Detail publikace

SOLFIEE - Steady Oscillatory Liquid Flows in Energy Exploitation

RUDOLF, P.

Originální název

SOLFIEE - Steady Oscillatory Liquid Flows in Energy Exploitation

Anglický název

SOLFIEE - Steady Oscillatory Liquid Flows in Energy Exploitation

Jazyk

en

Originální abstrakt

SOLFIE addresses the design, implementation and demonstration of a new class of hydropower generation technology. The basic principle is to produce a wave motion onto a continuous flow and extract power from the now pulsating flow with a Power take off (PTO) unit. This is effectively achieved by having both the hydraulic system and a mechanical excitation mechanism in a lock-in resonance condition that maximises and optimises renewable energy transfer to electricity.

Anglický abstrakt

SOLFIE addresses the design, implementation and demonstration of a new class of hydropower generation technology. The basic principle is to produce a wave motion onto a continuous flow and extract power from the now pulsating flow with a Power take off (PTO) unit. This is effectively achieved by having both the hydraulic system and a mechanical excitation mechanism in a lock-in resonance condition that maximises and optimises renewable energy transfer to electricity.

Dokumenty

BibTex


@misc{BUT169621,
  author="Pavel {Rudolf}",
  title="SOLFIEE - Steady Oscillatory Liquid Flows in Energy Exploitation",
  annote="SOLFIE addresses the design, implementation and demonstration of a new class of hydropower generation technology. The basic principle is to produce a wave motion onto a continuous flow and extract power from the now pulsating flow with a Power take off (PTO) unit. This is effectively achieved by having both the hydraulic system and a mechanical excitation mechanism in a lock-in resonance condition that maximises and optimises renewable energy transfer to electricity.",
  chapter="169621",
  howpublished="online",
  year="2020",
  month="april"
}