What are the benefits of energy management?

There are many benefits of implementing energy management in an organisation. Some of the most important are:

• Economic Benefit: Reduction of energy costs through optimisation of consumption and implementation of energy efficient technologies.
• Environmental benefits: Reducing the carbon footprint and negative environmental impact through more efficient use of energy resources.
• Operational benefits: Improving operational efficiency and reliability of systems through better control and management of energy consumption.
• Social benefits: Improved public perception and reputation of the organisation by demonstrating commitment to sustainability and environmental protection.

Energy management can be applied across a wide range of sectors including:

• Buildings: offices, apartment buildings, hospitals, schools, shops, etc.
• Industry: Manufacturing plants, factories, plants, etc.
• Transport: Road transport, rail transport, aviation, etc.
• Agriculture: Farms, greenhouses, irrigation systems, etc.
• Utilities: Electricity distribution companies, water companies, waste management companies, etc.

Energy Management Software

Managing energy projects with large investments is a serious challenge for businesses. To meet this challenge, we have developed a proprietary energy management platform based on artificial intelligence. This platform optimizes the processes and analysis of the collected information.

The software can be connected to various energy systems at a site and has access to the independent energy exchange, weather sources and database. This information allows the development of energy management strategies that optimize customer costs.

Basic steps in energy management

1. Data collection: the software provides continuous monitoring and data collection of energy consumption and system parameters through sensors and compatible devices.
2. Analysis and evaluation: Analysis of collected data to identify areas for improvement and evaluation of current processes and systems.
3. Planning and implementation: Develop a plan to implement measures including investment in new technologies, use of alternative energy sources and energy storage systems.
4. Management, monitoring and control: Ongoing management and monitoring of the results of the implemented measures and adjustment of the plan as necessary.
5. Consumption forecasting: The software predicts future energy consumption based on collected data and analysis, supporting resource planning.
6. Visualization: Visualize collected data through graphs and numerical representations for easier analysis.
7. Messaging and Alerting: Generate messages and alarms informing users of abnormal events or irregularities in the system.
8. Integration with other systems: The software can integrate with building controls, HVAC systems and other devices for more efficient management.

Applications of energy management

Photovoltaic power plants:
The software provides real-time monitoring and analysis of energy production, identifies potential problems and provides optimization advice.

Energy storage systems:
The software provides information on the level of stored energy and optimizes battery charging and discharging processes.

Electric vehicle charging stations:
The software allows management of charging stations, including starting, stopping and regulating the charging of vehicles.