We optimise the energy system at your industrial site.
Reduce your electricity costs intelligently now with a holistic energy system! We provide transparency regarding energy flows, make energy assets more flexible across all sites, and ensure predictable energy cost savings.
Used by leading industrial companies to optimise complex energy systems.
Particularly relevant for energy-intensive sites with controllable loads.
Cold chain logistics
High electrical loads and a high degree of flexibility across refrigeration processes.
Food production
Thermal processes and predictable loads with significant potential for optimisation.
Energy-intensive production
Greater transparency and improved operation of existing assets.
Sites with PV and BESS
Integration of the BESS into the site’s energy system for self-consumption, peak shaving and asset orchestration.
Many sites have flexibility – it’s just not used systematically.
In many industrial plants, the relevant levers are already in place: refrigeration systems, thermal processes, on-site generation, storage facilities and controllable loads. What is often lacking is a robust data foundation, transparency regarding energy flows, and a logic that optimises the economic performance of these assets when they work together.
Challenge 1
Individual systems are considered in isolation.
Challenge 2
Peak loads and unfavourable consumption times drive up energy costs.
Challenge 3
The potential of PV, BESS and thermal systems remains untapped.
This is how individual installations are transformed into an economically optimised energy system.
fleXality provides transparency regarding relevant energy flows, analyses load and generation profiles, and uses this information to develop a site-specific optimisation strategy. This enables existing assets to be better coordinated and utilised cost-effectively.
01
Data collection and integration with existing systems
02
Transparency regarding load profiles, consumption and generation
03
Analysis and forecasting of relevant energy flows
04
Optimisation of operating modes and load profiles
05
Orchestration of refrigeration, PV, BESS and other assets
06
Monitoring and continuous improvement
Through the integrated control of your plants, our solution can enhance energy flexibility within the energy system and make it economically viable!
Your benefits
Holistic Site Optimzation
All energy systems are controlled by a single control system.
Control rather than just monitoring
Our platform intelligently intervenes in plant operations.
Integration of existing infrastructure
PV systems, battery storage, CHP units and consumers are coordinated with one another.
Measurable economic effects
The optimisation is directly aimed at energy costs and electricity prices.
And here’s what our fEnOMS system does, in detail!
Peak load reduction
fEnOMS uses peak shaving to control flexible consumers and generators in such a way that peak loads do not arise in the first place.
This lowers grid charges and reduces power consumption – whilst ensuring full process reliability.
Optimising self-consumption
Consumption, storage, cooling and charging are optimised in real time to match the home’s own energy generation (usually from PV systems, but also from other consumers).
This increases independence from the grid and leads to a sustained reduction in energy purchases.
Zero feed-in
fEnOMS uses local storage, consumers and thermal buffers to consume surplus energy directly on site, thereby reducing the load on the grid connection point.
This reduces the load on the grid connection and makes it easier to obtain planning permission for the site.
Intelligent EV charge management
Charging processes for electric cars and electric lorries are controlled proactively based on PV forecasts, grid load and operational requirements.
This ensures that power limits remain stable, charging times are predictable and connection costs are kept low.
Thermal Flexibilisation
Through pre-cooling and pre-heating, we utilise the systems’ thermal storage capacity to shift the load.
This creates valuable flexibility through heat or cooling – without the need for any additional hardware.
CHP Optimization
The CHP plant is operated dynamically on the basis of costs, emissions and process energy requirements.
This increases cost-effectiveness, improves primary energy utilisation and ensures that operating hours are used in a targeted manner.
Multi-Use Battery Storage
The storage system operates for several applications simultaneously – always in a way that minimises wear and tear on the system and maximises value.
Each cycle therefore delivers maximum economic benefit and extends the system’s service life.
Consumer - Producer Coordination
All systems – consumers, generators, storage facilities, cooling, heating and charging points – are coordinated within a single integrated schedule.
This creates an optimised overall system rather than competing individual control systems. This is true site orchestration.
Real-time optimisation
fEnOMS continuously updates timetables based on weather conditions, demand, fares and technical constraints.
This ensures that every opportunity for optimisation is automatically seized – reliably and without the need for manual intervention.
We don’t just analyse flexibility – we make use of it too.
So starten wir gemeinsam in die Zukunft Ihres Standorts.
1 - Erstgespräch
Wir klären Ausgangslage, Zielbild und relevante Anlagen Ihres Standorts. Sie erhalten eine erste Einschätzung, wie sich eine Energieflexibilisierung bei Ihnen umsetzen lassen kann.
2 - Daten-Check
Wir sichten vorhandene Last- und Erzeugungsdaten sowie Leistungsdaten von Anlagen und Netzanschlüssen. Daraus ermitteln wir für Sie eine konkrete Potenzialbewertung der Einsparungen.
3 - Implementierung
Wir binden gemeinsam mit Ihrer Technik Messstellen, Gebäudeleittechnik und/oder Steuerungen (SPS) Ihrer Anlagen an unsere Lösung an. Sofort erhalten Sie einen vollständigen Überblick über Energieströme & -kosten.
4 - Betrieb & Feinjustierung
Unser System beginnt nun Signale an alle steuerbaren Verbraucher und Erzeuger zu senden. Lastspitzen werden reduziert, kostenoptimale Entscheidungen zum BHKW-Betrieb werden automatisch gefällt und Stromverbräuche werden in Zeiten von günstigen Strompreisen oder Erzeugung durch die eigene PV-Anlage geschoben.
Ein sinnvoller Einstieg ist in vielen Fällen bereits mit vorhandenen Daten und bestehenden Systemen möglich. Lassen Sie uns unverbindlich darüber sprechen!