Environmental monitoring
Creation of a digital urban 3D twin to provide information on the dangers of heavy rainfall
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Introduction
The measure uses sensors to record environmental data in areas at risk of heavy rainfall and display it in an urban digital 3D twin for the urban area south of the Elbe. At the same time, a digital platform is being created for inter-agency administrative cooperation and the public provision of environmental data.
The aim
The aim is to better protect the city from flooding damage by publicly presenting data on the actual rainfall, its effects and possible structural measures in an intuitively usable 3D city model. The integrated sensor data improves precipitation analyses and flood forecasts. The project creates instruments to warn of heavy rainfall so that damage caused by extreme events can be reduced in the future.
Smart Energy and Environment
Focus topic
in implementation
Project status
2022-2026
Duration
South of Dresden
Area of application
2.8 million euros
Budget
Environmental monitoring
The most important information
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What are the benefits of the project for the population?
The urban digital 3D twin provides the population with information on where in the city heavy rain can cause damage, how badly their own home could be affected and how structural precautions can be taken.
How does the project improve everyday life?
Thanks to the interactive 3D city model, the population can better assess the risks of heavy rainfall in a specific location and prepare for extreme events in a targeted manner, which ensures greater safety.
What new possibilities are there?
The digital twin makes it possible to track environmental data and forecasts in real time and prepare buildings or properties preventively for potential hazards.
How can I participate?
The 3D city model can be used online to check your own home and the surrounding area for potential hazards caused by heavy rain. Feedback can help to continuously improve the model.
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Landeshauptstadt DresdenDresden as a 3D city model
The city can be experienced in an interactive 3D model with buildings, streets and bodies of water. Information on flooding risks and potential damage caused by heavy rainfall as well as structural recommendations for action help to improve the protection of people and buildings.
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Landeshauptstadt DresdenTimely warnings
Thanks to sensor-based environmental monitoring, up-to-date data on the weather situation in the neighborhood is available. This can help to warn of severe weather hazards.
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Pixabay l Rainer KüsterPreventive protection
In the urban digital twin of the city, the population can not only view environmental data acutely in hazardous situations - forecasts can also be displayed.
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Landeshauptstadt DresdenAdjustments in real time
Environmental monitoring improves the city's resilience to extreme weather events. The water level in rainwater retention basins and small bodies of water can be tracked in real time in order to understand how the city reacts to them.
Environmental monitoring
Benefits for the economy
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Why is environmental monitoring important for the economy?
Environmental monitoring offers economic players precise access to environmental and weather data and supports them in future-oriented investment decisions.
How does the economy benefit from the project?
Companies benefit from detailed environmental forecasts that enable them to manage risk more effectively, for example in preparation for heavy rainfall events.
What new opportunities are emerging?
The urban digital 3D twin opens up opportunities for energy-efficient construction projects and climate adaptation strategies and provides a solid basis for sustainable urban development measures.
How can companies get involved?
Companies can actively participate in the further development of the open source solutions used and thus contribute to sustainable transformation in their own city and beyond.
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Michael_HannuschkaBasis for decision-making
The urban digital 3D twin enables precise access to environmental and weather data and supports companies in making informed decisions about investments that will be necessary in the future.
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AdobeStock l 1take1shotSmarte Urban development
The urban digital 3D twin creates new opportunities for energy-efficient construction projects and climate adaptation strategies. It serves as a reliable digital information basis for sustainable urban development.
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AdobeStock l Kostas KoufogiorgosRisk management
Detailed flooding scenarios help companies to identify risks from heavy rainfall at an early stage and implement the necessary measures in good time. Statistical analyses are also beneficial in the insurance sector, for example.
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AdobeStock l JFL PhotographyOpen source for the future
By participating in the further development of the open source solutions of the urban digital 3D twin, a sustainable transformation is promoted both in their own city and in other municipalities.
Environmental monitoring
Project partners
Hochschule für Technik und Wirtschaft Dresden University of Applied Sciences
The Institute of Building in a Changing Climate aims to make a lasting contribution to climate adaptation in the construction industry through application-oriented research, consulting and innovation and thus to strengthening the resilience of cities and municipalities to environmental impacts.
TU Dresden - Institute of Hydraulic Engineering and Technical Hydromechanics
The Institute of Hydraulic Engineering and Technical Hydromechanics conducts research into flood protection, river engineering and near-natural watercourse development.
Institute for Photogrammetry and Remote Sensing
The Institute of Photogrammetry and Remote Sensing deals with the integration of sensor technology and evaluation methods to develop efficient solutions for novel measurement tasks.
Urban drainage Dresden GmbH
Stadtentwässerung Dresden GmbH ensures the safe discharge and treatment of wastewater from Dresden.
Our Smart
City team
