Dual-blade AC generator

What is dual rotor axial flux generator (drafg)?

Part of the book series: Lecture Notes in Computer Science ( (LNISA,volume 12836)) Dual Rotor Axial Flux Generator (DRAFG) is a permanent magnet axial flux generator commonly used for low-speed power generation using wind power. This generator can generate useful amount of voltage even under very low revolutions per minute (RPM).

How much power can a dual rotor axial flux generator generate?

Dual rotor axial flux generator with labelled parameters for optimisation. This work describes a reasonably practical design that can generate around 100 W of power at 100 rpm. This is very close to real life wind energy applications as higher rpms are not very practicable for wind energy.

Does Generac have a home standby generator?

Generac’s 26kW home standby generator can start all of your home’s large appliances, ensuring your home remains a sanctuary for you and your family. New alternator design that produces 230LRA or 55.2kVA starting power to meet todays and tomorrows electrical needs.

What is a double-blade triboelectric–electromagnetic hybrid generator?

A double-blade structured triboelectric–electromagnetic hybrid generator is proposed. The double-blade structure can improve aerodynamic performance and can be used as a TENG unit. The DB-TEHG converts wind energy into electricity output with an efficiency of 20.88%. Wind energy is a form of renewable energy with excellent development prospects.

Is a bidirectional flux modulation dual-rotor generator suitable for compact AC/DC power supply?

The average value of the DC voltage is 43.6 V and the voltage ripple is 9%, which is larger than the simulated one. A novel compact AC/DC power supply system that adopts a bidirectional flux modulation dual-rotor generator is proposed in this study.

Can dual-stator winding pm generator based power supply system improve power density?

To bring in the advantages of flux modulation effect, contra-rotating and dual wind blades structure, and further improve the power density, a novel dual-stator winding, dual-rotor PM generator-based power supply system is proposed in this study. It can be applied in wind power generation system in SAS, such as offshore oil platforms.