Smart Socket System

Our Smart Socket System has the ability to be monitored and controlled remotely with Artificial Intelligence and Cloud Computing Technology.

Our devices have the capacity to be developed from the smallest socket groups to industrial energy systems.

Socket Systems can be monitored and controlled from anywhere, independent of the environment, without the need for extra software and hardware with mobile devices and computers with Cloud Computing support.

Benefits of the System

Energy consumption is increasing in our country and in the world.
Since energy resources are limited and consumption demand is increasing, we have to use energy resources more efficiently.
In order to consume energy efficiently and save energy, we need to control and monitor energy.
Our smart socket system, which can be controlled wirelessly with mobile application and web software, can be used in homes, workplaces, campuses and industrial areas. Thus, users can wirelessly monitor and control devices connected to smart sockets. The system collects feeder data using artificial intelligence algorithms. It prevents possible fires and malfunctions by warning or automatically intervening in energy consumption changes.
The system warns the user at the defined current value without blowing a fuse. Thus, power cuts due to overloading the electrical system are prevented.

General Features of the System

All devices and alarms can be monitored in real time
Alarms can be monitored instantly with advanced reporting features
Energy management can be done instantly with the mobile application
The system can be accessed with a web browser without depending on any platform
Detailed tracking of devices and parameters with advanced database features
With time zone support, different time zones can be defined for devices located in different regions
High level security can be provided with function and user-based authorization
Unlimited number of devices can be communicated with load sharing
Functions can be customized with expandable modular structure

Innovative Aspects of the System

Inclusion of Artificial Intelligence Algorithms

Contains a data set of electrical devices (predicting what is connected to the socket).
Keeping the operating characteristics of home and business electrical devices in the database and predicting the connected devices based on this.

Decision Making Capability

Detecting the energy consumption habits of the device connected to the socket and informing the user in case of exceeding these values (for example, if the door of a refrigerator in your home is left open, warning mechanisms work when it draws more current than normal)
Encouraging the user to be energy efficient (deactivating unnecessary devices based on ambient monitoring data, for example, by using a temperature sensor to guide air conditioning or turning off a device that has been left on).
Detection of electric arcs that may arise from the mains or load and prevention of potential hazardous situations.

Images from the System

Detailed System Specifications

It is modular enough to fit into fuse boxes from single modules that can be plugged into sockets,
Reading electrical values (such as voltage, current and power),
Can turn energy (devices connected to sockets) on and off, and assign tasks programmatically based on time and status,
With its embedded system software, it has the ability to fulfill defined tasks independently of cloud computing,
Cloud computing based software that can access sockets via any mobile device and PC,
It is capable of wired and wireless communication regardless of location and environment, and GSM M2M data communication in the absence of wireless internet,
In the absence of an internet connection, it can be controlled over the local network,
It has an electrical arc detection algorithm,
With artificial intelligence algorithms, it learns our consumption habits and encourages us to save money and prevents uncontrolled power consumption,
Integrated with services such as Amazon Alexa, Google Home, Microsoft Cortona, Apple Siri,
Able to recognize voice commands,
Alerts the user by e-mail and voice in case of emergency,
With the camera that can be integrated into the device, it can take images from the environment and detect motion,
Smart sockets connected to the system can be controlled through a single system,
A smart energy control system will be developed to prevent security threats such as fire, failure of the connected device, etc. caused by excessive current drawn from the socket.