Direct 2 ports
VE Can 2 ports
Can 2 interfaces
VE.Bus connector 2 ports
USB connector 2 ports
RJ45 Ethernet connector 10/100/1000 MB
WiFi transmitter YES
NO/NC connectors 2 sets
Temperature compensation -16 mV / °C resp. -32 mV / °C
Flexible charging algorithm Yes
Operating temperature -35C - +60C
INSTALLATION AND DIMENSIONS
Dimensions WxHxD [mm] 100 x 113 x 40 mm
Weight [kg] 0.65 kg
Vertical wall mount installation, intended for indoor use
SAFETY AND SECURITY
Protection class IP65
Protection against reverse battery polarity (fuse), too high temperature, output short circuit