EMS for modern energy
Gain full control over energy generation, distribution and consumption. EMS (Energy Management System) connects energy sources, battery storage systems, the distribution grid and consumption points into a single intelligent platform. It enables efficient management of energy flows, optimization of self-generated energy usage, reduction of electricity procurement costs, and support for meeting legislative and regulatory requirements of the energy market. Through weather, consumption and spot price forecasting, EMS helps operators make informed decisions and improve the economic efficiency of their operations.
Comprehensive energy management
EMS integrates the monitoring, management and control of energy infrastructure into a single user environment. It enables the monitoring and control of photovoltaic power plants, battery energy storage systems, metering and delivery points, e-mobility infrastructure, substations and other energy technologies. The solution includes tools for dispatching control, energy flow management, power quality monitoring, asset management and automated processing of data required for energy market operations.
Advanced analytics and forecasting tools leverage weather data, renewable energy generation forecasts, energy consumption patterns and electricity spot market prices. Based on these inputs, EMS optimizes the use of available energy resources, supports battery storage management, helps regulate power flows to the distribution grid and enables the effective utilization of energy flexibility. Its modular architecture allows the system to be tailored to specific customer requirements, whether for local distribution systems, industrial and commercial sites, or municipal energy systems.
Areas of application
Local distribution systems (LDS)
Energy generation, distribution and consumption management, including OTE communication and regulatory compliance.
Industrial and manufacturing facilities
Optimization of energy flows, efficient use of on-site energy resources and reduced operating costs.
Commercial and logistics parks
Centralized energy consumption monitoring and efficient management of multiple metering points.
Municipal energy management
Energy management for cities, municipalities and public buildings, supporting energy sharing and efficient energy utilization.
Photovoltaic power plants
Monitoring of energy generation and optimization of renewable energy utilization.
Battery energy storage systems (BESS)
Energy storage management and optimization of charging and discharging based on current operating conditions.
E-mobility
Management of charging infrastructure and optimization of energy consumption for electric vehicle charging.
Flexibility aggregation and ancillary services
Participation in balancing services and efficient management of energy flexibility.
System benefits
- Complete real-time visibility into energy generation, distribution and consumption
- Optimization of energy flows and reduced operating costs
- Efficient management of photovoltaic power plants and BESS
- Forecasting of energy generation, consumption and electricity spot prices
- Support for flexibility aggregation and balancing services
- Grid feed-in control in compliance with distributor requirements
- Automation of communication with OTE and processing of data required by energy regulations
- Integration of data from multiple technologies into a single environment
- High level of cybersecurity and data protection
- Cloud and on-premises deployment
Important references
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Implementation of the I.P.P.E. Dýšiná technical control room
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21st kindergarten Na Celchu
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Elementary school "Masarykova" in Klatovy
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HEC Services
Intelligent system for automatic collection, processing and application of data on electricity supply and consumption
CZ, 2015
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