Understanding friction is really important when we design energy systems because it affects how much energy is lost and how efficient those systems are.
Energy Loss: Friction is a force that takes away energy. It turns moving energy into heat. In machines, around 10% to 20% of energy can be wasted because of friction.
Efficiency Improvement: Engineers can make things better by choosing the right materials and making surfaces smoother. Using special low-friction parts can make a system work 30% better.
Energy Conversion: In power generation, making friction lower in turbines can raise efficiency from about 85% to more than 90%.
When we understand how friction works, we can create systems that save energy and waste less.
Understanding friction is really important when we design energy systems because it affects how much energy is lost and how efficient those systems are.
Energy Loss: Friction is a force that takes away energy. It turns moving energy into heat. In machines, around 10% to 20% of energy can be wasted because of friction.
Efficiency Improvement: Engineers can make things better by choosing the right materials and making surfaces smoother. Using special low-friction parts can make a system work 30% better.
Energy Conversion: In power generation, making friction lower in turbines can raise efficiency from about 85% to more than 90%.
When we understand how friction works, we can create systems that save energy and waste less.