BELHYDROMET

Ru Be En

Main / About us / Press center / News and events

27.12.2018

Meteorological station “Мinsk” opening ceremony was held on December 27, 2018

Belhydromet realizes a number of major projects, which were supported by the President of the Republic of Belarus Alexander Lukashenko currently. First, it is a building of the meteorological and aerological observation complex “Minsk” in the district of military town.

Building of a new meteorological and aerological observation station started on April 2, 2018. The complex put into operation on April 5, 2018.

Uniqueness of the new complex consists of integrated approach of different observing networks functioning: surface meteorological, actinometric, hydrological and aerological.

The most modern equipment and instruments purchased and set for producing of all types of observations.

Surface meteorological observations are conducted on a 24-hour basis with the help of automated information measurement system produced by belarusian company OAO “Peleng”. System consists of 25 sensors and includes observations of state, change and atmosphere processes development, including dangerous and adverse hydrometeorological phenomena, measurement of parameters and identification of meteorological characteristics (74 characteristics and parameters).

Actinometric observations carries out automatically with the help of 5 sensors that are installed in actinometric station produced by belarusian company OAO “Peleng” and includes in a streaming operation mode a radiative regime data receiving: direct, ambient, total solar radiation, surface reflected radiation, radiation balance.

Atmosphere radiosonde measurement have stopped in 1998 because of the renovation in the building of observatory and equipment removal and was resumed with putting into operation of the Complex. Third sounding point opening in the center of the Republic of Belarus together with operating points of aerological observations in Brest and Gomel enables to capture temperature-wind sounding in the whole territory of the country.

The data will be used not only for prognostic purposes of Belarusian forecasters, but will expand presence of Belarus in international information exchange.

The one wind-temperature SODAR in mobile version put into operation on the territory of complex. Usage of such equipment enables to produce real-time continuous monitoring of temperature and wind parameters in low atmosphere layers in the purpose of providing dangerous meteorological phenomenon, to conduct radiation and ecological monitoring in Minsk and on the territory of BelNPP for calculation of pollution spread in case of hazardous situation.

Project for the development of radiolocation observation network also received a support. A modern radars usage lets receive actual weather information in real time mode, including storm danger warnings and adverse weather phenomena and quickly changing weather and forecast its development in the near future.

Belhydromet has three radars at its disposal: in Minsk, Gomel and Brest. There is a plan to install one in Vitebsk and Grodno and also to change radar in Brest. Installation work of Vitebsk radar was finished on December 2018. Work on choosing land for DMR is conducting in Grodno now.

Network of Belhydromet stationary observation points covers not a whole territory of Belarus, especially in part of precipitations. Currently meteorological network in Belarus consists of 51 observation stations, 38 of them have automated meteorological systems.

Increase of meteorological observation stations up to 60 is expected by 2020.

In frames of extension of meteorological observation networks started actions on automated meteorological stations installing. It’s also a new Belhydromets project. Automated meteorological station already functioning in Polotsk and Shchuchin. 2 stations in Grodno and Soligorsk were installed by the end of 2018.

Extension of observation network trough implement of automated stations do not requires stuff increasing and lets receive meteorological information in real time mode on territories which are not covered by stationary observation points.