We are an agile team of energy enthusiasts with a vision to fully automate and coherently manage the local energy sub-systems. Our competences include:
OFFSET Energy brings together experts from several countries and with more than 100 years of combined experience in the field of energy optimization. This heterogeneous team consists of computer, mechanical and electrical engineers and PhDs, with proven track record in several international projects.
Our name provides insights into our mission: we are offsetting (providing counter-balance) energy from different
sectors in order to optimize the energy system on several levels. Additionally, being also an acronym, our name
explains the technological approach:
OFFSET = Optimal Flexibility Flow Systems, Engineering, Technology.
The energy system is dynamic and inter-dependent across different vectors and networks. Managing/optimizing only portion of the system ends in local optima, which can conflict with global optimum. Our technological approach ensures coherent management of all relevant energy flows, bringing benefits to all stakeholders in the sub-system.
Integrated system, built using our AURORA platform is end-to-end automated solution, capable of autonomous operation, without any human intervention. End-to-end automation ensures robustness and trust, while at the same time it reduces errors in operation. Furthermore, it allows for real-time response times, which is particularly important for local transients, such as voltage excursions.
AURORA platform, together with edge agent ANODE is built on open architecture with several supported communication protocols available (REST, MODBUS RTU/TCP, OPC DA/UA, BACnet, MQTT and others). Interoperable and secure data exchange between AURORA and assets is vendor and owner agnostic, allowing for optimization of large pool of distributed assets.
For the system to achieve efficient optimization results close to real time, AURORA employs an automated forecasting engine, capable of forecasting different categories, such as generation power, required energy and available flexibility. Depending on the configuration, forecasts can be calculated from minutes to several months into the future.
Automated decision making in the distributed system driven by AURORA is performed on forecasted values. Such an approach allows even for local process controllers to utilize the forecasting capabilities, thus improving performance and accommodate for process time constraints (e.g., ramping up/down).
AURORA takes into account the multi-dimensional physical nature, such as inter-dependencies with other energy vectors, and performs automated multi-vector optimization. Units, such as cogeneration plants and power-to-x facilities can benefit greatly from such a control mechanism, ensuring optimal operation in a very dynamic environment. Besides multi-vector approach, the AI algorithm also interfaces with several services, such as weather, different markets and DMS systems, which further improves the optimization results.
German Federal Office for Economic Affairs and Export Control (BAFA) lists AURORA as the software, able to support the implementation, maintenance and improvement of an energy management system in accordance with DIN EN ISO 50001. This includes, among other things, the complete mapping of the processes and data processing from the operation as well as the control and evaluation of the relevant operating parameters. This is confirmed by a certificate from an ISO/IEC 17065 accredited conformity assessment body.
The centerpiece of our approach to optimization of the complex energy landscape is the concept of vertically nested systems. This systemic methodology is present in both our vision and in the technology we develop. It is the basis for consistency and allows for structured approach to very complex problems.
In a vertically nested structure, each nested level is responsible for its (local) optimization. The optimal configuration on each level is achieved by interfacing with the super level using automated exchange of the available potential – flexibility. Each superimposed level performs essentially the same function, eventually reaching the top level of the desired topology – use case. Such a structure has several important impacts:
Harmonization into vertically nested organization of the system is the enabling technology for many-to-many exchanges of flexible energy as it ensures holistic consideration of the capabilities and constraints of all involved actors. This is of particular importance for the sector-coupled operation and corresponding multi-dimensional optimization.
Vertically nested structure is immediately evident to the AURORA users. Not only can users perform aggregation of different categories on-the-fly, AURORA with its ANODE agents can run multiple nested optimization tasks in parallel, servicing internal (e.g. manufacturing process), micro (e.g. factory), local (distribution grid) and several other levels at the same time.
Read our paper on HarmonizationOur technology and expertise are applicable to several use cases and corresponding partners. We work in partnership with several international solution providers and build sustainable and holistic energy systems. Our experts will design and build with you the most optimal solution, always considering the local situation, needs and opportunities.
Together with our strategic partners, we offer a turn-key energy solution for industry. It includes deployment of local renewable production, storage and process control, all managed by our EMS technology.
The AURORA Platform enables utilities and DSOs to efficiently utilize available flexibilities in their portfolio. Using real-time ANODE controllers, flexibility can be extracted from any kind of process or device.
Our vertically-nested approach starts optimization on the lowest level of the system. Using our technology, consumers and prosumers can optimize their energy flows towards common goals.
We are experienced researchers and managers, developing and exploiting our own core technology. Our track record includes FP5, FP6, FP7, H2020, Horizon Europe, Hydrogen Europe and other instruments.
Feel free to contact any of our experts. We like challenges and will clearly outline what we can do and what else is needed to make the story complete.
Our team brings together a strong experience from several collaboration projects with roles ranging from project coordination, technical coordination, core technology provision to WP leaderships. Our colleagues are active experts for the European Commission and members of key associations, such as Hydrogen Europe and BRIDGE.
Duration: 2024-2027
Our roles: WP lead, Integrator, Technology provider
Duration: 2024-2026
Our roles: Control system developer, platform provider
Duration: 2024-2026
Our roles: WP lead, Integration, Technology provider
Duration: 2023-2026
Our roles: Platform and data provider
Duration: 2023-2024
Our roles: Platform and data provider
Duration: 2021-2024
Our roles: Platform provider
Duration: 2022-2025
Our roles: Platform and data provider
Duration: 2020-2023
Our roles: Multi-vector optimization of a microgrid
Duration: 2020-2024
Our roles: Technical manager, Solution provider
Duration: 2024-2026
Our roles: Sector coupled optimization of a CHP
Duration: 2020-2024
Our roles: WP lead, Integrator, Solution provider
Duration: 2019-2023
Our roles: Project coordination, WP lead, Solution provider
Duration: 2016-2020
Our roles: Technical coordination, WP lead, Solution provider, System integration
Duration: 2019-2023
Our roles: System integration
Good, reliable team is behind every successful project. Our recipe for innovative work is quite simple: lots of discussions on a concept, product/component responsibilities (zero micromanagement) and free individual scheduling (work/life balance). We collaborate with several experts from different countries when tackling the complex challenges in the new energy landscape. We have several successfully completed international projects under our belt and we are always on the look for new, innovative opportunities. Sounds interesting to you? Why don’t you contact us and we will find out?
Unique skills:
Conceptual design & architecture
Unique skills:
Systemic view, complex system organization
Unique skills:
Thermodynamics and energy efficiency
Unique skills:
Data Analytics and heuristic modelling
Get in touch and begin your journey towards sustainable and flexible energy system
Tehnološki park 19, 1000 Ljubljana, Slovenia
info@offsetenergy.eu