Electrical energy transmission project in the year 2107

In summary, the conversation discusses the potential advancements in electrical power generation and transmission by the year 2107, specifically through nuclear power plants and superconductor cables. It also mentions a dispute between the client, represented by an electrical engineer, and the contractor, represented by a mechanical engineer, over the calculation of the amount of work done and the corresponding payment. The two parties use different theories (electromagnetic and mechanical) to justify their calculations and it is unclear who is correct. The conversation ends by suggesting that the construction costs for this technology can be researched for more accurate estimates.
  • #1
m.s.j
215
1
Let's imagine the year 2107.In that time electrical power will be generated in nuclear power plants and electrical energy will be produced in big nuclear reactors. Also the electrical energy will be transmitted by superconductor cables.
The electrical riddle no.5 is subjected to one of transmission line projects which intended by power plant owner (client).According to project technical documents, the contractor shall approach one of two DC transmission lines to other line (equal to "d" meter) without lines deenergizing.After that mentioned displacement, the cross distance of two lines changes from "d" meter to zero meter.

At the end of works, the representative of client who is electrical engineer shall account the amount of money that shall be paid to contractor.

He must estimate amount of done works by them. According to fundamental electromagnetic theory for enclosed energy estimation in one meter of transmission lines, he can write:



W=1/2∫volB.H dv



Also: i = ∫H. dl = H 2pr



and dv = 2pr dr



W = 1/2∫volB.H dv = 1/2∫0d B.i/2pr.2pr dr





Consequently, calculated done works by client are :



W = 1/2∫0d B.i dr



But the representative of contractor who is mechanical engineer thinks above mentioned calculation is not right and client shall be paid more money for done works.

According to fundamental mechanical theory, the representative of contractor tries to do calculation by the other way. He writes:





W =∫L F.dr



F = i x B





W= ∫0d Bidr





Consequently, done works calculated by contractor are:



W= ∫0d Bidr



Therefore amount of done works calculated by contractor are two time of client estimated.



What is your opinion? Who is right?
 
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  • #2
I have no idea of what your symbols relate to.

However, superconducting power transmission is an existing technology.
You can look this up to get construction costs.

What an additional 100 years of technological change will do to the actual construction costs is indeteminant.
 
  • #3


I cannot make a definitive judgment on who is right in this situation without further information. Both calculations appear to be based on sound fundamental principles, but it is possible that there are other factors that need to be taken into account. It may be necessary to consult with experts in both electrical and mechanical engineering to determine the most accurate and fair estimation of the done works. Additionally, it is important to consider the specific details of the project and any unique challenges that may have arisen during the transmission process. Ultimately, the most important factor should be ensuring that the project is completed safely, efficiently, and with the best use of resources.
 

1. What is the purpose of the electrical energy transmission project in the year 2107?

The purpose of the electrical energy transmission project in the year 2107 is to upgrade and improve the current electrical grid infrastructure in order to meet the growing demand for electricity and to ensure reliable and efficient transmission of energy.

2. How will the electrical energy transmission project in the year 2107 affect the environment?

The electrical energy transmission project in the year 2107 will have a minimal impact on the environment as it will use modern and sustainable technologies, such as renewable energy sources, to reduce carbon emissions and minimize the ecological footprint.

3. What are the potential benefits of the electrical energy transmission project in the year 2107?

The potential benefits of the electrical energy transmission project in the year 2107 include improved energy efficiency, reduced power outages, increased use of renewable energy sources, and overall cost savings for both consumers and utility companies.

4. How will the electrical energy transmission project in the year 2107 be financed?

The electrical energy transmission project in the year 2107 will be funded through a combination of public and private investments, as well as government grants and loans. Utility companies may also pass on some of the costs to consumers through electricity rates.

5. What challenges may arise during the implementation of the electrical energy transmission project in the year 2107?

Some potential challenges that may arise during the implementation of the electrical energy transmission project in the year 2107 include obtaining necessary permits and approvals, managing potential disruptions to local communities and the environment, and ensuring cost-effectiveness and affordability for all stakeholders involved.

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