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Aurora’s activities today in the Avenue are working towards Willow Court having a good supply of electric power along with others in the Avenue, by the photos this is very close to finishing.
Willow Court has a lack of electric power and security, but this last week and this week the Avenue will be closed while underground cables are installed. The investment grade entity may be a governmental agency, local municipality, feedstock provider, off-taker power purchaser, O&M or technology provider, Contractor, JV Partner, etc.
This lending is based on the credit of the investment grade entities involved.  It is not project specific, but credit worthy specific. This funding can be used for many types of business ventures, from energy to economic development to manufacturing. Regardless of the type of power plant used to produce it, the electricity leaving a power plant and bound for the grid is stepped-up rather significantly in voltage to facilitate its potentially long journey to an end customer.
The physics of electrical power are behind the reasoning for this major voltage increase – higher voltages allow more efficient, and thus cheaper, transmission. A 765kV transmission line will have nearly four times the capacity to deliver power than that of a 345kV transmission line, since power increases with the square of the line voltage. Arguably, the transmission system is where the most significant shortcomings exist in our power delivery process today.
Our transmission system was largely designed and constructed in the 1960’s, and it was not envisioned that the system would have to service customers at such far-flung locations and receive power from the multitude of power plants that it now does. The United States has three major transmission grid networks: the Eastern Interconnection, the Western Interconnection, and the Texas Interconnection. There are over 157,000 miles of “extra high-voltage” (over 230kV) transmission lines in the United States.


Many authors note the challenges of transmission system congestion, which we are experiencing now as the growth in demand for new electricity exceeds our projected future capacity. Introducing greater “line losses” (caused by resistance, inefficiencies, heat generation, et al., from maximizing transmission lines’ capacity). Increasing the risk of blackouts because of limited transmission system redundancy, which impedes much needed upgrades or emergency repairs. We previously mentioned innovative “green” power generating technologies and indicated that they unfortunately now contribute a very small percentage of our electricity.
An example of this situation, with regard to wind-generated power specifically, is evident in West Texas. One author handily describes the current woes of our electrical transmission system through a convenient analogy to a water piping system. The water pipe analogy is a good set-up for an introduction to the smart grid concept, which would attempt to logically apply electric power to the grid, when and where needed, to optimize the entire system in a careful balance of supply and demand.
Over the last few decades, attempts to construct new transmission lines have been long and expensive efforts.
Coming off the transmission network, electricity is stepped-down in voltage at thousands of sub-stations throughout our communities. Every now and then, there is comment in the media about solar being responsible for power price rises: such as the article below. In comparison, the power companies are increasing prices by 16-18% per year due to their increased cost to fix ageing infrastructure – cables and poles. This entry was posted in Solar Power Industry News and tagged Electricity costs, electricity prices, kwh, power prices, solar power by LJW Solar.


If there are contracts or joint ventures with investment grade entities, your project may qualify.
Electricity Generation, the American Society of Civil Engineers (ASCE) assigned the United States’ ENERGY infrastructure a grade of “D+” on their 2009 Report Card for America’s Infrastructure.
The idea behind each of these regional interconnections is to provide system redundancy by structuring alternate pathways for electricity to flow in the event of isolated transmission line disruptions.
Electricity Distribution, when we continue to investigate America’s electric utility system with Mr. Electricity transmission, which is the second of three installments on energy, covers transmission lines and grid networks, “green” power transmission, and "smart" grids. There is also a non-profit organization, the North American Electric Reliability Council, which develops and enforces transmission standards and provides training for system operators.
Electricity distribution will be covered in installment three as we follow the path of electricity from a power generating facility to your home or business. He served as a design engineer, construction project manager, facilities engineer, and executive leader in the Coast Guard for over 20 years.



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