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Wind Power Technology Articles & Analysis
23 articles found
High-purity copper is widely used in electronics, power transmission, radiators, and precision mechanical parts due to its excellent electrical and thermal conductivity. ...
Renewable Energy Search for renewable energy which would address the needs of the future has been an important issue world over. Zen Engineering has recently collaborated with various important companies locally and abroad, to supply an integrated package for generating renewable energy, based on the clients ...
Electricity generation from wind turbines now accounts for a considerable share of power generation worldwide. Wind turbine technology has developed just as rapidly. An increase in hub height, rotor diameter and rotor area has been accompanied by increases in installed capacity and annual energy yield of the turbines. In the ...
This years’ Nobel Prizes have just been awarded and the chemistry prize recognizes the three men who developed the lithium-ion battery. It’s a technology that’s taken for granted by many of us, but this rechargeable, powerful, compact and lightweight battery has made the technology we take for granted possible. ...
“Not only DOE, but really the entire hydro industry has agreed that more work needs to be done,” says Hoyt Battey, manager of market acceleration and deployment for the agency’s Wind and Water Power Technologies Office. “Hydro is going to continue to grow and has a lot of future opportunity that most people just ...
ByEnsia
Micro-grids development in Africa is an interesting concept, particularly if it is deploying renewable energy technology in the form of wind or solar power. However both wind and solar are intermittent power generation technologies. ...
Second, these studies fail to account for market dynamics, which will lead to improvements in greater water recycling and reuse as well as new resources on the supply side, and conservation and improved efficiency via new technology on the demand side. Electricity is increasingly generated by low water use technologies such as solar and wind. In ...
China, the country that is building more nuclear reactors than any other, continued to get more electricity from the wind than from nuclear power plants in 2014. This came despite below-average wind speeds for the year. The electricity generated by China’s wind farms in 2014—16 percent more than the year before—could power more than 110 million Chinese ...
We have focused on the leading wind turbine manufacturers [i.e., manufacturers of entire wind turbine system integrators (EWSIs)], as well as manufacturers of the turbines' sub–ecosystems (i.e., four key component provider manufacturers: blade, gearbox, generator and control system). A network analysis method was adopted to depict the evolutionary process of the ...
It is important to find a quick and sustainable solution. Siemens, the market leader in power technology, concentrates on renewable energy, solar energy and wind power especially. The demand of solar energy and wind power in the United States is increasing as it is helping the nation to achieve ...
The U.S. Department of Energy's 20% Wind Energy by 2030 Technical Report (www.20percentwind.org) finds that wind power can supply 20 percent of America's electricity by 2030 and reduce projected emissions of carbon dioxide (CO2), the leading greenhouse gas, by 25 percent. Additionally, each megawatt-hour of wind generation can ...
Working to decarbonise China's energy future Located in Taonan, Jilin Province, north east China, this 49.3 MW grid connected wind farm demonstrates the economic viability of wind power technology in a region where, until now, it has been seen as marginal. ...
Most of the clean technology industry depends heavily on the political climates and the availability of subsidies or incentives to generate demand. As we’ve seen with the solar and wind industries, political squabbles and poor business planning create a logjam in the installed capacity increases of wind power and the rapid ...
The increasing energy demands, insufficient availability of power generation and increasing global environmental problems, need alternate/green power sources. Among the different green power technologies such as wind power, photovoltaic, gas turbine and fuel cell, the fuel cell-based distributed ...
The ocean energy technologies are separated in four main categories: 1) wave energy converter; 2) tidal energy converter; 3) ocean thermal energy conversion (OTEC); 4) ocean wind energy. This paper presents the latest research and development carried out in ocean energy technologies. It describes the ocean technologies that are ...
Due to the large penetration and continuous improvement in the wind power technology, wind farms are asked to operate similar to the conventional power plants. ...
This paper argues for a more comprehensive explanatory framework, drawing on insights from the Social Shaping of Technology. This framework combines contextual historical and interpretive approaches to analyse this history of wind power. ...
Both in the Netherlands and in Denmark, policies to develop a wind turbine industry and to install a large wind turbine capacity were started in the 1970s. ...
A rapid growth of wind power since the 1990s has led to notable market shares in some electricity markets. ...
The technological development of renewable energy technologies is affected by several factors such as policy initiatives, market developments, and learning within the industry. A simplified expression describing this development, i.e. cost reduction as result of accumulated experience, is increasingly being incorporated in models to assess long-term development ...