Turbocharging technology itself does not damage the engine. Its core function is to increase air intake by recovering exhaust gas energy, thereby significantly enhancing power output without increasing displacement, allowing a 1.5T engine to match the performance of a 2.4L naturally aspirated engine. By compressing air to improve combustion efficiency, this technology can reduce fuel consumption by 3% to 5% and cut harmful emissions, while effectively alleviating power attenuation in plateau areas. However, turbochargers operate in high-temperature and high-speed environments (rotational speeds can reach 200,000 revolutions per minute), requiring stringent maintenance. Full synthetic oil must be used, and immediate engine shutdown after high-speed driving should be avoided to ensure proper cooling. As long as proper maintenance procedures are followed, the turbocharging system can last as long as the engine, serving as a reliable technical solution that balances power and fuel economy.
