An Active – Intercooler is a mechanical device to cool down fluids and gasses after compression. It is used as air to air and the water cooler for an automobile’s turbocharged and supercharged internal engine combustion. Getting the air temperatures down raises the air density in the combustion chamber, offering the ability to significantly increase engine power output by squeezing air and fuel in the same volume of space.
Who can benefit from AIC Technology
With an ever-increasing demand in the automotive industry, advancements in new technologies require in-depth research and development and heavy investments by automotive sectors, which are further expected to lead to the growth enhancements of the AIC Technology market.
Engine performance and driving pleasure is preserved by adding a turbo or a supercharger and therefore an intercooler. As a result the intercooler market is rapidly growing.
Can AIC Technology reduce carbon emissions?
Road vehicle traffic accounts for 72% of total emissions, while passenger cars are responsible for as much as 60.7% of this figure (European Parliament data, 2016)
Emissions come from three automotive sources: the exhaust, the fuel system (evaporative), and crankcase ventilation gasses.
As the automobile industry is increasing, the amount of carbon emitted from cars has increased air pollution. AIC technology helps to reduce fuel consumption while increasing engine power and efficiency. Moreover, due to the growing environmental concerns, governments of numerous countries are implementing stringent regulations on carbon dioxide (CO2) emissions.
Improving internal combustion engines and focusing on energy from hydrogen, biofuels and other alternative sources offers an opportunity to reduce CO2 emissions. Internal combustion can be used using intelligent technologies such as AIC (Active – Intercooler), gradually decreasing fuel consumption. This technology can have an impact on the environment and overall carbon footprint.
Reducing Air pollution
Human beings are the primary source of increased pollution, with every product we use or anything we do, we add to the problem. From transportation to sending waste to landfills to agriculture practices to grow food, all are adding to the threat of the environment and effecting the health of Earth.
Recycling and efficient fuel consumption techniques can significantly reduce the carbon footprint, leading to air pollution, climate changes, and environmental threats. Considering the sustainable approach towards a healthy society, a considerable amount of resources required for manufacturing new products can be recycled, reducing emissions from the industry and saving energy and water.
Upgrading your car: When choosing between gasoline, hybrid and electric, there are a number of factors to take into account, which will determine how “clean” your purchase is.
- Go for hybrid cars or electric
- Find a way to measure production and emission.
Conclusion
The automotive industry is growing, and so is air pollution. That doesn’t mean it can’t be controlled. A list of smart technologies can limit carbon and fuel combustion consumed by vehicles. APAC is home to emerging economies like China and India and developed countries like Japan and South Korea. It has emerged as a hub for automobile production due to its low cost and availability of cheap labor. For Automotive heat exchangers, AIC technology Asia Pacific is estimated to be the largest and fastest-growing market.