E2C

E2C is the latest blockchain platform designed to provide a solution to this problem. It was developed by using ERC-20 infrastructure for easier market adoption and compatibility. Once the platform is more mature, we will transition into Proof-of-Stake system to make our platform fairer and, at the same time, more ecological-friendly.

Two hundred years after the invention of electricity, humanity continues to encounter global problems related to it. Electricity is excessively expensive but what is worse is that millions of people around the world still don't have access to this vital resource.

This is the purpose behind our platform. E2C allows people around the world to trade electricity easier and in a more cost-efficient manner while simultaneously helping to build a greener and more sustainable future.

We understand that generating and producing energy is difficult for many. We are developing a new generation of solar panel that is lower in cost and take up much lesser space. The current way we produce electricity is not sustainable, cost-effective or healthy. What the world needs now in the face of this is to move the revolution into the mainstream, a model for energy trading that gives people around the world the power of a co-created energy future.

Electronic Energy Coin (E2C) is a blockchain-based trading platform for green technology. E2C is built according to the ERC-20 token standards, which is used by the popular Ethereum system. This makes E2C compliant with most cryptocurrencies standards and protocols in the market, hence more compatible with most trading platforms.

At E2C, we look to an ecological and sustainable future. Our project will build towards an energy revolution, a more equitable distribution of energy, and improved control over the use and transaction of energy. Conventionally, the energy market is dominated by large power plants, with control being centralized in a few people. This often results in large excessive costs for the ordinary people, such as owners of private enterprises who are dependent on energy.