Save Time and Technology for the World with System Semiconductor

 

The world is changing at a tremendous rate.

The storage capacity of the network's computational speed has increased a million times in the last 30 years.

Fast data exchange required security techniques such as user authentication, encryption, decryption, key exchange, non-repudiation, etc. Is it possible to defend software security with software? We need solutions that make it easy to use security technologies, commerce, secret communications, and anonymity.

The use of energy is a problem that humans have been thinking about as they begin to live on Earth. We need energy to make bonfires in cold weather and to use the roof, wind, and water in hot weather. Energy is used to cultivate crops and move and store their output. Is security necessary for the use of energy used in ships, cars, airplanes, buildings, and homes?

ESS stands for Energy Storage System . Solar energy per day is 8,000 times more than fossil energy used during the same period. It is not difficult to make electric energy by using solar energy during the day. How can we store that overflow of energy? I think it will be below USD 100/kwh by 2021. As the cost of storage decreases, day-time power can be used at night, and it can be a prosumer that re-supplies the use of power energy.

We need a mutual transaction to use and produce. When the price changes, we need a service that calculates the transaction amount in real-time, generates statistics every week or every month, and relays them. Your cumbersome security process can be solved with Neowine's system semiconductor. I would like to have a safe and secure Neowine semiconductor to save time and reduce transaction costs.

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Change the IoT World with Neowine Security Technology

Fossil fuels increase global carbon dioxide emissions.

Since the use of fossil fuels has led to global warming, and the temperature of the Earth has risen,

The Arctic ice is melting and also Polar bears are losing their home.

We're currently using and relying on fossil fuels to operate power plants,

But we need to increase the rate of use of renewable energy to protect the environment.

However, renewable energy can be less accessible from places in demand and has the disadvantage of irregular power production.

Therefore we suggest to use ESS and enforce a system that fluctuate energy price

Electric vehicles can be used as ESS and thereby electricity stored in electric vehicle batteries can be used, by using the V2L function.

For example, when a car, battery, and home appliances are connected to online,

During the day, the battery stores the power that generated from solar power

The power stored in the battery is used at nighttime.

Power prices across the country vary according to demand and supply.

If supply is constant but demand increases rapidly, expensive power plants will be operating, now that the supply price increases.

Power price changes will be notified on the Internet to control demand-side power rather than supply.

When home appliances are up and running,

As the price of energy supplied becomes more expensive then data will be sent to the IoT home server in real time.

At this point, the home server controls the output of the appliances to reduce power consumption in the home.

Also you can take stored power back from your car and ESS during peak time.

If the electric car and the ESS in the house stored enough power,

You can transfer power stored in your house to the outside when electricity is expensive.

All these processes will be managed by the IoT home server and all users can monitor it by mobile.

This information is stored in the AI server, and data cryptography and anonymization technology of

Neowine is essentially used in the exchange of data.

As a result, smart meters and ESS can be leveraged to implement the energy trading systems between neighbors.

Users in the home can make a profit by power trading.

In the process of producing and consuming electricity, the suppliers and consumers interact with each other

So we can build a smart grid system to increase efficiency.

Also can build an independent power supply system which is called a micro grid.

So that we can fight against climate change by using renewable energy efficiently.

Furthermore, we can build a super grid and connect regions with a grid to grow the world economy.

By analyzing data in real time, use of electricity can be rationalized

Moreover, it contributes to the environment by increasing dependence on renewable energy.

Finally, energy prices can be reduced via energy trading system and you can manage electricity consumption effectively.

For the more secure world, NeoWine.

Save Time and Technology for the World with System Semiconductor 

https://www.youtube.com/watch?v=rjbZMLd7zo8&t=23s