About the service
Efforts made in recent years to use M2M and IoT solutions in water and energy industries are among the most successful examples of uses of the IoT for optimal implementation of resource consumption. As an overall approach, smart energy consumption calls for a rather constant monitoring and control of each of the consumers.
Suggested solutions for smartification of energy consumption:
- Using meters to facilitate remote monitoring in a well-planned, adjustable process, or remote monitoring of consumption through consumption tariff policies
- Building a central system to analyze data collected by meters; implementation of control policies by issuing required prompts
- Establishing a communication platform between meters and the monitoring center system including all components of the connection network from the smart meter to the central system on the Irancell WAN platform
Given the significance of the optimal management of water and energy consumption across the nation, and relying on the support of reliable business partners, Irancell offers to implement a variety of comprehensive smart solutions in water, power, and gas consumption. Irancell hopes to prove effective in the smartification field.
Drawing upon this solution, Irancell will be capable of managing power and water consumption at various stages of generation, transmission, and distribution in industrial, commercial, agricultural, and residential sectors.
Features and benefits
Uses of Irancell Smart Energy Management System
Irancell energy management system facilitates monitoring and reading of water, electricity, and gas meters, and plays a significant role in the development of government smart services. The system can help with the following:
- Reducing energy waste
- Helping the continuity and recovery of energy at the time of crisis
- Improving the efficiency of implementation operation
- Remote management of systems and machinery
- Energy consumption management and control
- Accelerating data collecting process on electricity, water, and natural gas consumption
- Possibility of implementing tariff policies based on the subscribers’ consumption
- Developing and updating resource and energy network management techniques
- Optimization of resources for higher compatibility with the increase in demand; helping with supply and demand coordination
- Diagnosis of issues and breakdowns in the energy and water distribution network (identifying manipulations and violations across the distribution network)
- Possibility of prompt decision-making in the event of glitches as well as remote implementation of service protocols in operation fields