History
History
The beginning of nowadays activity of Energoinvest Kibernetika starts in the 70ths, and it is related with appearance of the first process computers that were used in industrial real time control engineering(GE PACK, PDP8…).
In 1972 in Energoinvest Sarajevo’s research center for industrial automation was formed team for developing application of process computers in process control.
Three years later in Energoinvest was formed new Institute for computer and informational systems(IRIS) with special department for computer control of technological processes (RUTP).
From 1975 to 1989 this activity was developing and Energoinvest Kibernetika was changing its organisational form from OOUR to RO. (OOUR and RO are types of company organisation in former socialistic Yugoslavia)
Before the war in Yugoslavia, in 1991 Energoinvest Kibernetika has became joint stock company-Energoinvest Kibernetika a.d. .
With the begining of first war actions in Sarajevo, there were not conditions for doing bussines, so under branch office of Energoinvest in Belgrade, new temporarily company Beokibernetika was founded. Primarily mission of Beokibernetika was to save actual projects during war time. Company exist and operates with permision of the Republic Srpska government.
From 1995 company takes old name Energoinvest Kibernetika and works independently or as partner of worldwide well konwn manufacturers of DCS systems, intendent to control of technological processes in power plants, basic chemistry, oil refineries, industry and other technical plants.
Nowdays Energoinvest Kibernetika d.o.o. successfully works with decades of experience, following the global trends in the development of information technologies and their implementation in industrial plants.
1972 | Development team for process computers application in technological process control(As part of Energoinvest research center). |
1973 | Establishing development computer platform for computer technological process control based on MITRA 15 (Jemaunt Schneider). |
1974 | First SCADA project in thermal power plant Kakanj 100MW(BiH) |
1975 | Technological processes computer control department (RUTP) as part of Energoinvest institute for computer and informational systems. |
1978 | Technological processes computer control sector (RUTP) as part of Energoinvest institute for computer and informational systems (SCADA projects in thermal powerplant Gacko,thermal power plant Tuzla 5,thermal power plant Kakanj, platforms based on PDP 11). |
1979 | Computer system for automatic control of aluminum electrolysis. |
1980 | Computer system for automatic control of fodder mixer. |
1982 | Computer system for automatic control of experimental laboratories (IVTAM Russia). |
1983 | Computer system for automatic control in ferrous metallurgy. |
1984 | SCADA for hydro power plant Grabovica (Salakovac,Mostar,BiH) |
1985 | START-STOP automat LPA 500. |
1986 | Inteligent distibuted process interface (IPI 200), key component of DCS. |
1987 | Energoinvest Kibernetika OOUR (Distributed control system for chemical processes based on inteligent distributed process interface (IPI 200) and 32 bit platforms Micro VAX and VME-MOTOROLA). |
1988 | Distributed control system TREND 90 (based on inteligent, distributed process interface (IPI 200) and 32 bit platforms Micro VAX and VME-MOTOROLA). |
1989 | Energoinvest Kibernetika RO (TREND 90 application in thermal power plant Sostanj and thermal power plant Bitola). |
1990 | Stepper motor as pneumatic valve actuator (Microprocessor regulator IPI 300). |
1991 | Energoinvest Kibernetika joint stock (Integrated informational control system for Sochi airport, Russia, DALRIBA Vladivostok, Russia). |
1992 | Beokibernetika Belgrade (Temporary organisation during war time). |
1993 | Dosing automatic control system in coated electrodes manufacturing. |
1994 | Peak power control in industry. |
1995 | Energoinvest Kibernetika Ltd. (Armature automatic testing platform design) |
1996 | Automatic powder materials tank loading, pollination systems in industry. |
1997 | SCADA for beer factory. |
1998 | Reconstruction of auxiliary consumption system in 200MW thermal power plant. |
2000 | 300MW thermal power plant control system modernisation project. Preparation for new DCS. |
2001 | Team work with Westinghouse on new DCS(OVATION) implementation in 300MW thermal power plant. |
2004 | Independent work on OVATION-DCS expansion. |
2005 | Ash hydraulic transport automatic control system. |
2007 | Thermal power plant chemical water preparation automatic control system. |
2008 | 300MW steam turbine digital regulator based on OVATION platform. |
2009 | Oil refinery control system modernisation. |
2010 | 300MW steam turbine digital regulator based on Allen Bradley platform. |
2011 | 300MW thermal power plant pneumatic ash transport control system. |
2012 | Team work on software development for new thermo power plant DCS based on TORNADO platform. |
2013 | Team work on new TORNADO DCS platform implementation(300MW thermal power plant). |
2015 | Team work on new TORNADO DCS platform implementation(2*55MW hydro power plant). |