New approaches to wind
turbine technology and design in particular might be possible in the near future that pose less risk to wildlife and habitat.
Not exact matches
Case in point, Gallagher says, is «smart grid»
technology that's
designed to integrate renewable power coming from wind
turbines and solar cells with the nation's 9000 conventional power plants
and 300,000 miles of transmission lines.
In addition to enabling drilling in ever - deeper waters worldwide, robot subs will also be instrumental in ramping up the installation of offshore
turbines that generate electricity from the strong winds
and tides found at sea, says Michel, one of the main organizers of the annual Marine Advanced
Technology Education (MATE) Center's 2010 International ROV Competition, which challenges students to complete underwater missions using ROVs they
design and build.
He's been ramping up his own commitments since then,
and pledged last year to double his investments (to $ 2 billion) on a host of energy frontiers in the next five years — from new battery
and solar
technologies to a safer nuclear plant
design to tethered, high - flying wind
turbines that might harness the power of the jet stream.
There have been improvements in wind
turbine design and scientists are developing
technology to make wind
turbines more efficient as well as develop
technology (high temperature super conducting materials) that will allow power to be transported long distances (perhaps coast to coast) with very little energy loss.
A Goldwind 1.5 - megawatt
turbine with PMDD
technology that was erected for research
and development purposes in the Bohai Sea in 2007 is still «doing the job it's
designed to do, producing power from wind.»
«GE Power will
design, manufacture
and deliver its market - leading ultra-supercritical
technology components (boiler
and steam
turbine generator) for this new power plant,» GE Power said in a statement.
By awarding contracts through the National Renewable Energy Laboratory under the DOE - funded Distributed Wind Competitiveness Improvement Project (CIP), the goal is to make wind energy from small -
and medium - sized
turbines cost competitive with other distributed generation
technologies and increase the number of wind -
turbine designs certified to national safety
and performance standards.
At the same time, the development of newer
turbine and foundation
technologies will allow wind power projects to be built in deeper waters further offshore,
and the adaptation of standards
and guidelines for national regulation will remain important for a national offshore wind energy resource
and design database.
Both Dominion Virginia Power
and Fishermen's Energy will use this type of foundation at their sites off the coasts of Virginia Beach
and Atlantic City, New Jersey, respectively which will enable the companies to analyze
and assess how the structural
design performs at two separate locations with different
turbine technology and site conditions.
His team, partnered with Southwest Research Institute
and Gas
Technology Institute, has since submitted the
design to the U.S. Department of Energy
and won an $ 80 million award to build the 10 MW
turbine.
Fortunately, the foundation for this has been laid with two new
technologies: the gas - electric hybrid cars pioneered by Toyota
and advanced -
design wind
turbines.
Owing to their lower capital costs but higher fuel costs, natural gas
technologies, including combined - cycle
and turbine plants, were
designed to meet intermediate
and peak electrical load.
Compact, Cost - Effective,
And Consistent What Rashidi's design does have going for it is its compact size, cost - effectiveness, and ability to generate power consistently in an urban environment where wind speeds can be too variable and turbulent to make traditional turbines truly effective, as TreeHugger Mat wrote in a previous article about using the technology on city roo
And Consistent What Rashidi's
design does have going for it is its compact size, cost - effectiveness,
and ability to generate power consistently in an urban environment where wind speeds can be too variable and turbulent to make traditional turbines truly effective, as TreeHugger Mat wrote in a previous article about using the technology on city roo
and ability to generate power consistently in an urban environment where wind speeds can be too variable
and turbulent to make traditional turbines truly effective, as TreeHugger Mat wrote in a previous article about using the technology on city roo
and turbulent to make traditional
turbines truly effective, as TreeHugger Mat wrote in a previous article about using the
technology on city roofs.
Responsibilities: • Collaborated with engineering team in the
design and development of gas
turbine combustion systems advanced
technology.