System monitoringu oddalonych kotłowni

W artykule przedstawiono system monitoringu oddalonych kotłowni na przykładzie stworzonego narzędzia opartego o aplikację internetową SMOK. System SMOK zainstalowano w kilkudziesięciu kotłowniach o mocach >100 kW. Dzięki zdalnej rejestracji i monitorowania parametrów kotłów można optymalnie wprowadzać zmiany i korekty dla zapewnienia optymalnej ich pracy. Suma zysków to spadek zużycia gazu lub oleju do 10% w stosunku do analogicznych temperaturowo lat minionych. Przedstawiono przykłady zarejestrowanych awarii oddalonych od siebie kotłów oraz zaprezentowano systemy zdalnego odczytu liczników energii elektrycznej.

A monitoring system for remote boiler rooms using the special created tool based on Internet application SMOK is presented in this paper. The SMOK system was installed at the tens of boiler rooms of more than 100 kW power. Thanks to the remote recording and monitoring of boiler parameters, the optimal changes and corrections can be made to ensure the optimal operation of boilers. The benefit from such a solution is less usage of gas and oil, by up to 10% in relation to the previous years of comparable temperature. There are presented some examples of the recorded breakdowns of remote boiler rooms and the systems for remote reading of electricity meters. These systems support remote reading meters of different types and from different manufacturers. The measurement data are stored in databases from where they can be retrieved and processed by the client software. Data at different levels can be transmitted using various transmission media such as (PSTN, GSM-CSD, GPRS, Ethernet). Another system that has been implemented in some regions of our country is the system based on PLC technology ADDAX. The network for the transmission of digital data is used for two-way ADDAX.Net exchange of information between the device remote users and network customers.