Using the Strategic Energetic Resources or Electrical Energy as a Possible Pressure Tool | Chapter 5 | Advances and Challenges in Science and Technology Vol. 3

 Electrical strength is the energy derived from energetic potential energy or moving power of the charged particles. In general, it is refer to as the energy that has been convinced from electric potential strength. We can define electrical strength as the energy generated for one movement of electrons from one indicate another. The movement of loaded particles along/through a medium (suggest wire) constitute current or power. The world's bigger energy powers desire to own and control the complete chain of global energy in consideration of use primary forceful resources or electricity as a attainable energetic tool or pressure finish in the context of blackmail and profitabilty due to the growing frequency of cases of forceful collapse around the world exhibited by the lack of finite basic energetic money (oil, gas, bitumen, and uranium) or electricity to the final buyers.By the lack of supplying the basic energy or electricity to conclusive consumers leads to the crises that cause pertaining to society disproportions causing extreme damage to the safety of civilians, industry, the internal economy and thus public security, because all extents of a state economy believe primary energetic money or electricity. In this context, the strength security of a state enhances an important pillar of public, regional and international freedom, bringing safety, support and well-being to the conclusive consumers for electricity habit.

Author(s) Details:

Daniel Nicolae Fita,
Strategic Studies of Energy Security Research Center, Faculty of Mechanical and Electrical Engineering, University of Petrosani, Romania.

Mila Ilieva Obretenova,
Mining Electromechanics, Department Automation of Production Systems, University of Mining and Geology “ST. IVAN RILSKI” – Sofia, Bulgaria.

Sorina Daniela Stanila,
Department of Mechanical and Industrial Engineering and Transport, Faculty of Mechanical and Electrical Engineering, University of Petrosani, Romania.

Adriana Zamora,
Department of Mechanical and Industrial Engineering and Transport, Faculty of Mechanical and Electrical Engineering, University of Petrosani, Romania.

Safta Gheorghe Eugen,
Doctoral School - Industrial Engineering, University of Petrosani, Romania.

Florin Grecu-Muresan,
Doctoral School - Industrial Engineering, University of Petrosani, Romania.

Please see the link here: https://stm.bookpi.org/ACST-V3/article/view/12017