Open Data Platform – Green Energy Lab Open Data Platform

The transition from a fuel-based, unidirectional to a renewable, de-centralized energy system requires the widespread adoption of new technological innovations. On the one hand, novel technologies may require information exchange and data transfer among different stakeholders and, hence, face a lack of acceptance from customers. On the other hand, the implementation of technical innovations may […]

Thermaflex Thermal demand and supply as flexible elements of future sustainable energy systems

Elements of flexibility as central building blocks of a future energy system In a sustainable and fully decarbonised energy system, including e.g. large shares of renewable, partly volatile energy sources, integrated sector coupling, decentralised and centralized structures, etc. will lead to a considerable increase in system complexity. At the same time, however, supply security must […]

Spatial Energy Planning – Räumliche Energieplanung für die Wärmewende

Spatial Energy Planning (SEP) is a potential game changer for the heating sector and becomes an important lever for the integration of innovative and sustainable heating technologies and new market models. The upheaval on the energy market requires information and coordination in order to exploit the potential of all renewable forms of energy and make […]

Luft.Ort.Leck: Localized leakages – method and probe development

The airtightness or air permeability can currently only be determined as sum parameter for the entire building by means of blower door measurement or for the individual component, e.g. a window on the test bench. The blower door measurement, also called differential pressure measuring method, is carried out in accordance with ÖNORM EN ISO 9972. […]

SolSPONGEhigh – High solar fraction due to thermally activated components in urban environments

Within the framework of the project “solSPONGEhigh – High solar fraction through thermally activated components in urban environments”, the intensive use of thermally activated components as additional thermal storage and sole and thus cost-optimised heat release system in various buildings is being investigated with the primary use of solar technologies (solar thermal or PV). The […]

SmaCiSe – Smart City Sensing – Thermal Screening of Physical Objects and Air-quality at Urban Scale

Initial situation, problem to solve and motivation to carry out the R&D project To improve a city’s environmental condition and infrastructure effectively and understand its optimization potentials detailed knowledge on the situation is mandatory. Currently, an integrated and comprehensive data basis with frequently collected up-to-date thermal and air quality digital information on city level is […]