Innovations in Rankine Cycle technology are aimed at making things work better. But there are still some big challenges to tackle:
Material Limitations: In places where temperatures are very high, we need special materials that won’t break down.
Thermal Efficiency: Many Rankine cycles aren’t as efficient as they could be, usually getting around 30-40% efficiency.
Control Systems: Managing all the different parts of the system can make it hard to get the best efficiency.
Even with these challenges, there’s hope for better efficiency in Rankine cycles. With ongoing innovation and investment, we can make it happen!
Innovations in Rankine Cycle technology are aimed at making things work better. But there are still some big challenges to tackle:
Material Limitations: In places where temperatures are very high, we need special materials that won’t break down.
Thermal Efficiency: Many Rankine cycles aren’t as efficient as they could be, usually getting around 30-40% efficiency.
Control Systems: Managing all the different parts of the system can make it hard to get the best efficiency.
Even with these challenges, there’s hope for better efficiency in Rankine cycles. With ongoing innovation and investment, we can make it happen!