Climate changing and intelligent technology part II
When we are talking about intelligent technology as the limiting of climate-changing, we are facing a really interesting thing, why we would not increase the production of energy only, when we are needing it? Why the power supply units are not equipped with artificial intelligence, what would follow the use of electricity, and if some big pike is coming, the system can simply increase the use of the sýstem, by increasing the power supply for the turbines. If the power plant would have a system, what adjusts the power-supply in real-time, we might think that this kind of system would make those powerplants more effective and energy-saving.
And if energy saving means that the need for fuel is decreasing, that means that the pollutions would be decreasing. This is one way to think about the use of intelligent systems for adjusting the use of fuel and limit pollution. When we are thinking that the ecological powerplant uses less fuel than normal powerplant, that thing would decrease the costs of production of energy.
This kind of system can be easy to sell to the investors because it guarantees a good price of electricity. If the boilers and the steam systems of the powerplants would be isolated by vacuum, that would decrease the waste heat and the need for fuel decreases. These kinds of things are really good for business because fuel is expansive in modern days. And decrease the use of fuel decreases pollution and levels of carbon dioxide. In nuclear plants, what is not produce the carbon dioxide well-isolated systems would also decrease the use of uranium, which decreases the costs.
And also intelligent systems can control homes. Those systems can decrease the temperature, when people are not at home, and they are still comfortable. That means that artificial intelligence can communicate with the person's employer's computer, and then the computer knows if a person is working. This means that artificial intelligence can increase the temperature when the person is coming home, and that makes the home more comfortable.
If that system communicates also with personal calendars, that can help computer predict, if a person is let's say, two weeks at a holiday. The idea is that this kind of system is easy to use, and when a person goes out the needed thing is to open the application on mobile telephone and activate the security. This means that the same system uses also security alarms and other things.
The thing that this kind of intelligent system needs is that it must be easy to use. If the new system is easy to use that makes it easy to take in control. And what if we can decrease every home temperature about five degrees of Celsius for the eight hours per day. That would decrease the need to use the heating system and fuel, which decreases pollution.
When we are talking about intelligent technology as the limiting of climate-changing, we are facing a really interesting thing, why we would not increase the production of energy only, when we are needing it? Why the power supply units are not equipped with artificial intelligence, what would follow the use of electricity, and if some big pike is coming, the system can simply increase the use of the sýstem, by increasing the power supply for the turbines. If the power plant would have a system, what adjusts the power-supply in real-time, we might think that this kind of system would make those powerplants more effective and energy-saving.
And if energy saving means that the need for fuel is decreasing, that means that the pollutions would be decreasing. This is one way to think about the use of intelligent systems for adjusting the use of fuel and limit pollution. When we are thinking that the ecological powerplant uses less fuel than normal powerplant, that thing would decrease the costs of production of energy.
This kind of system can be easy to sell to the investors because it guarantees a good price of electricity. If the boilers and the steam systems of the powerplants would be isolated by vacuum, that would decrease the waste heat and the need for fuel decreases. These kinds of things are really good for business because fuel is expansive in modern days. And decrease the use of fuel decreases pollution and levels of carbon dioxide. In nuclear plants, what is not produce the carbon dioxide well-isolated systems would also decrease the use of uranium, which decreases the costs.
And also intelligent systems can control homes. Those systems can decrease the temperature, when people are not at home, and they are still comfortable. That means that artificial intelligence can communicate with the person's employer's computer, and then the computer knows if a person is working. This means that artificial intelligence can increase the temperature when the person is coming home, and that makes the home more comfortable.
If that system communicates also with personal calendars, that can help computer predict, if a person is let's say, two weeks at a holiday. The idea is that this kind of system is easy to use, and when a person goes out the needed thing is to open the application on mobile telephone and activate the security. This means that the same system uses also security alarms and other things.
The thing that this kind of intelligent system needs is that it must be easy to use. If the new system is easy to use that makes it easy to take in control. And what if we can decrease every home temperature about five degrees of Celsius for the eight hours per day. That would decrease the need to use the heating system and fuel, which decreases pollution.
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