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The development of charging infrastructure is integrated with the growing number of electric vehicles on the roads. Government programs stimulate the installation of charging points in residential complexes, in shopping center parking lots and along transport corridors. This reduces anxiety about the availability of charging and stimulates the introduction of electrification in everyday life.
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Development of combustion engines does not stand still: modern turbocharged engines with direct injection and variable turbine geometry demonstrate high torque and efficiency in different operating modes. In combination with intelligent control systems, adjustment to driving style and operating conditions helps reduce fuel consumption and emissions.
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Autonomous driving technologies are gradually moving from laboratory zones to real roads. Modern systems are able to maintain a field course, recognize road signs, obstacles and pedestrians, and also adjust the speed in accordance with the flow of traffic. However, in an urban environment, the driver still has to be prepared for abrupt maneuvers and manual intervention.
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Hybrid cars have returned to the spotlight due to their ability to combine the benefits of gasoline and electric traction. Modern hybrids use smart strategies for switching between engines to minimize fuel consumption in the city and on the highway. Automakers are actively introducing intelligent control systems that analyze driving style, route topography and vehicle load, choosing the optimal operating mode of the power plant.
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The electric vehicle market has continued to grow rapidly in recent years, largely due to technological breakthroughs in battery technology. New cell chemistry and architectures increase capacity and reduce internal resistance, which directly affects range and charging speed. Manufacturers are actively introducing modules with a liquid heat-dissipation system and modern energy management controllers to reduce battery degradation during charge and discharge cycles.
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