Meet our project partners: Friuli Venezia Giulia Energy Agency

Date: 23.09.2024
By: ZEB4ZEN
Friuli Venezia Giulia Energy Agency (Agenzia per l’energia del Friuli Venezia GiuliaAPE FVGwww.ape.fvg.it) is an independent, non-governmental, non-profit organization, founded in 2006 with the initial support of the Programme Intelligent Energy for Europe. Today, APE FVG counts more than 80 members among public entities and regional municipalities which benefit from the Agency independent advisory. APE FVG is steadily working toward sustainable energy transition and low carbon economy, always inspired by the EU’s latest policies,  with a strong regional focus in the Friuli Venezia Giulia Region, north-east of Italy, but developing projects also at the national and international levels. The Agency is a member of FEDARENE (European Federation of Agencies and Regions for Energy and the Environment) and RENAEL (Italian National Association of Local Energy Agencies), and maintains an active network of cooperation with many other organizations all over Europe. The Agency addresses all regional targets: citizens, public entities and enterprises. The APE FVG claim is “the independent point of view on energy,” and it effectively explains the Agency’s mission and the role that is recognized for it.

 

Thanks to the ZEB4ZEN project, we have the opportunity to transfer a transnational methodology at the local level to achieve zero-emission standards. The pilot will be in the historic city neighbourhood of Palmanova, a national monument listed under UNESCO World Heritage Centres. Here, we are expecting to test an energy production and consumption model that has recently been regulated in Italy, and still is not widespread: renewable energy communities. Indeed, for the conservation of the historical city center, buildings inside the city walls are not allowed to install photovoltaic solar panels. Energy communities appear to be the most innovative and appropriate solution in this respect, since green energy production and its consumption can be physically separated but virtually connected through smart grid systems, allowing the old city to be supplied in a sustainable way by a solar plant located outside the city walls.