{"id":14963,"date":"2026-06-25T07:48:35","date_gmt":"2026-06-25T05:48:35","guid":{"rendered":"https:\/\/www.bayootec.com\/?p=14963"},"modified":"2026-07-21T15:37:55","modified_gmt":"2026-07-21T13:37:55","slug":"redispatch-3-0-what-software-requirements-network-operators-will-now-face","status":"publish","type":"post","link":"https:\/\/www.bayootec.com\/en\/blog-en\/redispatch-3-0-what-software-requirements-network-operators-will-now-face\/","title":{"rendered":"Redispatch 3.0: What Software Requirements Network Operators Will Now Face"},"content":{"rendered":"

What Redispatch Actually Has to Do<\/h2><\/div>

Redispatch is a measure used to adjust active power injection in order to prevent impending or existing grid overloads. Put simply: Generation is curtailed upstream of a bottleneck and ramped up downstream so that no line exceeds its load limit. The legal basis for this is provided by Sections 13, 13a, and 14 of the Energy Industry Act (EnWG). Today, this applies to conventional power plants, combined heat and power (CHP) plants, renewable energy plants, and storage facilities.<\/p>\n

The costs illustrate just how significant this impact is: According to the final figures from the Federal Network Agency, total grid congestion management in Germany amounted to approximately 3.3 billion euros in 2023, with a volume of measures totaling about 34 terawatt-hours (Federal Network Agency: Grid Congestion Management<\/a>). Any improvement in congestion management therefore has a direct impact on supply security and system costs. This is precisely why pressure is mounting to harness more flexibility from grid levels that have been overlooked until now.<\/p>\n<\/div>

From Redispatch 2.0 to Redispatch 3.0: More Than Just a Version Upgrade<\/h2><\/div>

Redispatch 2.0 has been in effect since October 1, 2021. With the amendment to the Grid Expansion Acceleration Act (NABEG 2.0) of May 13, 2019, the previous feed-in management system under the Renewable Energy Act (EEG) and the Combined Heat and Power Act (KWKG) was replaced by a uniform redispatch regime in accordance with Sections 13, 13a, and 14 of the Energy Economy Act (EnWG) (BDEW: Redispatch 2.0<\/a>). Since then, renewable energy and CHP plants with a capacity of 100 kilowatts or more, as well as plants that can be remotely controlled at any time, have been included in the processes, and grid management has been converted to a plan-value-based procedure.<\/p>\n

This significantly expanded the range of participating facilities and market roles, and the data and process landscape became considerably more complex. Since then, grid operators have been responsible for balancing and financial settlement; they must provide data relevant to redispatch and cooperate closely to resolve congestion across grid levels at the lowest possible total cost (BDEW: Redispatch 2.0<\/a>).<\/p>\n

This is where Redispatch 3.0 comes in. The key difference: It\u2019s no longer just plants with a capacity of 100 kilowatts or more; small-scale flexibility resources below this threshold\u2014such as heat pumps, electric vehicles, battery storage systems, and low-voltage PV systems\u2014are also to be harnessed for congestion management. This is no minor detail: Over 95 percent of all generation facilities are installed in the low-voltage grid. The current procedure simply fails to tap into this potential.<\/p>\n<\/div>

Is Redispatch 3.0 a replacement for Redispatch 2.0?<\/h2><\/div>

The term \u201cRedispatch 2.0 replacement\u201d<\/strong> is circulating in search queries and market discussions, but it only partially captures the essence of the matter. Redispatch 3.0 is not a replacement in the sense of a direct swap, but rather a further development that builds upon and expands existing processes. The concepts refer to a hybrid model: For large generation plants, cost-based redispatch remains in place, supplemented by market-based congestion management for small-scale, decentralized flexibility resources (TransnetBW: Redispatch 3.0<\/a>).<\/p>\n

Important to note: Redispatch 3.0 is not currently a set of regulations in effect, but rather a research and demonstration project funded by the Federal Ministry for Economic Affairs. It launched in early 2022 and is supported by a consortium of industry, grid operators, and research institutions, including OFFIS, PSI GridConnect, emsys, KISTERS, EWE NETZ, MVV Netze, the DKE, as well as Fraunhofer FIT and the University of Kassel (DKE: Redispatch 3.0<\/a>). Widespread integration of the low-voltage grid for congestion management is not expected until the late 2020s at the earliest. For grid operators, this means that the architectural decisions made today must already be open to this step.<\/p>\n<\/div>

<\/span><\/div>

Network Control Becomes a Data Problem<\/h2><\/div>

When the number of relevant connection points suddenly shifts from a few thousand to millions, the bottleneck shifts from the transmission lines to data processing. In grid control<\/strong>, data determines whether flexibility potential can be identified, forecasted, and reliably accessed at all. This is precisely where the real challenge of Redispatch 3.0 lies.<\/p>\n

The demonstration project clearly outlines this direction: It focuses on scalable IT solutions, the migration of existing Redispatch 2.0 components to federated cloud infrastructures, increased data sharing between grid operators and other stakeholders, and the integration of IoT infrastructures. At the same time, VDE SPEC 90032 is establishing a technical framework for congestion management in the distribution grid for installations under 100 kilowatts\u2014so-called \u201cmicro-flexibilities\u201d (VDE: Redispatch 3.0<\/a>). Anyone who wants to operate grid control<\/strong> reliably in the future will need systems capable of handling data at this level of granularity and frequency.<\/p>\n<\/div>

An Overview of the Seven Software Requirements<\/h2><\/div>

Based on the concepts and the existing Redispatch 2.0 requirements, seven criteria can be identified against which future-proof redispatch software must be evaluated.<\/p>\n

High-Frequency Data Processing and Forecasting:<\/strong> Bottlenecks and opportunities for flexibility can only be reliably managed if measurement, planning, and forecasting data are processed in near real time. With each additional grid level, the number of data points increases, and predictive grid state analysis must perform calculations with greater precision and at a higher frequency than is currently the case.<\/p>\n

Role and Process Management for Multiple Stakeholders:<\/strong> Redispatch 2.0 already coordinates transmission system operators, distribution system operators, and plant operators. With Redispatch 3.0, aggregators\u2014who bundle decentralized flexibility\u2014are added as a new market role. Software must accurately map these roles, their rights, and their process steps.<\/p>\n

Interoperability and Interfaces:<\/strong> Master data, planning data, flexibility potential, and instructions must be exchanged in a standardized manner among the parties involved. Without clean, documented interfaces, there can be no cross-network congestion management\u2014only a patchwork of isolated solutions.<\/p>\n

Automated coordination across grid levels:<\/strong> The whole point of Redispatch 3.0 is to harness potential from lower grid levels to address higher-level bottlenecks. This flexibility only works if coordination and dispatch are largely automated, rather than relying on manual coordination loops.<\/p>\n

Accounting and Settlement:<\/strong> Redispatch measures must be properly balanced in both accounting and financial terms\u2014a responsibility that already falls to the grid operator. With market-based mechanisms and small-scale installations, the number of transactions to be settled increases dramatically.<\/p>\n

Auditability and Traceability:<\/strong> Measures, allocations, and netting processes must be documented in a manner that withstands regulatory scrutiny. In a more automated and market-based environment, the complete traceability of every instruction becomes a requirement, not an option.<\/p>\n

Scalability:<\/strong> The leap from thousands to potentially millions of connection points is not a linear increase. Architectures that are sufficient for Redispatch 2.0 will reach their limits with Redispatch 3.0 if scalability is not taken into account from the very beginning.<\/p>\n<\/div>

Why this is an integration issue, not a module issue<\/h2><\/div>

The obvious response for many organizations is to procure an additional redispatch module and integrate it into their existing system landscape. In practice, however, this falls short. The requirements mentioned affect nearly every layer of IT: data management, forecasting, interfaces with market partners, billing, monitoring, and logging. Redispatch 3.0 is therefore less a regulatory issue than an IT and integration project.<\/p>\n

The real challenge rarely lies in any single function, but rather in how everything works together: established grid control and billing systems, heterogeneous data sources, and new market partners must be integrated in such a way that day-to-day operations remain stable and the processes are robust from a regulatory standpoint. This is precisely the kind of challenge that determines whether a concept will become a system capable of productive operation.<\/p>\n<\/div>

<\/span><\/div>

How we view this at BAYOOTEC<\/h2><\/div>

Here at BAYOOTEC, we have been developing customized software solutions for complex and regulated environments for over 25 years, and the energy sector is one of the industries in which we have specifically expanded our expertise in recent years. Projects such as Redispatch 3.0, in particular, combine several requirements that form the core of our focus: sophisticated business logic, integration into established system landscapes, high standards for security and traceability, and long-term operational stability.<\/p>\n

We do not treat security requirements as an afterthought, but rather as an integral part of the architecture (\u201csecurity by design\u201d), which is crucial in the energy sector\u2019s KRITIS-related environment. Equally important is our approach to data integration: consolidating decentralized data, making it analyzable, and integrating it into automated processes is at the heart of what Redispatch 3.0 demands from IT. Instead of isolated modules, we view the requirements as a cohesive system\u2014from the interface through forecasting to audit-ready billing.<\/p>\n<\/div>

Conclusion: The architectural decision will be made now<\/h2><\/div>

Redispatch 3.0 is still in the research and demonstration phase today; it is not yet law. However, the direction is clear: more facilities, more market roles, more data, and a higher degree of automation. Those who have dismissed Redispatch 2.0 as a mere compliance exercise will end up investing twice as much in the next step. Those who, on the other hand, are already relying on scalable, interoperable, and auditable architectures are turning a regulatory requirement into a robust technical foundation.<\/p>\n

The key question for grid operators is therefore not whether the next redispatch level will be implemented, but whether their own software infrastructure is prepared to integrate millions of small-scale flexibility measures in a secure, standardized, and automated manner.<\/p>\n<\/div>

FAQ: Redispatch 3.0 and the Requirements for Grid Operators<\/h2><\/div>

<\/i><\/i><\/span>What is Redispatch 3.0? <\/span><\/a><\/h2><\/div>
\n

Redispatch 3.0 is the planned next step in the development of congestion management in the power grid. The goal is to integrate small-scale flexibility sources from the low-voltage grid, such as heat pumps, electric cars, battery storage systems, and PV systems. It is currently being carried out as a research and demonstration project funded by the Federal Ministry for Economic Affairs and Energy and is not yet law.<\/p>\n<\/div><\/div><\/div>

<\/i><\/i><\/span>What is the difference between Redispatch 2.0 and 3.0? <\/span><\/a><\/h2><\/div>
Redispatch 2.0 has been in effect since October 2021 and covers generation facilities with a capacity of 100 kilowatts or more. Redispatch 3.0 extends this approach to include low-voltage generation facilities below this threshold. A hybrid model is planned: cost-based redispatch for large-scale generation plus market-based congestion management for decentralized flexibility. <\/div><\/div><\/div>

<\/i><\/i><\/span>Does Redispatch 3.0 replace Redispatch 2.0? <\/span><\/a><\/h2><\/div>
It is not a true replacement for Redispatch 2.0. Redispatch 3.0 builds on existing processes and expands them to include low-voltage systems and market-based mechanisms. For grid operators, this means that today\u2019s building blocks remain relevant but must be transitioned into scalable, more highly automated architectures. <\/div><\/div><\/div>

<\/i><\/i><\/span>What software requirements does Redispatch 3.0 impose on grid operators?<\/span><\/a><\/h2><\/div>
\n

Key elements include high-frequency data processing and forecasting, role- and process management for numerous stakeholders, standardized interfaces, automated coordination across grid levels, accurate balancing and billing, complete auditability, and scalability. In the future, the redispatch software must be able to reliably and stably process potentially millions of low-voltage connection points, rather than just a few thousand facilities.<\/p>\n<\/div><\/div><\/div>

<\/i><\/i><\/span>What role do aggregators play in Redispatch 3.0? <\/span><\/a><\/h2><\/div>
Aggregators are considered a key new market role. They bundle many small, decentralized sources of flexibility from the low-voltage grid and make them available for congestion management. These bundled resources can be selected through market-based mechanisms. For IT, this means additional roles, interfaces, and billing processes in grid control. <\/div><\/div><\/div>

<\/i><\/i><\/span>When is Redispatch 3.0 coming out? <\/span><\/a><\/h2><\/div>
There is no binding implementation date. The research project began in early 2022, and widespread implementation of low-voltage solutions for congestion management is not expected until the late 2020s at the earliest. However, grid operators should already be aligning their architectural decisions with this development. <\/div><\/div><\/div><\/div><\/div><\/div><\/div><\/div><\/div>\n","protected":false},"excerpt":{"rendered":"

In public debate, redispatch is often framed as a regulatory issue: new provisions, new deadlines, new market roles. From our experience with these projects, we see it differently. Even the transition to Redispatch 2.0 was, above all, a major IT undertaking for grid operators, and the next step in development intensifies this aspect even further. Redispatch 3.0 aims to integrate millions of small-scale low-voltage systems into congestion management. Anyone looking to implement this doesn\u2019t need a new regulation on the shelf, but rather redispatch software that can keep up with this flood of data, the number of stakeholders, and the level of automation. <\/p>\n

This article explains what distinguishes Redispatch 3.0 from Redispatch 2.0, why data is becoming the actual bottleneck, and what specific software requirements distribution and transmission system operators now face. In doing so, we clearly distinguish reliable facts from research projects and regulations from what is still merely a concept today. <\/p>\n","protected":false},"author":8,"featured_media":14955,"comment_status":"open","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[100],"tags":[456,457,455],"job-standort":[],"job-bereich":[],"job-arbeitszeit":[],"job-gmbh":[],"class_list":["post-14963","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-blog-en","tag-energy-industry","tag-network-operator","tag-redispatch-3-0"],"yoast_head":"\nRedispatch 3.0: What Software Requirements Grid Operators Expect<\/title>\n<meta name=\"description\" content=\"What software requirements does Redispatch 3.0 impose on grid operators? 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