Project Eloncity Whit Paper has been released !

I’m Happy to announce the Project Eloncity released their whitepaper recently and by using that I will go through this whitepaper by describing an overview of the Eloncity Model, a community-based decentralized renewable energy platform powered by blockchain ecosystem for building and deploying decentralized energy resources ,key building blocks of the Eloncity solutions, target markets, and an implementation of the roadmap.

Eloncity - a project that is not so new to the market. However, their "shoulders" have accumulated experience and now is the time to apply it, integrating the latest innovations in the industry. The platform wants to make its system more decentralized. Transform your own power system into millions of networked networks. The peculiarity of the project will be that they will supply themselves independently with electric power. The electricity will be generated by itself within 24 hours every day for 7 days. This will affect competition with existing power supplies in the world. At the same time, the price of electricity is formed more transparently. The main advantage of the project is that absolutely anyone can apply Eloncity technology to generate their own electricity for free.

Just click the below link and join with me to go through this.

https://drive.google.com/file/d/1dkUNgo1_m4X4gf96rfnwEIN-W4P5HB9c/view

This document provides an overview of the Eloncity Model, a community-based decentralized renewable energy platform powered by blockchain ecosystem for building and deploying decentralized energy resources. It describes fundamental problems that the Eloncity Model seeks to address, key building blocks of the Eloncity solutions, target markets, and an implementation roadmap for realizing the Eloncity vision. The information in this document is intended for informational purposes only. Eloncity may make improvements or changes to the products, architectural design, or programs described in this document at any time without notice.

As we all know currently we are getting Electricity through centralized AC power systems or we say power grids. Most of the countries have a national power grid with is supplied by a lot of conventional and renewable power generation plants and consumed by customers of different capacities through a distribution network. So the project Eloncity concept or "Eloncity model" which is discussed in this whitepaper was totally created to give a far better power system avoiding all the issues and disadvantages of current centralized power systems. The concept they are introducing is " Eloncity Decentralized Energy Architecture" So this chapter of the Eloncity whitepaper totally describes this Eloncity model and all its technical features. And after that chapter here comes the most important part of this document: " Eloncity Technology Building Block Integration" , this topic was discussed under following subtopics in the whitepaper

Operation of ECTP
Management of Power flow in power system
Hierarchical chain of power systems
Optimising local power flows - Distribution level of the Grid
Dubus and balancing power flow in the local stage
EV charging
Controlling Demand and Supply
BLSP - Operations of baseload service provider
Internal connections with centralized grid

Our modern life depends on the vast electric frameworks to control everything from lights to mass travel trams. Regardless of huge walks in mechanical development, the current network is to a great extent based on a maturing outline. This outline is basically a unified framework engineering in view of substantial power age plants in remote areas that are associated with the client locales through an unpredictable maze of transmission and dispersion (T&D) organize. The coordination of power generation in rotating current (AC) joined with conveyance through the complex T&D organize is overseen by local framework administrators or free framework administrators (ISOs). The ISOs must adjust not just the power creation and utilization progressively, yet in addition guarantee, the power delivered remotely is transported to client locales without running into clogs on the tremendous T&D arrange. While the present electric power lattices are a wonder of building accomplishments, this immensely complex brought together power network configuration is demonstrating its age. The present brought together power networks confront noteworthy difficulties in giving sheltered, solid, secure, and reasonable vitality administrations.

This design is essentially a centralized grid architecture based on large power generation plants in remote locations that are connected to the customer sites through a complex labyrinth of transmission and distribution (T&D) network. The coordination of electricity production in alternating current (AC) combined with delivery through the complex T&D network is managed by regional system operators or independent system operators (ISOs). The ISOs must balance not only the electricity production and consumption in real time, but also ensure the electricity produced remotely is transported to customer sites without running into congestions on the vast T&D network. While the current electric power grids are a marvel of engineering feats, this enormously complex centralized power grid design is showing its age. Today’s centralized power grids face significant challenges in providing safe, reliable, secure, and affordable energy services.