Power

ARROW-Power addresses the transmission system and the power produced at the turbine, including understanding the local and farm flow physics at a level appropriate for novel control schemes for reliability and resilience of the delivered power. Specific efforts include:

  • transmission and grid infrastructure planning for a resilient power grid
  • inter-/Intra-wind farm flow physics to enable reliable OSW control systems
  • power resource reliability through meso-scale ocean-atmosphere modeling

Since the transmission grid provides the interface between OSW generation and users, grid resilience is of paramount importance and receives targeted attention within ARROW-Power. Modeling of the interactions of the atmosphere and farms serves to tighten uncertainty bounds on the loads and power generation of OSW, having direct impact on costs driven by O&M and power revenue.

ARROW-Innovate Power Faculty

Umberto Ciri

Umberto Ciri

Faculty

UPR Mayaguez
Yury Dvorkin

Yury Dvorkin

Faculty

Johns Hopkins
Dennice Gayme

Dennice Gayme

Faculty

Johns Hopkins
Sonja Glavaski-Rodavanovic

Sonja Glavaski-Rodavanovic

Faculty

PNNL
Benjamin Hobbs

Benjamin Hobbs

Faculty

Johns Hopkins
Matthew Lackner

Matthew Lackner

Faculty

UMass Amherst
Zheng Li

Zheng Li

Faculty

Morgan State
Mahdi Mehrtash

Mahdi Mehrtash

Faculty

Johns Hopkins
Charles Meneveau

Charles Meneveau

Faculty

Johns Hopkins
Chao Xu

Chao Xu

Faculty

ANL
Golbon Zakeri

Golbon Zakeri

Faculty

UMass Amherst