MultiMeter
Project Description
A secure energy supply requires intelligent approaches to the efficient use of energy and the stabilisation of distribution grids. Especially in cities, municipalities and rural regions, concepts for the systematic identification and unlocking of energy flexibilities have not been addressed so far. At the same time, increasingly volatile grid components such as photovoltaic systems, heat pumps and charging infrastructure are being installed in these areas. This is precisely where the MultiMeter research project comes in. The central goal of the project is the development of cross‑sectoral consumption profiles for monitoring and optimising the energy consumption of public properties.
Based on systematically collected consumption measurements using intelligent metering systems, municipalities and grid operators are provided with methodological and technical tools that enable the identification, evaluation and utilisation of load‑shifting potential.
At the local distribution grid level we investigate how aggregated consumption profiles of municipal properties can help to stabilise grids. The use of available flexibilities makes it possible to avoid grid bottlenecks and to ensure the reliable operation of distribution grids, even in regions without large industrial consumers. In addition to grid operators, connected end consumers also benefit from this.
The analysis methods, optimisation approaches and recommendations for action developed within the project are tested in three practical demonstrators – one of them in Wunsiedel. We make them available on a public MultiMeter platform as tools, guidelines and solutions for municipalities, grid operators and energy agencies. In this way, MultiMeter increases the overall efficiency of the energy system and helps to achieve the 2045 climate targets.
project Goal
Development of cross‑energy‑carrier consumption profiles for monitoring and optimising the energy consumption and flexibilities of public buildings
Duration
01/01/2026 – 31/12/2028
Funding
Part of the Federal Government’s 8th Energy Research Programme
Funding area: Power Grids And Power Storage
Project Management
Project Management FEL
