building integrated solar

Hybrid solar panels that produce both electricity and heat is a technology on the rise. The combination of solar cells (PV) and solar thermal collectors (T) allows for various ways to optimize buildings’ energy systems.   In this workshop, leading international experts will present the status of the PVT technology and present case studies where PVT collectors are integrated in buildings."   The workshop is open for all and free of charge.  
Post date: 6 wrz 2019
Type: Termin

The event highlights how architects, designers, developers, and researchers take up the challenge of letting photovoltaic systems interact with landscapes and buildings.   “Energy as a landscape infrastructure” is the challenge for this year’s edition, in Marseille.  
Post date: 31 lip 2019
Type: Termin

Established in 2003, Topper Floating Solar PV Mounting Manufacturer Co., Ltd. concentrates on reliable floating solar mounting systems for floating Solar PV power plants & Farms.  
Post date: 5 gru 2018
Type: Odnośnik

Just as solar cadastres have become the norm to assess the roof-top PV potential in the last years, assessing the hosting capacity of the low-voltage network for electrical production is on the path to becoming a necessity for an efficient solar production action plan. The model developed here is a hybrid tool composed of a physical model computing results based on a real infrastructure and a statistical model using empirical rules based on frequently encountered cases.  
Post date: 21 lis 2018
Type: Publication

  The Energy Community Secretariat, an international organization run by the EU and the governments of Albania, Bosnia and Herzegovina, Georgia, the former Yugoslav Republic of Macedonia, Kosovo Moldova, Montenegro, Serbia, and Ukraine – and which is responsible for transferring the good practices of the EU internal energy market to these eastern European countries – has issued New policy guidelines for the grid integration of prosumers.
Post date: 27 wrz 2018
Type: Publication

The connection of a solar thermal (ST) façade system to a district heating system allows for the direct use of ST heat in the building while taking profit from the network for delivery/selling of excess heat and purchase of heat during periods of underproduction. The use of unglazed collectors for low-intrusive architectural interaction in façades is discussed.
Post date: 1 sie 2018
Type: Publication

In most cases, building service designers choose between Solar thermal (ST) and District Heating (DH) technologies for their integration in buildings. By doing so, only a fraction of the buildings within a particular district is used for ST, while at the same time energy intensity in DH networks can be reduced. In some cases, building-integrated solar thermal systems are connected to DH networks by means of dedicated pipes. In all these cases, sub-optimal situations are reached with lower fraction of renewable heat, reduced network strength and/or additional heat losses.
Post date: 1 sie 2018
Type: Publication

The event will provide insights into the impacts of R&D funded through the EU Framework Programmes for Research and Innovation; including providing access to the solar thermal Renewable Energy R&D Impact Report and an opportunity to influence the recommendations to increase future R&D impacts. During the workshop key industry experts, including ESTELA, Solar Heat Europe / ESTIF, Tecnalia, and AEE - Institute for Sustainable Technologies, will share their insights on the future of solar thermal technologies.
Post date: 13 lip 2018
Type: Termin

Did you know that our planet receives enough energy from the sun that it can power the whole world?  All the energy that the world uses every day could be replaced with solar. It is no wonder then that more and more people want to take advantage of this valuable natural resource. By going solar, you will significantly reduce your carbon footprint on this planet and will be surprised with how much money you could save on utilities.
Post date: 8 lis 2017
Type: Notatka

Budynku-zintegrowanych technologii fotowoltaicznych i systemów do masowego wdrażania rynku     Budowlano-zintegrowane systemy fotowoltaiczne (BIPV) obecnie szeroki rynek. Jednym z głównych sterowników jest coraz bardziej wymagający przepisów prawa w zakresie efektywności energetycznej w budynkach.   Technologie wykorzystania odnawialnych źródeł energii, a w szczególności integracji systemów fotowoltaicznych w środowisku budowy oferują wiele możliwości, aby odgrywać ważną rolę w prawie zero energii (NZEB) scenariusz.  
Post date: 11 sie 2017
Type: Odnośnik