An Energy Management System (EMS) serves as the central platform for monitoring, coordinating, and controlling modern multi-energy facilities. It enables real-time optimization of energy flows from multiple sources—including biomass, natural gas, biogas, and cogeneration—while integrating battery energy storage as well as electrical and thermal networks.
The EMS enables optimized energy mix management, greater microgrid flexibility, and participation in grid services such as frequency response, ancillary services, and islanding. By coordinating these resources as an integrated system, the EMS ensures reliable and efficient operations while maximizing the energy and economic value of available assets.
Energy Mix
Managing the energy mix is a key challenge for multi-energy facilities. A site may combine multiple energy sources and assets, including biomass boilers, natural gas, biogas, cogeneration, battery storage, and district energy networks. Variability in energy production, particularly from renewable sources, requires precise coordination to maximize energy value while meeting operating and regulatory constraints.
Enero Solutions’ APC-EMS solutions provide real-time monitoring and control of production and consumption across each energy source, anticipate variations, and optimize the allocation of energy flows. Renewable and lower-carbon sources can be prioritized whenever conditions allow, while dispatchable assets such as gas-fired boilers and cogeneration turbines maintain reliable energy supply.
The EMS dynamically determines the optimal operating point for each asset, reducing energy losses and maximizing overall efficiency. Coordinated energy flows also optimize power generation for on-site consumption or export to the grid while maintaining strong environmental performance.
This integrated approach transforms the facility into an intelligent energy system capable of efficiently managing the complexity of today’s energy mix.
Islanding & Frequency Response
The ability to operate in island mode and provide grid services is critical to electrical resilience and continuity of service. Islanding allows a facility to temporarily disconnect from the utility grid while continuing to supply critical loads. Frequency response contributes to grid stability by adjusting generation or consumption in response to frequency deviations.
Enero Solutions’ APC-EMS solutions coordinate generation and energy storage assets to respond rapidly to grid signals. Dynamic control adjusts turbines, boilers, and batteries, stabilizes electrical flows, and maintains continuity of service during transients or grid outages.
This approach can also improve economic performance by enabling participation in ancillary services markets and monetizing the facility’s operational flexibility. Operators benefit from intelligent energy management that maximizes operating efficiency while actively contributing to grid reliability and stability.
Battery Energy Storage (BESS)
Battery Energy Storage Systems (BESS) provide flexibility and fast response capabilities for cogeneration facilities and microgrids. They can smooth fluctuations in power generation, absorb excess energy, and dispatch stored energy during periods of peak demand, improving both economic performance and grid stability.
Enero Solutions’ APC-EMS solutions manage battery charging and discharging in real time, optimize battery utilization and service life, and coordinate storage with other generation assets. They can also integrate demand forecasting and participation in grid services, including frequency response and ancillary services, to optimize overall system operation.
Through this coordinated approach, battery storage becomes a strategic asset for increasing flexibility, maximizing the value of generated energy, and maintaining stable and reliable facility operations.
Microgrid
A microgrid is a local energy network capable of operating either independently or connected to the utility grid. It integrates distributed generation, energy storage, and electrical loads, enabling local optimization of energy flows and greater resilience during external grid disturbances.
Enero Solutions’ APC-EMS solutions monitor and control the microgrid in real time, balancing generation, consumption, and storage while accounting for both technical and economic constraints. The EMS also coordinates transitions between grid-connected and island modes, maintaining continuity of service while optimizing energy costs.
Integrating microgrids with advanced control enables facilities to maximize the use of renewable energy, strengthen local power supply reliability, and provide ancillary services to the utility grid, supporting more sustainable, resilient, and flexible operations.
Demand Response & Ancillary Services
Participation in grid flexibility programs, including demand response and ancillary services, creates opportunities to capture additional value from a facility’s energy assets. Demand response involves temporarily adjusting electrical consumption in response to grid or market conditions, while frequency regulation uses generation, load, or storage capacity to help maintain grid frequency.
Enero Solutions’ APC-EMS solutions coordinate generation, consumption, and energy storage assets to respond to grid operator signals in real time. The system determines the optimal course of action, maximizing the facility’s contribution without compromising continuity of service or thermal and electrical production requirements.
This approach creates both economic and operational value by monetizing flexibility while improving system stability and resilience. Operators benefit from intelligent energy management that maximizes the value of their assets while actively supporting a reliable and secure electrical grid.
