Sentence examples for of electricity infrastructure from inspiring English sources
About 30percentt of the money in the next round of contracts is for construction and restoration of electricity infrastructure.
Carr, who is now director of the Australia-China Relathens InstitUniversity of Technologyf Technology in Sydney, questioned why the federal government thought it was fine to approve the sale to foreigners of electricity infrastructure in Victoria and South Australia before the election.
This typology is applied to two competing visions for the future of electricity infrastructure.
The electricity development should be focused more on expanding generating capacity and improvement of electricity infrastructure as the total regional generation can only balance the regional consumption.
Here, we apply inclusive wealth theory to prospective policy evaluation coupled with dynamic simulation modeling, using a case of electricity infrastructure policies in oil-exporting countries.
However, one important aspect that has so far received limited attention is that benefits will largely depend on the eventual deployment pattern of electricity infrastructure which is currently characterized by severe locational, sizing and timing uncertainty.
A look at the level of spending on electricity infrastructure over the past 20 years, however, quickly displays why electricity prices have exploded in the past six years: In 2004, the value of engineering construction work done (by the private sector and state governments) was about 0.4% of GDP; by 2009 it was more than double – up to 0.9%.
A non-exhaustive list of those potential impacts includes lava flows on public roads, damage to electricity infrastructure, contamination of water reservoirs, and breathing complications for anyone suffering from asthma.
In Venezuela, less than a quarter of the $643 million budgeted for electricity infrastructure projects between 2001 and 2005 was actually spent, and less than 10percentt of the additional electricity generating capacity deemed necessary for the country's growing population 10 years ago has been realized.
For the distributed control of an electricity infrastructure incorporating clusters of residential combined heat and power units (micro-CHP or μCHP) a multi-agent system approach is considered.
To improve the design of the electricity infrastructure and the efficient deployment of distributed and renewable energy sources, a new paradigm for the energy supply chain is emerging, leading to the development of smart grids.
