Energy Storage in Flywheels

[Sara Samuel]

Energy Storage in Flywheels:

I am searching for resources on couple of topics 1) Types of frictions in energy storage flywheels -aerodynamic, rotational ... etc. and 2) Motor/Generator selection for energy storage flywheels.
Any links or references will be appreciated.

 

[berkeman]

Energy Storage in Flywheels:

I am searching for resources on couple of topics 1) Types of frictions in energy storage flywheels -aerodynamic, rotational ... etc. and 2) Motor/Generator selection for energy storage flywheels.
Any links or references will be appreciated.

What have you found so far? Is this for a schoolwork project? What is the context of your question?

 

[Sara Samuel]

It's a schoolwork project of a Storage Device Systems class. I have to prepare a paper and a 15 min presentation on one of these energy storage topics. My search yielded few sites that touch on the subject without going deep into details. Maybe the only abundant topic is the magnetic bearings versus other kinds.

 

[berkeman]

It's a schoolwork project of a Storage Device Systems class. I have to prepare a paper and a 15 min presentation on one of these energy storage topics. My search yielded few sites that touch on the subject without going deep into details. Maybe the only abundant topic is the magnetic bearings versus other kinds.

Check out the Related Links at the bottom of this page for more PF threads on flywheels. There was one in particular that was pretty long, and addressed a number of practical considerations of flywheel energy storage. Maybe try a PF forum search to help you find that thread.

 

[rezeew]

I am familiar with the concept of energy storage in flywheels. Flywheels are a type of mechanical energy storage system that uses the rotational energy of a spinning disc to store and release energy. This technology has been used for centuries, but recent advancements in materials and design have made it a promising solution for modern energy storage needs.

In terms of friction in energy storage flywheels, there are several types that can affect the efficiency and performance of the system. Aerodynamic friction can occur due to air resistance on the spinning disc, while rotational friction can be caused by the bearings and other mechanical components. It is important to consider and minimize these frictions in the design and operation of flywheel energy storage systems.

When it comes to motor/generator selection for energy storage flywheels, there are a few key factors to consider. The motor must be able to efficiently spin the flywheel to store energy, while the generator must be able to convert the rotational energy back into electrical energy when needed. Additionally, the motor and generator must be able to handle the high speeds and torque required for flywheel systems.

I would recommend conducting further research on these topics by consulting scientific journals and publications, as well as reaching out to experts in the field for their insights and recommendations. A good place to start would be with organizations such as the American Society of Mechanical Engineers (ASME) or the International Electrotechnical Commission (IEC), which have resources and standards related to energy storage flywheels. I hope this helps in your search for information on this fascinating technology.