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SAPFIR SP is a graphical environment for end-to-end design of large calculation systems. It combines tools that allow you not only to develop mathematical models of industrial facilities, but also to integrate them with the required equipment: actuators, APCS systems, including control boards, cabinets, etc.

Calculation code CMS is designed for dynamic analysis of thermal-hydraulic systems in real time. It can be used to simulate almost any thermal-hydraulic system of NPP power unit, which makes this code a universal developer's tool

Code generator AUTO enables you to develop simulation models of automation systems and logical devices. The developed models can be part of full-scale, analytical and local simulators and simulators for nuclear power plants, thermal power plants and other power facilities.

Code generator Electrocity is designed for calculating the parameters of electrical networks in real time. It allows to easily simulate complex electrical circuits. Using the code generator, the engineer can graphically create basic units, basic nodes, connection nodes, bus loads, generators and paths, directly on the computer screen, enter the values of voltage in network nodes and generators

Integrated software system ESUSDS Supports documentation, development, real-time execution and testing of the entire simulator software package. Shell is also a configuration software management system. Users can develop and test their systems models independently of the official general version of the simulator software.

Instructor station ISTATION is designed to control the process of mathematical modeling of physical processes occurring at a nuclear power plant power unit. The simulation process is carried out directly by another software package. The specifics of the instructor station is that it contains a special software module, which implements a graphical user interface. Instructor station allows you to work remotely.

REPEAT SW is a model-oriented design and mathematical modeling environment. Users will be able to develop simulators of power facilities/processes, create digital twins, improve the efficiency of power facilities, reduce the cost of production processes, the number of outages and accidents, conduct virtual tests of the designed equipment, systems, etc.

Software product KIPR is designed for development of start-up and shutdown procedures for NPP systems, including all stages (withdrawal from, start-up, shutdown, withdrawal for repair, etc.). ), with verification at FSS and monitoring of execution of operations under them; for development of complex procedures of start-up and shutdown of NPP power unit with verification at FSS and subsequent optimization in terms of time, personnel involved in these operations, procedure of operations under the procedure and monitoring of execution of operations under them; for optimization of load of power unit operators due to use of this software product, etc.

VVER NPPs severe accident simulator is designed to simulate parameters in the reactor circuit throughout the accident progress: from the initial event to the severe stage, including the extra-vessel stage. The following aspects are considered: change in thermal-hydraulic parameters in the reactor unit; core heating, melting and degradation; behavior of molten core materials and temperature field in the reactor lower chamber, etc.

ASPIRIT PC is a graphical environment creating design model simulating various thermal-hydraulic systems. ASPIRIT can also be used to justify design solutions of a nuclear power plant, thermal power plant or other facility. The system automates dynamic calculations and makes it convenient to simulate behavior of the thermal-hydraulic network in conjunction with the ACS model. ASPIRIT enables developing a design model independently or obtaining geometrical and calculation data from the design system Intergraph SmartPlant Enterprise and transforming it the ASPIRIT design model

GENTA-M technology is intended for creating full-scale and analytical simulators for training of power plant operating personnel, as well as for static and dynamic testing of APCS algorithms. The technology is designed for simulation and integrated debugging of control algorithms of TPTS functional modules on computers with LINUX operating system.