EMS software is a key component of the system and allows the enterprise to effectively analyze the collected data and make decisions to improve energy efficiency. The main functions of the software part include:

• Real-time monitoring – collection and visualization of energy consumption data in a convenient interface.
• Energy consumption analysis – identification of anomalies, inefficient use of resources and factors affecting costs.
• Forecasting and modeling – analysis of historical data to create forecasts and optimization scenarios.
• Energy management automation – the ability to automatically adjust consumption parameters to reduce costs.
• Reporting and analytics generation – creation of reports according to international standards ISO 50001, which allows enterprises to confirm their compliance with energy efficiency standards.
• Integration with other systems – connection of EMS with ERP, SCADA, MES for comprehensive management of production processes.

INFOCOM LTD has extensive experience in the development and implementation of solar power plants (SPPs) and solar energy generation dispatching systems. Our solutions allow enterprises to effectively manage the production, distribution and use of electricity generated from renewable sources.

Our key competencies include:

• Automated SPP dispatching systems – provide centralized control and management of solar energy generation processes.
• Optimization of energy generation and consumption balancing – efficient energy distribution between generators, storage systems and consumers.
• Integration of SPPs into the overall energy management system – the ability to combine renewable energy sources with traditional networks and production processes.
• Monitoring the condition of panels, inverters and network devices – prevent failures and increase the efficiency of solar power plants.

INFOCOM LTD’s experience in creating SPPs and solar generation dispatching can be directly applied within the EMS. This allows businesses to make the most efficient use of renewable energy, automatically balance loads, and reduce electricity costs.

• Energy saving – reducing electricity, water and gas costs through automated monitoring and correction of energy consumption.
• Efficiency improvement – ​​optimizing production processes, identifying bottlenecks in energy use.
• Automation and control – minimizing the human factor and ensuring continuous control over resource use.
• Flexibility and scalability – the ability to adapt the system to the needs of a specific enterprise and its further expansion.
• Compliance with international standards – compliance with ISO 50001 requirements, which increases the competitiveness of the enterprise.