The interactive workshop is designed to present and validate the results of the EU study "Optimising Synergies Between Data Centres And Energy Systems" (DCESS).
In a lighthouse project, artificial intelligence is being used to simplify the use of waste heat from data centers for the city of Frankfurt, making them more climate-friendly.
Cooperative development of an AI-powered web application that visualizes individual consequences of the energy transition to activate and reinforce sustainable behavior.
The CO 2030 project is developing new concepts for sustainable and resilient operation of telecommunications networks.
The EU commissioned DCESS project aims at learning how data centres can be more effectively integrated into energy networks.
According to the motto "Science with Impact", Borderstep makes its research results available to the public - also as free events.
Borderstep supports the Technical University of Central Hesse in determining and evaluating the potential for waste heat utilization from data centers in Hesse.
In the project, best-practice examples of successful optimizations of heating systems in the building sector are compiled in a database and key figures are developed.
The FLUIDOS project team is developing software that enables the computing and storage capacities of powerful IT end devices and PC systems to be used.
The 8th international conference on ICT and sustainability is organized by the University of Plovdiv (Bulgaria). Borderstep presents a paper describing the methods of the Bitkom Building Study.
Intelligent building technologies can play an important role in mitigating greenhouse gases in the building sector.
The Bitkom Building Survey analyzes how digital technologies - e.g. building automation - can contribute to reducing emissions in the building sector.
In the EU-EcoCloud project, the energy consumption and energy efficiency potentials of cloud computing services in the EU were determined.
Borderstep has compiled data and facts on the data centre industry, its economic importance and its sustainability potential for eco e. V..
The TEMPRO project developed solutions to significantly reduce data center energy consumption. It focused on a holistic approach to energy management.
Increasing digitization is leading to ever greater networking of products and plants. Borderstep has investigated the effects on energy and resource requirements.
The short study provides an overview of the current state of knowledge on direct and indirect effects of digitisation on climate protection.
With the support of artificial intelligence, it should be possible in future to plan and operate data centres in the Frankfurt area in such a way that negative effects on the environment are reduced.
The project analysed the structural change in the automotive industry triggered by globalisation, digitalisation and climate protection.
The overall objective of the project is to develop and demonstrate an energy-efficient, standardised data center with liquid-cooled servers in which the waste heat is converted into cold.
The study evaluates the energy consumption of the dynamic ICT landscape, identifies current trends, forecasts future ICT-based energy consumption up to 2025.
Frankfurt and the Rhine-Main region is the top location for data centers in Germany and Europe. The region sets standards in technologies for energy efficiency in data centers.
NeRZ aims to reduce the energy requirements of data centers and establish Germany as the location of the most energy-efficient and secure data centers worldwide.
On behalf of the German Bundestag, the report analyzed and forecast the necessary resource requirements for the use of ICT and formulated recommendations for action to reduce them.
