Accelerate the return on investment in your energy storage system to as little as 3 years

Thanks to the monitoring and data analysis features in ENNO-EMS, the user gains full insight into the operation of their energy installation — both in real time and historically. The system collects data from key devices, such as batteries, inverters and meters, and then presents it clearly, enabling both ongoing and long-term decision-making.

This enables:

• Real-time response to changes in installation operating parameters, such as power, voltage or energy flows.
• Identification of losses and inefficiencies, which translates into real savings and system optimization.

Through ENNO-EMS software, the user gains access to forecasts of energy production, revenue and savings. The system analyzes historical data, current consumption and market prices, and then estimates the profitability of operating the PV installation and energy storage system.

This enables:

• Planning charging and discharging strategies for the storage system based on estimated future energy prices.
• Making operational decisions in advance, based on data rather than assumptions.

ENNO-EMS is a system that groups various energy generation and consumption units, as well as energy storage owners and locations, managing them as one entity to optimize costs, increase energy efficiency and facilitate their participation in the energy market.

Benefits of energy aggregation:

• Cost optimization: Aggregation can help reduce energy costs for prosumers and producers.
• Support for system stability: Aggregation helps stabilize the energy system by managing supply and demand.
• Facilitating energy sales: Aggregation can facilitate the sale of energy generated from renewable sources, especially for prosumers.
• Greater flexibility: Aggregation enables better energy management and adaptation to demand.

ENNO-EMS increases the facility’s resilience to power outages by automatically responding to severe weather warnings. The system tracks weather alerts and, in the event of risk, starts charging the energy storage system in advance.

This enables:

• Protection of critical loads in the event of blackouts.
• Operational continuity without the need for manual intervention.

Thanks to integration with external data sources, the EMS enriches its operation with up-to-date energy market information and technical data from external systems. The system collects, among other things, energy prices from the Polish Power Exchange (TGE), demand and renewable energy production forecasts, and SCADA system data, allowing the energy management strategy to be precisely adapted to changing conditions. ENNO-EMS also communicates with telemechanics systems, continuously monitoring and exchanging information with the distribution system operator.

This enables:

• Making accurate decisions on purchasing, selling or storing energy based on market forecasts.
• Automatic adjustment of system operation to external conditions — without the need for manual intervention.

Thanks to its safety module, ENNO-EMS not only manages energy, but also actively monitors the technical condition of the installation. The system analyzes battery health (SOH), state of charge (SOC), and continuously detects overloads, failures and other irregularities.

This enables:

• Real-time response to potential threats before they affect system operation.
• Maintaining high reliability and safety of the installation thanks to automatic alerts and protection mechanisms.

The ENNO-EMS system meets cybersecurity requirements, including requirements for connection to critical infrastructure.

The devices meet the requirements of the following standards:

• IEC 62351 — security in low- and medium-voltage networks.

The solutions are also compliant with:

• NERC CIP — protection of critical infrastructure in energy systems.
• EU NIS 2 Directive — in the context of the security of a given infrastructure or enterprise.
• ISO/IEC 27001 — information security management.

Support for the virtual prosumer makes it possible to use renewable energy without owning a PV installation. For example, a user in Gdańsk can benefit from renewable energy generated in Warsaw. The energy is settled on the electricity bill, while the recipient gains savings and participates in the energy transition — without the need to install equipment on their own building.

• Enables the use of renewable energy without owning an installation.
• Provides access to green energy regardless of the recipient’s location.
• Ideal for apartment residents and people without technical installation options.

The ENNO-EMS system enables comprehensive energy analysis and full reporting, supporting business owners and installation operators in making informed business decisions. With access to real-time data and parameter archiving, users can control system performance and plan optimization activities.

The system offers, among other things:

• Creation of energy consumption and financial savings reports.
• Comparison of energy efficiency on a weekly, monthly and seasonal basis.
• Monitoring KPIs for ongoing system performance assessment.
• Real-time analysis of PV installation and energy storage performance.
• Flexible addition of users and measurement variables.
• Remote access to data — also across multiple locations at the same time.

The ENNO-EMS system enables automatic and remote control of energy processes, so companies and installation operators do not have to worry about infrastructure management. The algorithm handles it automatically while reducing costs.

The system offers, among other things:

• Creation of system operating schedules — for charging, discharging and selecting the power source (grid/PV).
• Remote control and configuration of devices from an application or browser interface.
• Automatic switching of power sources in emergency situations — UPS-mode operation without user intervention.

The ENNO-EMS system supports comprehensive management of electric vehicle charging infrastructure (EV).

The system offers, among other things:

• Real-time monitoring of the technical condition and availability of EV chargers.
• Dynamic allocation of power to individual charging points depending on current demand and available energy.
• Remote control of the charging process — for example based on energy prices, operating schedules or energy storage levels.

The ENNO-EMS system provides intelligent energy management that enables users to maximize savings and performance through automated decisions based on data and forecasts.

The system offers, among other things:

• Advanced algorithms optimizing energy flow between the grid, photovoltaics, energy storage systems and EV chargers.
• Automatic adjustment of energy consumption to weather forecasts and dynamic tariffs.
• Smooth switching of operating modes, such as grid, PV or battery power, depending on profitability and energy availability.

• Hierarchical assignment of permissions according to roles and responsibilities.
• Monitoring user activity through detailed system logs.