Welcome to Phase 2!
ZO.RRO II state project - Decarbonization of the energy supply in industrial companies
The ZO.RRO II state project, led by Nordhausen University of Applied Sciences and supported by its partner Thuringian Network for Renewable Energies (ThEEN Association), received the funding decision from the Thuringian Ministry for the Environment, Energy and Nature Conservation (TMUEN) for around 2 million euros on 23 May 2022 press release.
This enables us to develop and implement lighthouse projects in the form of demonstrators until the end of 2024 in cooperation with industrial practice partners.
The aim is to build on the analyses carried out in ZO.RRO I as quickly as possible and to carry out detailed measurements.
Our goal: Reduce CO2 emissions, optimize supply & prove the CO2 footprint of participating companies by:
- detailed measurements to evaluate suitable options in energy supply
- identification of hidden savings potentials and largest CO2 sources
- economic and ecological evaluation of individual plants
- verification of CO2 footprint and sustainable development
- optimization of the design of new plants and supply concepts (e.g. by using photovoltaics, energy storage, flexibility potentials, electromobility)
The research work in the ZO.RRO II state project is currently starting using three tools (see graphic):
Energy Transition Calculator
In the energy project ZO.RRO (Zero Carbon Cross Energy System), Nordhausen University of Applied Sciences has developed a unique digital energy transition calculator as open source software. The result: an energy system model that can calculate transformation paths and scenarios for a climate-neutral energy supply. Using Thuringia as an example, it was shown how the goals of the Thuringian Climate Act can realistically be achieved using certain technologies.
The open source software can now also be used for other federal states, regions, municipalities, but also for energy suppliers and companies and support them with scientifically based scenarios to define binding expansion targets and transformation paths. That is why, this development was awarded with the Thuringian Digital and Open Source Prize 2022 on 25 June 2022 by the Thuringian Ministry of Economy, Science and Digital Society. Hence the new ZO.RRO tool is already widely used.
In the ZO.RRO II state project, the energy flows and CO2 emissions are determined, analyzed and visualized for each of the practice partners by means of an energy system model. By step-by-step programming of scenarios, into which measurement data of the ZO.RRO measurement technology flow, it is individually calculated which technologies that enable a CO2-minimal energy supply. The goal is a realistic, cost-optimal system design to cover the energy demand of the given company at any time.
Link to the Open-Source-Tool: doi.org/10.22032/dbt.50184
CO2-Balancing via ecocockpit
Important basis for the minimization of greenhouse gases is the knowledge about where, how much is emitted. ZO.RRO II uses the online tool "ecocockpit" provided by the state of Thuringia for CO2 balancing for participating companies. ecocockpit enables a CO2 balance as a verification according to the three scopes (categories of emission sources) of the internationally applied "Greenhouse Gas Protocoll" (GHG Protocol). A distinction is made between (1) direct emissions (Scope 1, e.g. natural gas combustion), (2) indirect emissions (Scope 2, e.g. through purchased energies such as electricity, heat), (3) emissions from the upstream and downstream value chain (Scope 3 - extensive consideration of emissions through e.g. raw materials used, downstream transport routes, recycling of products, etc.).
ZO.RRO practice partners are supported in the creation of the basic setup, the selection of scopes and relevant level of detail, and the identification of values that need to be calculated beforehand. Obtained data from the ZO.RRO measurement technology is incorporated into the analysis and enables a realistic determination of the company's CO2 emissions. As a result, a company's largest CO2 sources can be determined and a sustainability report and certificate can be produced. A differentiated analysis by product, location or process is possible.
We thank the Freestate of Thuringia for proving us with project funding.