On July 10, 2003, the NASA Glenn Research Center flywheel team experimentally demonstrated a two-flywheel-module system that simultaneously provided attitude control in a single axis and regulated power. The test was conducted using the D1 flywheel module and the high-speed shaft (HSS) in the High Energy Flywheel Facility (HEFF). Both of these flywheel modules consist of a magnetically levitated rotor with an integral motor/generator, a vacuum housing, and mechanical touchdown bearings. Energy is stored kinetically in the rotor. The motor/generator allows energy to be added to or withdrawn from the rotor, and magnetic bearings and a vacuum enclosure are used to minimize losses
A law is designed for simultaneous control of the orientation of an Earth-pointing spacecraft, the e...
This paper describes the flywheel test facility developed at the NASA Glenn Research Center with par...
The purpose of flywheel energy storage is to provide a means to save energy during times when the sa...
On September 14, 2004, NASA Glenn Research Center's Flywheel Development Team experimentally demonst...
This presentation discussed the flywheel technology development work that is ongoing at NASA GRC wit...
A flywheel energy storage system was spun to 60,000 rpm while levitated on magnetic bearings. This s...
With the advent of high-strength composite materials and microelectronics, flywheels are becoming at...
The Attitude Control and Energy Storage Experiment is currently under development for the Internatio...
Energy and power are a basic necessity in our daily lives. However, sources like batteries that we c...
The energy storage and attitude control subsystems of the typical satellite are presently distinct a...
Abstract. Flywheels can exert torque that alters the Station's attitude motion, either intentio...
Several laws are designed for simultaneous control of the orientation of an Earth-pointing spacecraf...
AbstractThe control law of the flywheel in an integrated power and attitude control system (IPACS) f...
This talk will focus on the motor control algorithms used to regulate the flywheel system at the NAS...
For spacecraft applications, energy storage sources are required to produce a high yield with minimu...
A law is designed for simultaneous control of the orientation of an Earth-pointing spacecraft, the e...
This paper describes the flywheel test facility developed at the NASA Glenn Research Center with par...
The purpose of flywheel energy storage is to provide a means to save energy during times when the sa...
On September 14, 2004, NASA Glenn Research Center's Flywheel Development Team experimentally demonst...
This presentation discussed the flywheel technology development work that is ongoing at NASA GRC wit...
A flywheel energy storage system was spun to 60,000 rpm while levitated on magnetic bearings. This s...
With the advent of high-strength composite materials and microelectronics, flywheels are becoming at...
The Attitude Control and Energy Storage Experiment is currently under development for the Internatio...
Energy and power are a basic necessity in our daily lives. However, sources like batteries that we c...
The energy storage and attitude control subsystems of the typical satellite are presently distinct a...
Abstract. Flywheels can exert torque that alters the Station's attitude motion, either intentio...
Several laws are designed for simultaneous control of the orientation of an Earth-pointing spacecraf...
AbstractThe control law of the flywheel in an integrated power and attitude control system (IPACS) f...
This talk will focus on the motor control algorithms used to regulate the flywheel system at the NAS...
For spacecraft applications, energy storage sources are required to produce a high yield with minimu...
A law is designed for simultaneous control of the orientation of an Earth-pointing spacecraft, the e...
This paper describes the flywheel test facility developed at the NASA Glenn Research Center with par...
The purpose of flywheel energy storage is to provide a means to save energy during times when the sa...