It’s your LegoLand building-block fantasy come to life. When the twisted tower in this rendering is completed in Dubai in 2010, each of its 80 floors will rotate independently around a central column that will house its elevator shafts, stairwells, and utilities. Sections of each floor, complete with cabinets, electrical wiring, and bathroom fixtures, will be preassembled off-site, hoisted up, and hung, intact, on the central column. In the gaps between each floor, wind turbines will spin; these and solar panels on the edges of each floor’s partially exposed roof will generate enough power to make the 420-meter-high rotating skyscraper independent of the energy grid. The curvy, statuesque beauty will house offices, a luxury hotel, apartments, and a few full-floor villas with space enough for residents to park their cars safely inside.
Japan Building World's Largest Floating Solar Power Plant
Floating plants are eco-friendly, space efficient, and require no civil engineering
NOAA Model Finds Renewable Energy Could be Deployed in the U.S. Without Storage
The simulation found that a national network of HVDC transmission lines in combination with mostly solar and wind energy could lower both electricity prices and carbon emissions
Environmentally-Friendly Liquid Battery
New battery has much more power and a longer cycle life than any current rechargeable battery
Fluttering Flag Generates Power From Wind
Using static electricity effect, flag converts its own movement into electricity to power small devices
Hydrogen Adds Longevity to Laptops, Phones, and Drones, But Is It Practical?
Intelligent Energy's fuel cell prototypes include a drone that can fly for up to two hours
A Renewable Supergrid in Russia
A Finnish report shows that Russia could move to a 100-percent renewable energy system in the next two decades, though it probably won't
Metal Powder: the New Zero-Carbon Fuel?
In the iron economy, you'd retrofit coal plants to burn iron powder, then recycle it using renewable energy
"Hydricity" Would Couple Solar Thermal and Hydrogen Power
Sun-to-electricity efficiency of the system could approach 35 percent
Renewables Grew to 15.5% of US Electricity Capacity in 2014
A report published by NREL found that more than half of energy capacity added in the US in 2014 was renewable
Here's a Peek at the First Sodium-ion Rechargeable Battery
Will sodium replace lithium as the material of choice for rechargeable batteries?
Bill Gates and Tech Billionaires Launch Clean Energy Coalition
Can more R&D dollars deliver a clean energy future faster?
An All Wind, Water, and Solar Grid Will Be Stable Without Batteries
Energy could be stored as heat, hydrogen
Large-Scale Solar and Repurposed EV Batteries to Play Large Role in California's Renewable Energy Future
In October, California passed a bill requiring the state to get half of its electricity from renewables by 2030
Green Flow Battery Based on Cheap, Nontoxic Reagents
Is this green flow battery a first step to affordable electric storage?
Scotland and Ireland Consider a Linked Renewable Energy Future
The goal is to build an interconnected network of offshore wind, tidal, and wave energy projects
Photonic Crystal Uses Coldness of the Universe to Chill Solar Panels on Earth
A new coating lets solar panels cool themselves while producing even more energy
Tiny, energy-efficient, homes are bucking the trend toward bigger and bigger houses
Artificial Leaf Is 10 Times Better at Generating Hydrogen from Sunlight
A new "artificial leaf" that can turn sunlight and water directly into hydrogen and oxygen is shattering performance and stability records
Why You Probably Don't Care About a Fuel Cell iPhone That Can Run for a Week
A fuel cell that can power a smartphone for a week sounds great in theory, but in practice, you probably only care if you live in India
Ultrathin Solar Cells for Lightweight and Flexible Applications
Will solar cells much thinner than a human hair power future planes?