Nuclear energy
PJSC “SRPA “Impulse” is a leading supplier of modern control and management systems for nuclear power plants. Our solutions ensure the highest standards of safety, accuracy, and reliability, which are critical for operations in the nuclear energy sector.
We develop and implement innovative systems that meet international requirements and support the stability of critical infrastructure facilities.
| Facility | Unit | System | Year of implementation |
|---|---|---|---|
| Khmelnitsky NPP | 2 | PTK of the upper level of in-core monitoring system (SVRK-M2) | 2025 |
| Khmelnitsky NPP | 2 | Complex diagnostic system KSD (Upper level and residual equipment resource diagnostic system) | 2025 |
| Rivne NPP | 4 | Automatic control and protection systems of turbines SARZT | 2025 |
| Khmelnitsky NPP | 2 | Safety control system USBT | 2025 |
| Rivne NPP | 2 | PTK of the upper level of in-core monitoring system (SVRK-M2) | 2024 |
| South-Ukraine NPP | 1 | PTK of the upper level of in-core monitoring system (SVRK-M2) | 2024 |
| Rivne NPP | 4 | PTK of the upper level of in-core monitoring system (SVRK-M2) | 2024 |
| Rivne NPP | 4 | Modernized AKNP-I | 2023 |
| South-Ukraine NPP | 3 | In-core monitoring system SVRK-M2 | 2023 |
| Rivne NPP | 3 | In-core monitoring system SVRK-M2 | 2023 |
| South-Ukraine NPP | Registration and display devices URO-1 | 2023 | |
| Khmelnitsky NPP | 2 | PTK SAR SNE RO | 2022 |
| South-Ukraine NPP | RZA of the starting-reserve transformer | 2022 | |
| Rivne NPP | 3 | Modernized AKNP-I | 2022 |
| South-Ukraine NPP | 2 | SVRShD vibronoise diagnostics system | 2022 |
| South-Ukraine NPP | 2 | SKPT system of primary circuit coolant leakage monitoring of the primary circuit | 2022 |
| Rivne NPP | 3 | PTK SVRK-M with integration of a BEACON-TSM neutron-physical calculation subsystem | 2022 |
| Khmelnitsky NPP | 2 | Boron concentration monitoring system | 2022 |
| Khmelnitsky NPP | 1 | Power supply system for software and hardware complex control rod control system RCS-M | 2022 |
| NTC ZNPP | Simulator of the neutron flux monitoring equipment for the switchboard control unit of the training center ZNPP-3 | 2022 | |
| NTC ZNPP | Simulator of the neutron flux monitoring equipment for the switchboard control unit of the training center ZNPP-1 | 2021 | |
| Khmelnitsky NPP | 2 | Safety control system USB (SB-1) | 2021 |
| Khmelnitsky NPP | 2 | Instrumentation and control system of the normal operation system for the turbine division (I&C of NOCS for TO) to the extent of the control and measurement instrumentation (KIP) | 2021 |
| Khmelnitsky NPP | 2 | Instrumentation and control system of the normal operation system for the reactor division (I&C of NOCS for RO) to the extent of the control and measurement instrumentation (KIP) | 2021 |
| Khmelnitsky NPP | 2 | Power supply system for software and hardware complex control rod control system RCS-M | 2021 |
| Kozloduy NPP | 5 | Vibration monitoring and diagnostics system for reactor coolant pumps (VMDS RCP) | 2021 |
| Zaporizhzhya NPP | 6 | Standby diesel generator station automatic control system | 2021 |
| Zaporizhzhya NPP | 2 | Standby diesel generator station automatic control system | 2021 |
| South-Ukraine NPP | 3 | Boron concentration monitoring system | 2021 |
| Rivne NPP | 4 | Boron concentration monitoring system | 2020 |
| Khmelnitsky NPP | 1 | Boron concentration monitoring system | 2020 |
| Zaporizhzhya NPP | 5 | Reactor facility’s primary circuit equipment complex diagnostics system | 2020 |
| Zaporizhzhya NPP | 5 | Standby diesel generator station automatic control system | 2020 |
| Zaporizhzhya NPP | 4 | Standby diesel generator station automatic control system | 2020 |
| Zaporizhzhya NPP | 3 | Standby diesel generator station automatic control system | 2020 |
| Zaporizhzhya NPP | 1 | Standby diesel generator station automatic control system | 2020 |
| Kozloduy NPP | 6 | Vibration monitoring and diagnostics system for reactor coolant pumps (VMDS RCP) | 2020 |
| Zaporizhzhya NPP | 5 | ESFAS safety control system (SB-2) | 2020 |
| Zaporizhzhya NPP | 5 | NAR-I neutron boron analyzer (boronmeters) | 2019 |
| Zaporizhzhya NPP | 5 | Normal operation control system for turbine division | 2019 |
| South-Ukraine NPP | 3 | Process information system | 2019 |
| Zaporizhzhya NPP | 5 | ESFAS safety control system (SB-3) | 2019 |
| Zaporizhzhya NPP | 5 | “Black Box” system for registration of important operational parameters (SRVPE) | 2019 |
| Zaporizhzhya NPP | 5 | ESFAS safety control system (SB-1) | 2019 |
| Khmelnitsky NPP | 1 | Emergency and post-accident monitoring system and emergency instrumentation (PAMS) | 2019 |
| Khmelnitsky NPP | 2 | Emergency and post-accident monitoring system and emergency instrumentation (PAMS) | 2019 |
| Zaporizhzhya NPP | 5 | Process information system | 2019 |
| Zaporizhzhya NPP | 3 | NOS RO normal operation system for reactor division | 2018 |
| Zaporizhzhya NPP | NKU RTZO-I low-voltage switchgear | 2018 | |
| Zaporizhzhya NPP | 3 | NOS TO normal operation system for turbine division | 2018 |
| Rivne NPP | 4 | PAMS I&C instrumentation and control system for post-accident monitoring of a reactor facility | 2018 |
| Zaporizhzhya NPP | 4 | NOS RO normal operation system for reactor division | 2018 |
| Rivne NPP | 3 | PAMS I&C instrumentation and control system for post-accident monitoring of a reactor facility | 2018 |
| Zaporizhzhya NPP | 4 | NAR-I neutron solution analyzers (boron meters) | 2018 |
| Zaporizhzhya NPP | 4 | NOS TO normal operation system for turbine division | 2018 |
| Zaporizhzhya NPP | 3 | Lower level of process information system | 2018 |
| Rivne NPP | 2 | PAMS I&C instrumentation and control system for post-accident monitoring of a reactor facility | 2018 |
| Zaporizhzhya NPP | 4 | Lower level of process information system | 2018 |
| Zaporizhzhya NPP | 4 | AKNP neutron flux monitoring system | 2018 |
| Zaporizhzhya NPP | 5 | AKNP neutron flux monitoring system | 2018 |
| Zaporizhzhya NPP | 3 | “Black Box” system for registration of important operational parameters (SRVPE) | 2018 |
| Zaporizhzhya NPP | 4 | “Black Box” system for registration of important operational parameters (SRVPE) | 2018 |
| Zaporizhzhya NPP | 2 | KSD complex diagnostics system | 2018 |
| Rivne NPP | 1 | PAMS I&C instrumentation and control system for post-accident monitoring of a reactor facility | 2018 |
| Zaporizhzhya NPP | 3 | ESFAS safety control system (SB – 1, 2, 3) | 2017 |
| Zaporizhzhya NPP | 4 | ESFAS safety control system (SB – 1, 2, 3) | 2017 |
| Zaporizhzhya NPP | 3 | Upper level of a process information system of KSO (complex for communication with a facility) of ESFAS-1 | 2017 |
| Zaporizhzhya NPP | 4 | Upper level of a process information system of KSO of ESFAS -1 | 2017 |
| Zaporizhzhya NPP | 3 | KSD complex diagnostics system (SVRShD, SKPTr, upper level of KSD) | 2017 |
| South-Ukraine NPP | 3 | KSD complex diagnostics system | 2017 |
| Zaporizhzhya NPP | 3 | Equipment of a lower level of an SVRK-M modernized in-core monitoring system | 2017 |
| Rivne NPP | 4 | SUA TPKV system to control emergency “Coolant leak from the primary circuit to the secondary one with the equivalent section DY 100” | 2016 |
| Khmelnitsky NPP | 1 | KSD complex diagnostics system | 2016 |
| Rivne NPP | 3 | KSD complex diagnostics system | 2016 |
| Zaporizhzhya NPP | 2 | NOCS TO normal operation control system for turbine division | 2016 |
| Zaporizhzhya NPP | 1 | Instrumentation and control system of the turbine regulating system (I&C of SRT) | 2016 |
| Zaporizhzhya NPP | 1 | KSD complex diagnostics system | 2016 |
| Zaporizhzhya NPP | 2 | Instrumentation and control system of the automatic regulating system of turbine division (I&C of ASR TO) | 2016 |
| Zaporizhzhya NPP | 2 | IVS process information system (lower level) | 2016 |
| South-Ukraine NPP | 2 | SVShD vibronoise diagnostics system | 2015 |
| South-Ukraine NPP | 2 | Coolant leak monitoring system | 2015 |
| Rivne NPP | 3 | IVS process information system | 2015 |
| Zaporizhzhya NPP | 2 | I&C of PAMS instrumentation and control system of post-accident monitoring of reactor facility | 2015 |
| Zaporizhzhya NPP | 2 | Instrumentation and control system of control and measuring instrumentation of turbine division | 2015 |
| Zaporizhzhya NPP | 2 | SUA TPKV control system of emergency “Coolant leak from primary circuit to secondary one” | 2014 |
| Zaporizhzhya NPP | 1 | I&C of ASR TO instrumentation and control system of automatic regulating system of turbine division | 2014 |
| Zaporizhzhya NPP | 1 | IVS process information system (lower level) | 2014 |
| Zaporizhzhya NPP | 1 | NOS TO normal operation system for turbine division | 2014 |
| Zaporizhzhya NPP | 1 | I&C of PAMS instrumentation and control system of post-accident monitoring of reactor facility | 2014 |
| Zaporizhzhya NPP | 1 | SUA TPKV control system of emergency “Coolant leak from primary circuit to secondary one” | 2014 |
| Zaporizhzhya NPP | 1 | KSD reactor facility complex diagnostics system | 2014 |
| Kola NPP | 4 | KE SUZ electrical equipment set of control and protection system | 2014 |
| Zaporizhzhya NPP | 4 | “Black box” system for information storage in beyond design basis accident conditions | 2014 |
| South-Ukraine NPP | 1 | NAR-I neutron boron analyzer (boronmeters) | 2014 |
| Zaporizhzhya NPP | 3 | NFMS-IF neutron flux monitoring system | 2014 |
| Zaporizhzhya NPP | 2 | NAR-I neutron boron analyzer (boronmeters) | 2014 |
| Rivne NPP | 2 | The primary coolant leak monitoring system | 2014 |
| Zaporizhzhya NPP | 2 | Reactor division normal operation equipment I&C system (SW & HW of NOS (reactor)) | 2014 |
| Zaporizhzhya NPP | 2 | Safety control system (SW & HW of SCS1) | 2014 |
| Zaporizhzhya NPP | 1 | NAR-I neutron boron analyzer (boronmeters) | 2013 |
| Zaporizhzhya NPP | 1 | NFMS-IF neutron flux monitoring system (EPP-RMS set (emergency and preliminary protection and reload monitoring system)) | 2013 |
| Khmelnitsky NPP | 2 | SSA-4/5 smooth startup automates | 2013 |
| Zaporizhzhya NPP | 2 | SSA-4/3, SSA-4/5 smooth startup automates | 2013 |
| Zaporizhzhya NPP | 1 | Safety control system (SW & HW of SCS1) | 2013 |
| Zaporizhzhya NPP | 1 | NFMS-IF neutron flux monitoring system (set for BCR) | 2012 |
| Zaporizhzhya NPP | 2 | “Black box” system | 2012 |
| Zaporizhzhya NPP | 1 | Reactor division normal operation equipment I&C system (SW & HW of NOS (reactor)) | 2012 |
| Zaporizhzhya NPP | 2 | Safety control system (SW & HW of SCS2) | 2012 |
| Zaporizhzhya NPP | 1 | Safety control system (SW & HW of SCS2) | 2012 |
| Zaporizhzhya NPP | 5 | NFMS-IF neutron flux monitoring system (EPP-RMS set (emergency and preliminary protection and reload monitoring system)) | 2011 |
| Khmelnitsky NPP | 1 | The primary coolant leak monitoring system | 2011 |
| Rivne NPP | 1 | In-core monitoring system | 2011 |
| Rivne NPP | 1 | System to detect free and poorly fixed objects | 2011 |
| Zaporizhzhya NPP | 1 | Digital normal operation system (turbine division) | 2011 |
| Zaporizhzhya NPP | 1 | Digital safety control system (technological) | 2011 |
| Zaporizhzhya NPP | 6 | RCS-1000 control rod control system | 2011 |
| Zaporizhzhya NPP | 6 | NFMS-IF neutron flux monitoring system (EPP-RMS set (emergency and preliminary protection and reload monitoring system)) | 2011 |
| South-Ukraine NPP | 1 | NFMS-IF neutron flux monitoring system (set for BCR) | 2011 |
| LvivORGRES OJSC | SSA-4 smooth startup automates | 2011 | |
| Zaporizhzhya NPP | 3 | MCR full-scale simulator | 2011 |
| Zaporizhzhya NPP | 1 | MCR full-scale simulator | 2011 |
| Rivne NPP | 2 | System to detect free and poorly fixed objects | 2011 |
| Rivne NPP | 2 | In-core monitoring system | 2011 |
| South-Ukraine NPP | Energy-release and thermal-monitoring stubs | 2011 | |
| Zaporizhzhya NPP | 3 | Energy-release and thermal-monitoring stubs | 2011 |
| Zaporizhzhya NPP | 2 | Energy-release and thermal-monitoring stubs | 2011 |
| Zaporizhzhya NPP | 1 | ICMS-M in-core monitoring system | 2010 |
| Zaporizhzhya NPP | 4 | Energy-release and thermal-monitoring stubs | 2010 |
| Zaporizhzhya NPP | 5 | Digital normal operation system (turbine division) (first stage) | 2010 |
| Zaporizhzhya NPP | 5 | Digital normal operation system (reactor division) (second stage) | 2010 |
| South-Ukraine NPP | 2 | NFMS-IF neutron flux monitoring system (2 EPP-RMS sets) | 2010 |
| Armenian NPP | 2 | NAR-I neutron boron analyzer | 2010 |
| Armenian NPP | 2 | NFMS-IF neutron flux monitoring system (two EPP sets) | 2010 |
| Zaporizhzhya NPP | 2 | Digital safety control systems (technological) | 2010 |
| Rivne NPP | 2 | ICMS-M in-core monitoring system (upper level) | 2010 |
| Rivne NPP | 4 | Control system of emergency “Coolant leak from primary circuit to secondary with equivalent cross-section Dy 100” | 2010 |
| South-Ukraine NPP | 2 | ICMS-M in-core monitoring system (hardware and software) | 2010 |
| Rivne NPP | 1 | NAR-I-N and NAR-I-P submersible and mounted neutron boron analyzers (boronmeters) | 2010 |
| Rivne NPP | 2 | NAR-I-N and NAR-I-P submersible and mounted neutron boron analyzers (boronmeters) | 2010 |
| Rivne NPP | 1 | Process information system of upper block level for a full-scale simulator | 2009 |
| Rivne NPP | 2 | NFMS-IF neutron flux monitoring system for a full-scale simulator | 2009 |
| Khmelnitsky NPP | NFMS-IF neutron flux monitoring system for a full-scale simulator | 2009 | |
| Rivne NPP | 1 | NFMS-IF neutron flux monitoring system (two EPP sets) | 2009 |
| Rivne NPP | 1 | Process information system of upper block level | 2009 |
| Rivne NPP | 3 | RCS-1000 control rod control system | 2009 |
| Zaporizhzhya NPP | 2 | ICMS-M in-core monitoring system | 2009 |
| Khmelnitsky NPP | 2 | Control system of emergency “Coolant leak from primary circuit to secondary with equivalent cross-section Dy 100” | 2009 |
| Khmelnitsky NPP | 2 | System to detect free and poorly fixed objects | 2009 |
| Khmelnitsky NPP | 2 | Coolant leak monitoring system | 2009 |
| Khmelnitsky NPP | 2 | In-core monitoring system | 2009 |
| Khmelnitsky NPP | 2 | Reactor facility vibrodiagnostics system | 2009 |
| Rivne NPP | SSA-4 smooth startup automates | 2009 | |
| Khmelnitsky NPP | SSA-4 smooth startup automates | 2009 | |
| Khmelnitsky NPP | SC-2 signal converters | 2009 | |
| Zaporizhzhya NPP | SC-2 signal converters | 2009 | |
| Zaporizhzhya NPP | PSU-157/2 power supply units | 2009 | |
| Zaporizhzhya NPP | 1 | RCS-1000 control rod control system | 2009 |
| Rivne NPP | 2 | NFMS-IF neutron flux monitoring system (2 sets for EPP) | 2009 |
| Zaporizhzhya NPP | PSU-157/2 power supply units | 2008 | |
| Rivne NPP | 3 | NAR-I neutron boron analyzer | 2008 |
| Zaporizhzhya NPP | SC-2 signal converters | 2008 | |
| Zaporizhzhya NPP | SSA-4 smooth startup automates | 2008 | |
| Khmelnitsky NPP | 2 | Vibromonitoring and diagnostics system of reactor coolant pumps | 2008 |
| Rivne NPP | 4 | System to detect free and poorly fixed objects | 2008 |
| Rivne NPP | 4 | Coolant leak monitoring system | 2008 |
| Rivne NPP | 4 | In-core monitoring system | 2008 |
| Rivne NPP | 4 | Reactor facility vibrodiagnostics system | 2008 |
| Rivne NPP | 4 | Vibromonitoring and diagnostics system of reactor coolant pumps | 2008 |
| Rivne NPP | 4 | Complex diagnostics system | 2008 |
| Khmelnitsky NPP | 2 | Complex diagnostics system | 2008 |
| Rivne NPP | 4 | Technical support centre for operators in emergency situations | 2008 |
| Rivne NPP | 3 | Technical support centre for operators in emergency situations | 2008 |
| Khmelnitsky NPP | 2 | Technical support centre for operators in emergency situations | 2008 |
| Khmelnitsky NPP | 1 | Technical support centre for operators in emergency situations | 2008 |
| Rivne NPP | 4 | “Black box” system | 2008 |
| Rivne NPP | 3 | “Black box” system | 2008 |
| Rivne NPP | 2 | “Black box” system | 2008 |
| Rivne NPP | 1 | “Black box” system | 2008 |
| Khmelnitsky NPP | 2 | “Black box” system | 2008 |
| Khmelnitsky NPP | 1 | “Black box” system | 2008 |
| Zaporizhzhya NPP | 5 | Digital normal operation system (unit’s reactor division) (first stage) | 2008 |
| Zaporizhzhya NPP | 2 | RCS-1000 control rod control system | 2008 |
| Zaporizhzhya NPP | 6 | NFMS-IF neutron flux monitoring system (for BCR) | 2008 |
| Khmelnitsky NPP | 1 | Unit’s safety control system on hardware logic (based on UKTS-VL), the third set | 2008 |
| Khmelnitsky NPP | 1 | Unit’s safety control system on hardware logic (based on UKTS-VL), the second set | 2008 |
| Khmelnitsky NPP | 1 | Unit’s safety control system on hardware logic (based on UKTS-VL), the first set | 2008 |
| Zaporizhzhya NPP | 4 | Normal operation system (unit’s turbine division) on hardware logic (based on UKTS-VL) | 2008 |
| Rivne NPP | 1 | NFMS-IF neutron flux monitoring system (for RCPS & MCR) | 2008 |
| Khmelnitsky NPP | 1 | NFMS-IF neutron flux monitoring system (set 2 for EPP-RMS) | 2008 |
| Zaporizhzhya NPP | 3 | Unit’s safety control system on hardware logic (based on UKTS-VL), the first set | 2008 |
| Khmelnitsky NPP | 2 | NAR-I neutron boron analyzer | 2007 |
| Zaporizhzhya NPP | SC-2 signal converters | 2007 | |
| Khmelnitsky NPP | SC-2 signal converters | 2007 | |
| Kursk NPP | SSA-4 smooth startup automates | 2007 | |
| Rivne NPP | SSA-4 smooth startup automates | 2007 | |
| Khmelnitsky NPP | SSA-4 smooth startup automates | 2007 | |
| Zaporizhzhya NPP | SSA-4 smooth startup automates | 2007 | |
| Zaporizhzhya NPP | 4 | ICMS-M in-core monitoring system | 2007 |
| Khmelnitsky NPP | 2 | Normal operation system (unit’s turbine division) on hardware logic (based on UKTS-VL) | 2007 |
| Zaporizhzhya NPP | 3 | Normal operation system (unit’s turbine division) on hardware logic (based on UKTS-VL) | 2007 |
| Rivne NPP | 2 | NFMS-IF neutron flux monitoring system (for BCR) | 2007 |
| Rivne NPP | 1 | NFMS-IF neutron flux monitoring system (for BCR) | 2007 |
| Rivne NPP | 2 | RCS-440 control rod control system | 2007 |
| Rivne NPP | 1 | RCS-440 control rod control system | 2007 |
| Zaporizhzhya NPP | 5 | Unit’s safety control system on hardware logic (based on UKTS-VL), the second set | 2007 |
| Rivne NPP | 3 | NFMS-IF neutron flux monitoring system (for EPP-RMS) | 2007 |
| South-Ukraine NPP | 1 | NFMS-IF neutron flux monitoring system (for EPP-RMS) | 2007 |
| Khmelnitsky NPP | 1 | NFMS-IF neutron flux monitoring system (set 1 for EPP-RMS) | 2007 |
| Khmelnitsky NPP | 1 | NFMS-IF neutron flux monitoring system (for BCR) | 2007 |
| South-Ukraine NPP | Power supply cabinet of technical complexes of RCPS (PSC-1) | 2007 | |
| South-Ukraine NPP | 1 | ICMS-M in-core monitoring system | 2007 |
| Rivne NPP | 2 | Process information system of upper block level | 2007 |
| Rivne NPP | 2 | Process information system of upper block level (system to represent safety parameters) | 2007 |
| Rivne NPP | 1 | Process information system of upper block level (system to represent safety parameters) | 2007 |
| Zaporizhzhya NPP | 2 | NFMS-IF neutron flux monitoring system (for RCPS & MCR) | 2007 |
| Zaporizhzhya NPP | 5 | ICMS-M in-core monitoring system | 2007 |
| Zaporizhzhya NPP | SC-2 signal converters | 2006 | |
| Rostov NPP | SSA-4 smooth startup automates | 2006 | |
| Kozloduy NPP (Bulgaria) | SSA-4 smooth startup automates | 2006 | |
| Rivne NPP | SSA-4 smooth startup automates | 2006 | |
| Khmelnitsky NPP | SSA-4 smooth startup automates | 2006 | |
| Zaporizhzhya NPP | SSA-4 smooth startup automates | 2006 | |
| Rostov NPP | SSA-3 smooth startup automates | 2006 | |
| Khmelnitsky NPP | 2 | Normal operation system (unit’s reactor division) on hardware logic (based on UKTS-VL) | 2006 |
| Zaporizhzhya NPP | 4 | Normal operation system (unit’s reactor division) on hardware logic (based on UKTS-VL) | 2006 |
| Zaporizhzhya NPP | 2 | NFMS-IF neutron flux monitoring system (for BCR) | 2006 |
| Zaporizhzhya NPP | 3 | ICMS-M in-core monitoring system | 2006 |
| South-Ukraine NPP | 2 | ICMS-M in-core monitoring system (software and hardware complex of upper level) | 2006 |
| Rivne NPP | 3 | Process information system of upper block level | 2006 |
| Khmelnitsky NPP | 1 | Monitoring and diagnostics system of UKTS-VL | 2006 |
| Khmelnitsky NPP | 1 | Process information system of upper block level | 2006 |
| South-Ukraine NPP | 3 | NFMS-IF neutron flux monitoring system (for RCPS & MCR) | 2006 |
| South-Ukraine NPP | 3 | NFMS-IF neutron flux monitoring system (for BCR) | 2006 |
| Heat station 5 (Kharkov) | SSA-4 smooth startup automates | 2005 | |
| Zaporizhzhya NPP | SC-2 signal converters | 2005 | |
| South-Ukraine NPP | SC-2 signal converters | 2005 | |
| Rivne NPP | SC-2 signal converters | 2005 | |
| Khmelnitsky NPP | SC-2 signal converters | 2005 | |
| Rivne NPP | SSA-4 smooth startup automates | 2005 | |
| Khmelnitsky NPP | SSA-4 smooth startup automates | 2005 | |
| Zaporizhzhya NPP | SSA-4 smooth startup automates | 2005 | |
| Balakovo NPP | SSA-3 smooth startup automates | 2005 | |
| Khmelnitsky NPP | SSA-3 smooth startup automates | 2005 | |
| Zaporizhzhya NPP | SSA-3 smooth startup automates | 2005 | |
| Rivne NPP | 3 | Process information systems system of upper block level (software and hardware complex of upper level) | 2005 |
| Rivne NPP | 3 | ICMS-M in-core monitoring system | 2005 |
| Khmelnitsky NPP | 1 | ICMS-M in-core monitoring system | 2005 |
| Zaporizhzhya NPP | 1 | Process information system of upper block level (software and hardware complex of upper level) | 2005 |
| Zaporizhzhya NPP | 3 | Unit’s safety control system on hardware logic (based on UKTS-VL), the third set | 2005 |
| Zaporizhzhya NPP | 3 | NFMS-I neutron flux monitoring system (for BCR) | 2005 |
| Zaporizhzhya NPP | 4 | NFMS-I neutron flux monitoring system (for BCR) | 2005 |
| Rivne NPP | 3 | NFMS-I neutron flux monitoring system (for BCR) | 2005 |
| Rostov NPP | 1 | Process information system of upper block level (modernization of upper level) | 2005 |
| Zaporizhzhya NPP | 4 | Unit’s safety control system on hardware logic (based on UKTS-VL), the third set | 2005 |
| Heat station 5 (Kharkov) | SSA-4 smooth startup automates | 2004 | |
| Khmelnitsky NPP | SSA-4 smooth startup automates | 2004 | |
| Zaporizhzhya NPP | SSA-4 smooth startup automates | 2004 | |
| Zaporizhzhya NPP | 4 | Unit’s safety control system on hardware logic (based on UKTS-VL), the second set | 2004 |
| Zaporizhzhya NPP | 3 | Unit’s safety control system on hardware logic (based on UKTS-VL), the second set | 2004 |
| Zaporizhzhya NPP | 3 | Normal operation system (unit’s reactor division) on hardware logic (based on UKTS-VL) | 2004 |
| Zaporizhzhya NPP | 3 | NFMS-I neutron flux monitoring system (basic set) | 2004 |
| Khmelnitsky NPP | 2 | Unit’s safety control system on hardware logic (based on UKTS-VL), the third set | 2004 |
| Khmelnitsky NPP | 2 | Unit’s safety control system on hardware logic (based on UKTS-VL), the second set | 2004 |
| Khmelnitsky NPP | 2 | Unit’s safety control system on hardware logic (based on UKTS-VL), the first set | 2004 |
| Rivne NPP | 4 | NFMS-I neutron flux monitoring system (basic set, for BCR) | 2004 |
| Khmelnitsky NPP | 2 | NFMS-I neutron flux monitoring system (basic set, for BCR) | 2004 |
| Zaporizhzhya NPP | 4 | NFMS-I neutron flux monitoring system (basic set) | 2004 |
| Rivne NPP | 4 | ICMS-M in-core monitoring system | 2004 |
| Khmelnitsky NPP | 2 | ICMS-M in-core monitoring system | 2004 |
| Khmelnitsky NPP | 2 | Monitoring and diagnostics system of UKTS-VL | 2004 |
| Zaporizhzhya NPP | 4 | Monitoring and diagnostics system of UKTS-VL | 2004 |
| Zaporizhzhya NPP | 3 | Monitoring and diagnostics system of UKTS-VL | 2004 |
| Zaporizhzhya NPP | 3 | Process information system of upper block level (software and hardware complex of upper level) | 2004 |
| Zaporizhzhya NPP | 3 | Replacement of A-701equipment | 2004 |
| Rivne NPP | 4 | Process information system of upper block level | 2004 |
| Khmelnitsky NPP | 2 | Process information system of upper block level | 2004 |
| South-Ukraine NPP | SSA-4 smooth startup automates | 2003 | |
| Rivne NPP | SSA-4 smooth startup automates | 2003 | |
| Khmelnitsky NPP | SSA-4 smooth startup automates | 2003 | |
| Zaporizhzhya NPP | SSA-4 smooth startup automates | 2003 | |
| Zaporizhzhya NPP | SSA-3 smooth startup automates | 2003 | |
| Balakovo NPP | 4 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2003 |
| Balakovo NPP | 3 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2003 |
| Balakovo NPP | 2 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2003 |
| Balakovo NPP | 1 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2003 |
| Zaporizhzhya NPP | 6 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2002 |
| Zaporizhzhya NPP | 5 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2002 |
| Zaporizhzhya NPP | 4 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2002 |
| Zaporizhzhya NPP | 3 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2002 |
| Zaporizhzhya NPP | 2 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2002 |
| Zaporizhzhya NPP | 1 | Modernization of control computer system “Complex-Titan 2” – replacement of WPOT-02 with WPOT-03 | 2002 |
| Zaporizhzhya NPP | 4 | Basic cabinets of UKTS-VL for technological systems | 2002 |
| Rostov NPP | 1 | Modernization of external memory of control computer system (replacement with EMM-1, EMM-2) | 2002 |
| Zaporizhzhya NPP | 3 | ICMS-M in-core monitoring system (software and hardware complex of lower level) | 2001 |
| Zaporizhzhya NPP | 1 | PC 5110 workstations of I&C(turbine)-1000M system | 2001 |
| Zaporizhzhya NPP | 2 | SSA-3 smooth startup automates of I&C(turbine)-1000M-2 system | 2001 |
| FSUEPA “Mayak” (Ozersk, Russia) | Reactor facility instrumentation and control system “Lyudmila” | 1998 | |
| FSUEPA “Mayak” (Ozersk, Russia) | Reactor facility instrumentation and control system “Ruslan” | 1996 | |
| Kursk NPP | Process information system of I&C of 750 kV outdoor switchgear | 1995 | |
| Kola NPP | 2 | Process information system of technological monitoring with VVER-440 reactor | 1995 |
| Kola NPP | 1 | Process information system of technological monitoring with VVER-440 reactor | 1993 |