Saint-Petersburg, St. Petersburg, Russian Federation
Russian Federation
This article examines the reliability of a robotic fire extinguishing system while providing protection at facilities of the fuel and energy complex. Currently, there is an active introduction and use of automatic fire extinguishing systems based on fire robots. The strong development of fire robotics is due to the great need for them due to the effectiveness of fire extinguishing due to the rapid detection of ignition at an early stage and the guaranteed suppression of the hearth at the very beginning of its occurrence by the full consumption of extinguishing agent. The control panel provides operation in automatic positional or contour-software scanning. Early detection of emergency leaks and spills, as well as preventive and local measures for precipitation, cooling, and extinguishing at an early stage, is of paramount importance for explosive objects of the oil and gas industry in outdoor installations, raw materials, commodity and intermediate warehouses, and overflow ramps. Due to the high danger to humans, unmanned technologies are increasingly being used, and fire robots are being used for fire protection. An analysis of various ways of reserving the system is carried out, as well as ways of connecting individual elements, recommendations are given to improve the reliability of the system.
firefighting robots, robotic fire extinguishing systems, automatic fire extinguishing systems, reliability, reliability
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