Accelerate the return on investment in your energy storage to as little as 3 years with ENNO-EMS software from Ennovation.
- Do you want to avoid high energy costs and start charging your energy storage when energy is the cheapest?
- Are you paying colossal energy bills and increasingly considering investing in a system that will help you reduce them?
- In addition to saving on energy, are you interested in new ways to profit from energy storage, such as the capacity market (DSR), price arbitrage, balancing services, increasing self-consumption—and are you looking for an all-in-one solution to help you with this?
- Do you want to connect to the energy exchange (TGE), capacity market, or system services market to start earning from energy storage?
- Do you care about long battery life and are looking for a system that will increase the efficiency of your energy storage investment?
- Do you feel your renewable energy sources (RES) and storage could work better together—but lack a system to synchronize them?
- Is energy price volatility driving you crazy—and you don’t have a tool that reacts automatically?
- Do you want stable power supply even when the energy grid is down?
- Do you need energy solutions for critical infrastructure?
- Are you looking for a solution that enables constant monitoring and reporting of energy flows, allowing for faster decision-making and risk minimization?
If you answered YES to any of the above questions, the ENNO-EMS software is for your company.
What is ENNO-EMS Energy Management System for businesses?
Enno-EMS (Energy Management System) is an advanced tool for intelligent energy management in businesses. The system plays a key role in monitoring, controlling, and optimizing energy flows, enabling not only cost reduction but also revenue generation through conscious and efficient management of energy consumption from the grid and energy feed-in to the grid.
Thanks to integration with various energy sources, such as:
- Renewable energy sources (RES) – PV farms, photovoltaic installations, wind turbines, biogas plants
- Electrolyzers
- Trigeneration systems
- Thermal energy storage
- Hydrogen energy storage (fuel cells)
- Battery energy storage systems
- Gravitational energy storage
- Flow batteries
- Gas power plants
- Charging stations and hubs
- Heat pumps
- Energy-efficient lighting
Enno-EMS enables the maximization of the use of available energy resources in the most economical way.
Advanced predictive algorithms allow the system to dynamically adjust energy flow based on:
- Changing energy prices,
- Weather forecasts,
- Current and planned demand.
In this way, Enno-EMS supports businesses in increasing their energy efficiency.
The system is specifically designed for companies and industrial facilities aiming for full control over their energy infrastructure and looking for tools to optimize it in real time.
Enno-EMS is the ideal tool for managing:
- Distributed infrastructure, such as PV installations across a city with local balancing capabilities,
- Energy flow management within energy cooperatives and energy clusters.
Energy Control Strategies of the Enno-EMS System
Benefits of Choosing ENNO-EMS
1. Full Real-Time Control and Historical Data Analysis
Thanks to the monitoring and data analysis features of the ENNO-EMS system, users gain complete insight into the operation of their energy installation—both in real time and historically. The system collects data from key devices (e.g., batteries, inverters, meters) and presents it clearly, enabling both immediate and long-term decision-making.
This allows for:
- Immediate response to changes in system parameters such as power, voltage, or energy flows.
- Identification of losses and inefficiencies, leading to real savings and system optimization.
2. Production and Revenue Forecasts
Through the ENNO-EMS software, users gain access to forecasts of energy production as well as projected revenues and savings. The system analyzes historical data, current consumption, and market prices to estimate the profitability of operating the PV installation and energy storage.
This enables:
- Planning charging and discharging strategies based on estimated future energy prices.
- Making proactive, data-driven operational decisions instead of relying on guesswork.
3. Managing Distributed Resources Like an Aggregator
ENNO-EMS is a system that groups various energy-generating and consuming units, as well as energy storage owners/locations, managing them as a single entity to optimize costs, increase energy efficiency, and facilitate participation in the energy market.
Benefits of Energy Aggregation:
- Cost Optimization: Aggregation can help reduce energy costs for prosumers and producers.
- System Stability Support: Aggregation contributes to stabilizing the energy system by managing demand and supply.
- Easier Energy Sales: Aggregation simplifies the sale of energy generated from renewable sources, especially for prosumers.
- Greater Flexibility: Aggregation allows for better energy management and adaptation to specific needs.
4. Energy Security Assistant
ENNO-EMS enhances a facility’s resilience to power outages by automatically responding to warnings about adverse weather conditions. The system monitors weather alerts and, in the event of risk, proactively begins charging the energy storage system in advance.
This enables:
- Protection of critical loads during blackouts.
- Continuous operation without the need for manual intervention.
5. Integration with External Data Sources
Thanks to integration with external data sources, the EMS system enhances its operation with up-to-date information from the energy market and technical data from external systems. The system retrieves, among other things, electricity prices from the Polish Power Exchange (TGE), forecasts of demand and renewable energy production, and data from SCADA systems, allowing for precise adjustment of the energy management strategy to changing conditions. ENNO-EMS also communicates with telemechanical systems, continuously monitoring and interacting with the distribution network operator.
This enables:
- Making informed decisions about buying, selling, or storing energy based on market forecasts.
- Automatic system adjustment to external conditions—without the need for manual intervention.
6. Security
With its built-in safety module, the ENNO-EMS system 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, faults, and other irregularities.
This enables:
- Immediate response to potential threats before they impact system operation.
- High reliability and safety of the installation through automatic alerts and protection mechanisms.
7. Cybersecurity
The ENNO-EMS system meets cybersecurity requirements, making it suitable for integration with critical infrastructure.
The devices comply with standards such as:
- IEC 62351 – Security for low and medium voltage networks
And the solutions are aligned with:
- NERC CIP – Protection of critical infrastructure in energy systems
- EU NIS 2 Directive – Regarding infrastructure and enterprise security
- ISO/IEC 27001 – Information security management.
8. Support for the Virtual Prosumer
Support for virtual prosumers allows users to benefit from renewable energy without needing their own PV installation. For example, a user in Gdańsk can benefit from a renewable energy source located in Warsaw. The energy is accounted for on their bill, allowing the user to save money and take part in the energy transition—without having to install a system on their own property.
This enables:
- Access to renewable energy without owning a personal installation.
- Use of green energy regardless of the user’s location.
- Ideal for apartment dwellers and those with technical limitations.
9. Reporting and Analytics
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 archived parameters, users can monitor system performance and plan optimization strategies.
The system offers:
- Generation of energy consumption and financial savings reports
- Comparison of energy efficiency on a weekly, monthly, and seasonal basis
- Monitoring of KPI indicators for real-time system performance assessment
- Real-time analysis of PV installation and storage performance
- Flexible user and measurement variable management
- Remote data access—including across multiple locations simultaneously
10. Automation and Control
The ENNO-EMS system enables automatic and remote control of energy processes, relieving companies and installation operators from the need to manually manage their infrastructure. The algorithm handles it autonomously while reducing operational costs.
The system offers:
- Creation of system operation schedules—for charging, discharging, and selecting the power source (grid/PV)
- Remote control and configuration of devices via the app or web interface
- Automatic switching between power sources during emergencies—operating in UPS mode without user intervention
11. Responsibility for Electric Vehicle (EV) Charging Infrastructure
The ENNO-EMS system supports comprehensive management of electric vehicle (EV) charging infrastructure.
The system offers:
- Real-time monitoring of the technical status and availability of EV chargers
- Dynamic power allocation to individual charging points based on current demand and available energy
- Remote control of the charging process—e.g., based on energy prices, work schedules, or energy storage levels
12. Advanced Energy Control
The ENNO-EMS system provides intelligent energy management that allows users to maximize savings and efficiency through automation of data-driven decisions and forecasts.
The system offers:
- Advanced algorithms that optimize energy flow between the grid, photovoltaics, energy storage, and EV chargers
- Automatic adjustment of energy consumption based on weather forecasts and dynamic tariffs
- Seamless switching between operating modes (e.g., grid, PV, battery) depending on cost-effectiveness and energy availability
13. Account and Operational Security Management
- Hierarchical assignment of permissions based on roles and responsibilities
- Monitoring of user activity through detailed system logs
Available Packages within ENNO-EMS and Description of Features
Basic Packages
Recommended for Installations <200 kW
PLN499
- Full real-time control and historical data analysis
- Energy security assistant
- Safety monitoring
- Cybersecurity
- Advanced energy control
- Storage of daily data for a period of 24 months
Advanced Package
Recommended for Installations >200 kW
PLN799
- Full real-time control and historical data analysis
- Energy security assistant
- Safety monitoring
- Cybersecurity
- Advanced energy control
- Storage of daily data for a period of 60 months
- Production and revenue forecasting
- Management of distributed resources as an aggregator
- Reporting and analytics
- Account and operational security management
Premium Package
Recommended for Installations >1 MW
PLN999
- Full real-time control and historical data analysis
- Energy security assistant
- Safety monitoring
- Cybersecurity
- Advanced energy control
- Storage of daily data for a period of 120 months
- Production and revenue forecasting
- Management of distributed resources as an aggregator
- Reporting and analytics
- Account and operational security management
- Integration with external data sources
- Support for virtual prosumers
- Automation and control
- Management responsibility for electric vehicle (EV) charging infrastructure
Download documentation for the ENNO-EMS
FAQ
Who is the developer of the energy storage management software (EMS) used in Ennovation Technology’s energy storage systems?
The software is owned by Ennovation Technology, which gives us the flexibility to integrate with any devices and adapt energy storage control to the specific infrastructure and energy consumption profile.
This flexibility usually gives us a competitive advantage, enabling the client to implement optimal energy usage strategies.
Does the EMS system include weather or market price prediction?
Yes, Ennovation Technology’s EMS system includes a predictive module that collects weather data. However, to the best of our knowledge, the current prediction error is about 20%. Our team is actively working to minimize inaccurate predictions.
Is the EMS system connected to the Polish Power Exchange (TGE)?
Yes, our system is integrated with the Polish Power Exchange (TGE) and other European energy exchanges. This allows dynamic data acquisition on electricity prices, which is used for intelligent charge and discharge management — optimizing both costs and efficiency.
Can the EMS system work with other generation devices like gas generators, electrolyzers, PV installations, CHP units, diesel generators, and biogas plants?
Yes, our EMS (Energy Management System) can integrate with gas generators and any other generation devices. Communication is handled through analog signals or digital communication protocols such as Modbus, CAN, or any other required protocol.
Is the EMS system suitable for both small and large-scale installations?
Yes. The EMS system is fully scalable — it can manage both single units and complex, redundant systems. Its flexible architecture allows easy adaptation to current needs and future infrastructure growth.
Does the EMS system use artificial intelligence and algorithms that adapt to changing conditions?
Yes. EMS uses intelligent algorithms that automatically optimize its operation in real time. This allows the system to respond to changes in consumption, production, and energy prices — increasing energy efficiency without requiring manual intervention.
What if the ENNO-EMS software is too complex? Do I need technical or programming knowledge to use it?
No programming knowledge is required. Users can adjust settings to their needs without advanced technical expertise. Additionally, we support our clients throughout the entire process and can tailor the interface and reports to the company’s specific requirements.
Is ENNO-EMS installed locally or cloud-based?
ENNO-EMS is a cloud-based or hybrid solution. This means the system operates remotely via the cloud, but historical data can also be stored locally on the client’s disk. The amount and duration of local data storage can be configured individually.
Does ENNO-EMS meet cybersecurity requirements for critical infrastructure?
Yes, ENNO-EMS meets cybersecurity requirements and can be connected to critical infrastructure. The system complies with the following standards:
IEC62351
NERC CIP
EU NIS2 Directive
ISO/IEC 27001
Is ENNO-EMS suitable for managing an energy cluster or cooperative with multiple locations?
Yes. The system enables management of distributed infrastructure, such as city-wide PV installations, with features like local balancing. It’s also suitable for energy cooperatives and clusters.
Is ENNO-EMS limited to one location, or can it manage devices across multiple sites? How does this work in practice?
The system supports distributed infrastructure management.
For example, in an energy cluster or cooperative, you might have:
Location 1: Industrial facility
Location 2: Charging stations
Location 3: Energy storage
Location 4: Biogas plant
Location 5: Water utility company with PV installation
Each location is equipped with an EMS controller, energy measurement device, and communication interface with local energy sources. These devices send data to a central server, where calculations are performed to balance energy flows. Based on these calculations, energy flow in the storage system is determined.
The entire cluster or cooperative is then visible in our EMS system as one integrated infrastructure, with access to data from each site.
Energy cooperatives and clusters often require energy flow accounting. Our solution allows analysis of energy consumption, production, and grid exchanges.
Can the EMS system be integrated with different devices and systems?
Yes. The system supports many common communication protocols such as CAN, MODBUS, DNP 3.0, and MQTT. This ensures easy and flexible integration with various energy infrastructure components.
In addition, the EMS system fully integrates with SCADA systems, enabling seamless cooperation between different management systems.
Does the EMS system support dynamic tariffs and accounting with DSOs?
Yes, the EMS system fully supports dynamic tariff management and integration with Distribution System Operator (DSO) billing systems. This enables real-time energy consumption optimization and automatic adjustment to changing rates and contractual terms.
What is the estimated cost of the ENNO-EMS solution?
The pricing for the service and software is available on the EMS product page. For inquiries, please contact: ems@ennovationtech.eu
