Smart energy model
Climate-friendly transformation of the energy supply system at the Dresden Municipal Hospital, Friedrichstadt site


Climate-friendly transformation of the energy supply system at the Dresden Municipal Hospital, Friedrichstadt site


The ‘Smart Energy Model’ is an innovative project designed to make the energy supply at the Dresden Municipal Hospital’s Friedrichstadt site future-proof and sustainable. By intelligently integrating electricity, heating, cooling and transport, the aim is to optimise the hospital’s own use of renewable energy and reduce peak loads. Using modern technology such as Smart -metering and cross-sector simulation of energy flows, the aim is not only to optimise the energy supply but also to make the model transferable to other neighbourhoods and facilities.
The aim of the project is to create a climate-friendly and stable energy system that ensures long-term security of supply and reduces CO₂ emissions. Firstly, by setting up a smart metering system in Module 1, the foundation for data-driven decision-making will be laid, which will already enable operating costs to be reduced and the use of resources to be optimised. Building on this, Module 2 will develop an energy system model that can be used to simulate various scenarios, thereby identifying further potential for optimisation to improve efficiency and integrate renewable energy sources. This provides an innovative basis for assessing the cost-effectiveness and sustainability of future measures in the field of energy supply and paves the way for a climate-neutral transformation of the hospital. The project offers a model solution, which can serve as a model for other local authorities in developing sustainable energy infrastructures.


Smart’s energy model for Friedrichstadt Hospital promotes greater sustainability and energy efficiency. The local population benefits from a more stable energy supply, whilst the town’s environmental footprint is reduced. Furthermore, the project lays the foundations for a future-proof energy infrastructure.

The smart energy model optimises energy supply through the smart integration of electricity, heating, cooling and transport. This not only leads to a more efficient use of resources, but also promotes the transition to climate-friendly solutions at Dresden.

The detailed monitoring of hundreds of energy flows at the site enables a precise analysis of consumption patterns. The simulation model uses this data to identify opportunities for optimisation, which will then be used to develop new measures to improve energy efficiency. This creates scope for innovative solutions that both enhance quality of life and make the city more environmentally friendly.

The smart energy model supports the transition to renewable energy and highlights innovative ways of achieving a sustainable and efficient energy supply. In doing so, it makes an important contribution to climate protection whilst also raising public awareness of resource-efficient behaviour.


The smart energy model is a flagship project that helps other hospitals and companies with similarly complex energy supply structures to become more sustainable. Through the integration of smart technologies such as Smart e metering, digital networking and the use of simulation models, energy flows are managed particularly efficiently and further potential for optimisation is identified. This not only delivers short-term savings on energy costs but also identifies new measures and investments in the long term to further improve energy efficiency and integrate renewable energy sources.

With the digitalisation of the energy supply, the project opens up opportunities for innovative business models, for example in the field of data analysis and the development of new energy solutions. Companies can use this foundation to strengthen their market position and offer sustainable products.

Companies benefit from the opportunity to become directly involved in the development of smartenergy concepts. Collaborations with the city and other partners create synergies and promote innovation in the energy sector.

The project’s results are scalable and transferable. Hospitals, other local authorities or businesses can get involved whilst gaining valuable insights for their own sustainability strategies, which can also be applied beyond Dresden.

