IoT implementation

The Internet of Things (IoT) is a set of devices and objects that each connect to the Internet individually and pursue a single target.

In the view of the Internet of Things, all components have a digital identity. In the Internet of Things, all objects in the network are placed in different ways. This network, which includes several objects in the environment, surrounds us, and this produces a large amount of information that is stored and analyzed by this data. Very useful information can be obtained.

Building management system

Building management system (BMS) or building automation system is a system that is installed in a building and through its components allows the user to control different parts of the building and display the appropriate outputs. The various parts under control usually include mechanical installations, air conditioning (HVAC) and lighting equipment that can be extended to safety systems, firefighting, access regulation, emergency power supply and so on. In general, the purpose of using BMS systems in a building is to adapt the operating conditions of different components according to the environmental conditions and needs of the building at that time.

Benefits of building management system intelligence

In general, the general benefits and results of operating a BMS can be summarized as follows:

 

• Provide a high level of comfort for the building users

• Optimal operation of equipment and increase their useful life and significantly reduce maintenance costs

• Provide intelligent control system with the ability to schedule performance time

• Define different scenarios in different situations in order to comfort and save energy

• Minimize human errors in system management

• Optimization and energy saving

• Ability to monitor and control all parts of the building that are separated by various sensors

• Integration of management of various facilities and systems in the building and, as a result, coordinated operation of all equipment

• Ability to receive various reports using data generated by sensors

• Analyze sensor data and instantly check the status of existing systems

• Define actions appropriate to critical situations such as fires

Steps of smart building implementation of a building / factory

۱- Defining the needs of the employer

2- Initial design of the system and presentation of economic estimates

3- Finalizing the initial design based on the employer’s request

4- Preparing a list of required equipment and facilities

5- Preparing an executive plan

6- Piping and installation of infrastructure (if needed)

7- Cabling (if needed)

8- Installation of equipment

9- Setting up and programming the installed equipment

10- Testing equipment separately

11- System integrity test

12- Senator test

13- Providing the necessary documents

14- System operation training

15. Periodic visits

16- After sales service

Smart building

Smart factory

Smart building

Smart factory