Current wind farm technology requires a lot of space between blades. A new report proposes that "counter-rotating vertical-axis wind turbines" would draw power more efficiently on less land.
Hamish Pritchard at BBC News explains that although the vertical-axis turbines are "less efficient individually than the propeller-style turbines, they are able to use turbulent winds from many directions." The technology is currently being tested in the California desert by engineers from CalTech.
The "school of fish" influence is reflected in the momentum gained, rather than lost, by clumping the turbines close together. Current blades are less efficient when close together because of turbulence, but the new turbines benefit from the funneled wind because they can gather gusts from all directions. The next step for CalTech's team is to see if the effect will work on a larger scale.
Read the full story: Schools of fish help squeeze more power from wind farms
Northern California Port Seeks Offshore Wind Lease
The Port of Humboldt has proposed a plan to modernize its facilities to accommodate offshore wind energy production, hoping to stimulate the local economy and create sustainable jobs.
Can Maine Follow Denmark to Energy Independence?
Visitors from small islands off the coast of Maine traveled to Samsø, a larger island off the coast of Denmark, to learn how to emulate its transformation into a model of renewable energy.
Transmission is Key for Wind Energy From the Sea
Building wind farms in the ocean is an ideal way to generate electricity, but it's not so easy to get that energy back to shore efficiently. This article looks as a transmission project that could address that issue.
Planetizen Federal Action Tracker
A weekly monitor of how Trump’s orders and actions are impacting planners and planning in America.
California plans to bury El Niño’s downpour
If the state plays its cards right, it may be able to store a billion acre-feet of El Niño’s water in aquifers.
Desperate measures: Advocates weigh draining Lake Powell to fill Colorado River
Draining the reservoir could reduce evaporation losses by a couple hundred thousand acre-feet.
Democrats’ victory may threaten act to expedite energy projects
Democrats may decide to vote against the Bipartisan American Affordability and Jobs Act, and negotiate a more favorable bill once the 120th Congress begins.
Voters choose public transit, approve $31 billion in funding
Approved projects include $101,000 for reduced-cost transit in a Michigan town and $14 billion for regional transit in the San Francisco Bay Area.
Study reveals best places in the U.S. for cycling, walking
New research from Streetlight Data examines bicycle and pedestrian miles per capita in the 100 largest U.S. cities by population.
FREE Course: Walkable City 1: Why Walkability?
After describing his path towards focusing on walkability as the essence of good planning, Jeff Speck marches through his five principal reasons for making more walkable places.
Reinventing Malls: Planning Alchemy—Turning Gray Fields Into Gold
The course focuses on the opportunities and imperatives that shape reinvention of mall sites.
City of Rosemead
Rutgers University, Edward J. Bloustein School of Planning and Public Policy
One Hundred Miles
University of Michigan School for Environment and Sustainability (SEAS)
Hunter College, City University of New York (CUNY)
The Architects Foundation
City of Cambridge
Montrose County
The Pocatello Development Authority