Energy Flow Optimizer
Reduces energy costs and CO₂ through intelligent and optimized system control.
Senkt Energiekosten und CO₂ durch intelligente und optimierte Anlagensteuerung.
The software.
The software analyzes electricity, heating, and storage systems and automatically generates optimal operating schedules based on price, revenue, and demand forecasts – maximizing cost savings, efficiency, and CO₂ reduction.
Massive cost savings & rapid ROI
Typically saves up to 20–30% of energy costs in medium-sized facilities. The investment generally pays for itself within a short period.
Automation instead of gut feeling
Receive mathematically optimized daily schedules automatically, rather than relying on manual decisions prone to error. Your assets operate precisely when it is most profitable—either automatically or under your manual supervision.
Reduce CO₂ & operate sustainably
Optimize not only costs, but also emissions and equipment wear.
This is how you combine economic success with genuine sustainability.
Here’s how it works.
Optimization
Data validation
Optimization
Preparation of results
Result
Schedule for all dispatchable energy producers and storage facilities
The software in action.
- EFO is preconfigured specifically for your system – tailored to your energy generators, storage units, and optimization goals.
- Implementation is quick and straightforward: the software is typically fully operational within 1–2 days – and we cover the implementation costs.
- Thanks to its flexible architecture, EFO adapts seamlessly to a wide variety of systems – from individual production facilities to complex industrial and energy plants.
Funding.
Check for available subsidy programs for energy-saving measures
in your federal state – it is often well worth it.
Trusted By
Die Tester unseres Partners Reedholm werden weltweit von führenden Technologie- und Industrieunternehmen eingesetzt.
How would EFO have driven?
100% convinced – or you pay nothing
We make it possible to evaluate EFO in your facility, completely risk-free.
In this process, we create a representative proof of concept: using a simulation based on your actual historical data from the past few months, we calculate how your portfolio would have performed with EFO—in direct comparison to your actual performance.
Let's Talk.
We look forward to hearing from you! 🙂
Whether you have initial questions or are interested in a demo – our experts will gladly take the time to address your needs.
Schedule a no-obligation initial consultation today!
FAQs
There are many questions – but no good reason not to use EFO.
What is the Energy Flow Optimizer (EFO)?
EFO is a software solution for optimizing energy management in industrial facilities. It automatically generates optimal operating schedules for electricity, heat, and storage processes based on forecasts such as energy prices, generation, and consumption.
For which companies is EFO suitable?
EFO is suitable for companies with complex energy systems—for example, industrial facilities, manufacturing plants, energy parks, breweries, or sites that feature their own power and heat generation as well as storage systems.
Which systems can EFO control or take into account?
EFO takes into account, among other things:
- Combined heat and power (CHP) plants (electricity-heat cogeneration using any energy source)
- Boilers of all types
- PV systems
- Battery storage
- Heat storage
- other flexible energy consumers and producers
What makes EFO special compared to traditional energy management systems?
EFO combines the power of large-scale energy management solutions with the flexibility and personalized support of a specialized provider. Furthermore, each solution is individually tailored to the specific facility and, on average, significantly more affordable.
How exactly does the optimization work?
The software uses forecasts (e.g., electricity prices, gas prices, PV yield, heat demand) to automatically calculate the economically and/or ecologically optimal operation of all connected systems.
This process utilizes complex optimizers and AI running on scalable computing systems. Depending on the complexity of the facility and the frequency or time intervals involved, various servers and models are employed to calculate the optimal solution up to a defined target value. Progress can be monitored in real time, and in the event of an unsolvable scenario, the precise cause is identified (e.g., a projected heat or electricity demand that is too high).
From this, a schedule is created, specifying which system components should be switched on or off, at what time, and to what extent.
Depending on requirements, data can be submitted to the system and the results retrieved. Currently, data can be transferred via SFTP (in CSV format) or through REST services (using HTTPS with a secure access token). Other interfaces can be implemented upon request.
Do I need to completely overhaul my processes?
No. EFO is adapted and integrated into your existing infrastructure. Existing processes can be retained or optimized in a targeted manner.
How complex is the implementation?
Standard systems can typically be set up in just a few hours, depending on your specific installation and requirements. Once set up, the system is quickly ready for use and can immediately undergo productive testing.
How long does it take for EFO to be ready for use?
EFO is typically fully configured and ready for use within 1–2 days. The exact duration depends on the complexity of the individual system.
How does the pricing model work?
The pricing model consists of:
- a monthly, usage-based SaaS subscription
including hosting, support, and, if applicable, training
What does “usage-based pricing model” mean?
Monthly costs are based on the extent of usage or the complexity of the installed system. This ensures the system remains fair and scalable.
Are there any discounts?
No. Our pricing structure is intentionally transparent, value-based, and consistent. Rather than offering discounts, we focus on the measurable benefits for the client. We avoid discounts to ensure the quality, fairness, and comparability of our solution. The price reflects the actual value provided and the savings achieved.
What savings are realistic?
Typically, medium-sized installations can achieve savings in the range of 10–30%. In most cases, this allows the solution to pay for itself very quickly.
How can I verify whether I am actually driving more efficiently or optimally thanks to EFO?
The data you provide also allows for a retrospective simulation. This involves analyzing how your consumption or efficiency would have fared both with and without EFO, making it possible to clearly demonstrate the actual savings or optimizations achieved.
How do these significant savings come about?
Through the automatic optimization of:
- Time-dependent energy prices (electricity/gas) are ideally leveraged for both procurement and (where possible) supply.
- In-house generation (e.g., PV power plants) is operated when it allows for cost-optimized coverage of demand or when excess production can be sold.
- Using storage to hold low-cost energy, then releasing or utilizing it during periods of higher prices.
- Shifting of energy consumption to periods of low-cost energy procurement or production.
- Efficient plant operation – dependent on boundary conditions such as minimum run times, start-up times, or the utilization of residual energy.
Can EFO also reduce CO₂ emissions?
Yes. In addition to cost optimization, EFO can also be optimized for CO₂ emissions or machine wear.
Can I choose between cost optimization and CO₂ optimization?
Yes. The optimization goal is set individually according to your requirements.
How customized is the solution?
Each installation is configured on a custom basis, depending on the system structure, energy sources, and optimization goals. Furthermore, only those functions that are actually required are activated.
Should a function for a specific part of a system be missing, it can typically be integrated into our modular system in a very short amount of time—with the help of AI.
How flexible is EFO when it comes to different systems?
Highly flexible. EFO can be adapted to a wide variety of industrial energy systems – from small sites to complex energy parks.
Is there personal support available?
Yes. Every client is assigned a dedicated contact person who provides support from the implementation phase through to ongoing operations.
Is EFO difficult to use?
No. The interface is designed intuitively and displays energy flows, producers, consumers, and storage in a clear and understandable way.
Can I also control systems manually?
Yes. In addition to automatic optimization, manual control is also possible at any time.
Why should I use EFO?
Because EFO not only optimizes energy flows but also measurably reduces costs; it can automate processes when needed, while remaining flexible enough to adapt precisely to your specific facility—without unnecessary complexity or one-size-fits-all solutions.
Is my data safe at EFO?
All data communication and storage is fully encrypted.
Furthermore, we host our servers with an Austrian partner that is ISO 27001 certified, thereby adhering to the very high security standards also required by major energy companies.