Gigajoule solution for the development of world electricity
Increasingly, the population is increasing in an area. This can occur because it is caused by various factors such as marriage, urbanization, immigration and so on, so it also affects the supply of needs that must be managed by a local government. The more people in a place, the more the number of needs that must be available, so the government must be good at dealing with this to meet all their needs, because if not it will be a trigger for the emergence of social problems that will impact on the integrity of a population in a area. An example of what is a primary need for all people today is electricity.
Why does electricity become a priority? Let us think now, from where someone can charge their smartphones if not from electricity, how a company can turn on all its computers if not through electricity and how a café can create lighting in its place if not from electricity. As a generation that has lived in modern times, where life now relies more on technology, electricity is the main thing that must be provided by the government to be able to meet the needs of civilization in today’s society.
To be able to supply electricity to various regions in their area, the government usually builds certain sources of electricity at various points in an area, which later electricity will be transmitted to various areas that are needed. But sometimes, with an increasing population coupled with an area that is difficult to reach, making demand for electricity supply electrification increases and has comprehensive access, so the government must build infrastructure for new power plants to be able to meet these needs. To build a power plant in a country, the government will be troubled by routine constraints such as funding difficulties, land clearing costs, and sometimes inadequate raw materials. This is often a problem in an area that really needs to be given a solution.
As a form of solution to the constraints that are often experienced by a developing country, currently a new power plant project has been built with a very efficient advantage and provides potential for the development of world electricity today. The project in question is called “Gigajoule Floating Solutions” which is a power plant infrastructure development project that currently uses Blockchain technology as its operational system. This technology is a modern technology which is currently experiencing developments in various lines of world life and is proven to be a solution and convenience for the life activities of the world community today.
As a power plant, Gigajoule operates using natural gas as raw material, and the ocean as their operational land. Both of these are chosen because natural gas is the only natural source that has the highest level of cleanliness of all types of carbon-based energy sources, and is one of the sources with a very abundant amount. In addition, the condition of the earth which is 71% dominated by the ocean, making the waters as the right land to be used as the basis of a project. This gigajoule will later be placed in the lagoon area where the gas turbine is installed in a barge that can be brought to any area as long as it has water access. As has been said before where the earth’s condition is on average a territorial waters, this certainly can provide the potential for Gigajoule to be able to meet most of the electricity supply in various areas that are lacking.
When viewed in terms of its operational engine, Gigajoule provides a highly guaranteed system reliability, where the turbine used by Gigajoule to drive a power generator in the form of Siemens SGT-A65 gas turbine, which is an advanced aerodynamic gas powered turbine technology that is very easy to maintain and operated, and can produce power of 8–25 Megawatts. In addition, this turbine also has a very fast strat-up time that ranges in a span of 10 minutes, and also has the ability to tolerate the stop-go activity of a turbine. The efficiency of this capability has a very optimal impact in balancing a fluctuation in an energy load on a turbine.
With the Blockhain technology brought by Gigajoule and has such easy operation as previously explained, this tool does not require expensive costs in terms of maintenance so as to provide guarantees for prospective clients who want to join this project to the amount of funds to be spent in not too high scale. Investors who are interested in this project can click on the page www.gigajoule.io via the available browser.
More information about the product
Website: https://gigajoule.io/
Facebook: https://www.facebook.com/gigajouletoken
Telegram: https://t.me/Gigajoule_group
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ETH: 0xd0b3b3c8613f380a11820615341695e483c9d5db
