FIELD: satellite technology.
SUBSTANCE: invention relates to the field of satellite geodetic measurements and can be used to determine the spatial coordinates of controlled elements of engineering or natural objects during geodetic monitoring in real time under conditions of extreme ambient temperatures. Essence: the device contains a measuring module (1), a power source (6), a charging device (7), a means (8) of communication for transmitting geospatial measurement data. The measuring module (1) contains an interface module (4) for power supply voltage control, an interface module (5) for digital data transmission, and a measuring unit (14). The interface module (5) for digital data transmission of the measuring module (1) contains a program block (15), a memory block (16), and a digital data transmission block (17). The measuring unit (14) of the measuring module (1) contains an active GNSS antenna (2) and a phase GNSS receiver (3). The charging device (7) contains a step-down converter (10) of the supply voltage, a balancer (11) for charging supercapacitors, a charge storage (12), a current and voltage sensor (13).
EFFECT: reduced energy consumption of the device during its operation, increased energy independence of the device during operation in the process of geodetic monitoring in real time under extreme ambient temperatures, increased efficiency of access to the information provided for analysis and assessment of the condition of controlled elements of engineering or natural objects.
1 cl, 1 dwg
