In this system, all consumption and performance of electrical appliances are evaluated and controlled in a completely intelligent and automated manner. Accordingly, both the consumption of each device and the Environmental conditions are also analyzed, which are different according to different devices. I will demonstrate this concept with an example. If you turn on the light in a room, the lamplight is regulated by sensors installed in the room. To be more specific, the sensors calculate the lux ambient light, subsequently reducing the light intensity of the lamp as much as possible. In addition, if a person leaves the room and does not need system light, it will automatically turn off the lamp by analysis.
Surprisingly, this system can be employed for all electrical appliances. For instant, if you forget to unplug the car using the installed sensors and cameras, the power will automatically turn off after a while. The critically important part of this system is the overall intelligent consumption control. Indeed, the system can control and optimize your consumption in a specific time period (1 month or a bill payment period).
Here is a compelling example of this. These days, using the first phase of this intelligent system, your electricity consumption is one hundred euros. You have decided to reduce it to eighty euros for the next period to save money and energy. The system applies all factors to minimize the payment fees you want, like all consumables and intelligent control. It must obviously be all devices must be controlled to reduce your costs. Sometimes it is necessary for special occasions (for example, you have guests and want the room to be brighter than before) to try to get the devices out of the ideal state for optimal consumption. This matter is easily possible, and the system adjusts the overconsumption for the rest of the consumption period.
• Automatic control of turning on and off electrical appliances
• Automatic adjustment of brightness
• Intelligent control of electrical appliances consumption
• Ability to create maximum consumption
• Prevent wasted energy with automatic smartening
• Intelligent calculation and forecast of future consumption
After installation, the system receives parameters that include different topics depending on the type of user. For example, optical sensors are one of the most important input parameters for lamps. The ambient light determines the intensity or luxury of the lamplight. Other parameters include temperature sensors, humidity sensors, motion sensors for individual detection, air sensors, carbon dioxide sensors, and more.
Now, according to the type of user, all data sets are received from the sensors. The collection is then stored in a database so that we can use it to check future forecasts as well as consumption calculations.
The system has three analysis phases: online, past, and finally, data analysis to predict future consumption and optimization.
In this section, the system makes an initial decision according to the sensor data. For example, the lamp will turn off in a hallway or building when there is no movement.
At this stage, the system reviews the past data or samples, considering the current situation. It aims to more accurately assess the range of energy consumption and more detailed analysis to provide a better reaction or performance of the system. For example, the system can adjust the light intensity of a lamp according to the ambient light. If a person in the room turns on a lamp during the day, the light intensity of the lamp will be less. If a person wants to turn on the lamp in the evening or at night when there is no natural light, the light intensity will increase.
In the last step, we will see two types of processing. First, according to the information of the current sensors and according to the previously stored data. The second uses artificial intelligence and consumption detection to optimize in the future. The purpose of artificial intelligence is the individual requests automatic optimization of consumption and thus intelligent control.
The plan is used to control and optimize the
Consumption of the following:
• Educational Institutes
• Residential Buildings
• Cultural Institutions
• Road/Park Lights
In this section, the system makes an initial decision according to the sensor data.
• Coffee Shops
the system reviews the past data or samples, considering the current situation.
• Commercial Buildings
• Conference Halls
• Movie Theaters
The purpose of artificial intelligence is the individual requests automatic optimization of consumption and thus intelligent control.