Measurement concepts in the energy sector are evolving. Decentralised systems, additional market roles and energy communities are bringing new challenges. Why flexible systems and solutions can help.

Measurement concepts form the foundation of energy data collection. They describe how consumption, generation and storage are technically interlinked and determine which energy quantities are measured at which points. In the past, rules were generally clear: one energy meter, one point of connection, one consumption point. However, with the increasing decentralisation of the energy supply, these structures are undergoing fundamental changes.

Measurement concepts in the energy sector: When measurement points become networks

Photovoltaic systems, battery storage, tenant electricity projects and energy communities mean that energy flows are now significantly more complex. A single measuring point is often no longer sufficient to accurately reflect all the interdependencies. Instead, networked structures are emerging comprising multiple market locations (MaLo), measuring locations (MeLo) and technical resources (TR). 

For these configurations to function, they must be logically interconnected. Any on-site change – such as a new feed-in, additional storage or a modification to a measurement point chain – affects the entire measurement concept. Without a flexible system foundation, there is a risk of incorrect billing or inconsistencies in market communication.

Structured measurement concepts thanks to the location bundle structure (LBS)

The location bundle structure (LBS) provides a framework for a transparent representation of physical dependencies. It links MaLo, MeLo and TR into a consistent data model. In practice, however, these structures must be continuously maintained, adapted and versioned – particularly when changes occur on site.

In addition to the structure, master data such as conversion factors, transformer losses or priority rules also plays an important role. A complete and traceable measurement concept can only be achieved if all information is consolidated and kept up to date.

For more information, see our blog post on location cluster bundles.

Manage modern measurement concepts efficiently with ELEMENT:Lokationsdaten

With ELEMENT:Lokationsdaten, the SOPTIM Elements platform offers tool that makes the management of modern measurement concepts simple and transparent. Location bundle structures can be created, updated or imported via an intuitive interface.

Lokationsdaten supports all prevailing measurement concepts – from traditional structures to tenant electricity models and communal building supply. Every change is automatically versioned, ensuring that the history remains traceable at all times. Import and export functions via CSV or API allow the system to be seamlessly integrated into existing processes and IT landscapes.

As a result, measurement concepts become a flexible component of the overall architecture rather than a static administrative task.

A glimpse into the future

As digitalisation of the energy sector continues to advance, measurement concepts are becoming increasingly diverse. New players, cross-sector applications and dynamic market models require systems that can adapt quickly.

Those who already manage their location data centrally, with version control and in an integrated manner are laying the foundation for stable, future-proof market processes and can maintain a clear overview even as demands grow.