nZEB Technologies
For realising nearly zero-energy buildings (nZEBs), which are cost-efficient for all stakeholders throughout the lifecycle, the knowledge about the most important technologies and solution sets […]
Continue reading »CRAVEzero – Cost Reduction and market Acceleration for Viable nearly zero-Energy buildings
Cost Reduction and market Acceleration for Viable nearly zero-Energy buildings
For realising nearly zero-energy buildings (nZEBs), which are cost-efficient for all stakeholders throughout the lifecycle, the knowledge about the most important technologies and solution sets […]
Continue reading »The project CRAVEzero mainly builds on twelve case studies provided by the project partners. The case studies are located in Austria, Italy, France, Germany and […]
Continue reading »Submitted by Baerbel Epp on February 4, 2020 on solarthermalword.org How much does it cost to construct, run and maintain a Nearly Zero Energy Building? […]
Continue reading »The ISO 15686-5:2008 provides the main principles and features of a LCC calculation, while the European Code of Measurement describes an EU-harmonised structure for the […]
Continue reading »Already today buildings can be realised in the nearly zero and plus energy standard. These buildings achieve extremely low energy demands and low CO2 emissions […]
Continue reading »Already today buildings can be realised in the nearly-zero and plus energy standard. These buildings achieve extremely low energy demands and low CO2 emissions and […]
Continue reading »Download the full report here: Figure1: Analysis of the balanced primary energy demand related to the net present value for the different technology combinations for […]
Continue reading »The increasing share of fluctuating renewable energy generation in the electricity grids requires technical measures, new market designs and models to balance generation and demand for electricity on the demand and supply side. As buildings are major energy consumers in the energy system and electricity for heating, domestic hot water and cooling, as well as on-site electricity generation from renewables are increasing, the integration of building energy systems/ buildings in the energy system is gaining importance. Renewable electricity is generated on-site, stored in batteries, which could also be used for balancing the local distribution networks, heat-pumps and electrical vehicles are new electrical consumers in buildings with relatively high connected power,…there are many new and already established technologies, which have to be integrated into the system and be operated in a way stabilizing the electricity grids.
There are several different options, flexibility goals and KPIs discussed in the field of energy efficiency and flexibility. Furthermore, there are different options and needed technologies to provide flexibility. In the CRAVEzero report ‘Energy flexible building managing models’, these are described in detail. Furthermore, technologies and different methods were applied in some of the CRAVEzero case study buildings. The options are compared using three different approaches/ KPIs, namely:
The building sector in Europe is responsible for approximately 40% of the total energy consumption. The percentage accounted for residential buildings amounts at 27% of […]
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