smart grids

SPEAKERS   TOPICS:   ENF 01 - Novel and Efficient Technologies for Energy Production Renewable  Wind Energy Solar Energy  Biofuels and Bioenergy Hydroelectricity Geothermal Energy Ocean Energy Non-Renewable  Nuclear Energy Coal Petroleum Natural Gas   
Post date: 12 Lug 2019
Type: Evento

History   BASE was founded in 2001 as the Basel Agency for Sustainable Energy. Since our beginning, we have worked on projects to improve the flow of investment towards sustainable energy and meet the challenge of climate change.   BASE has been an initiator of sustainability and investment organisations including The Gold Standard, Global Infrastructure Basel, greenTEK ventures, SEFI and the SEF Alliance.   Concept and Objectives
Post date: 3 Lug 2019
Type: Link

The consumer’s behaviour regarding their own energy needs will change in the future. Energy users won’t just be simple electricity, gas or heat consumers anymore but prosumers who produce energy through, for example, photovoltaic panels (a.k.a: solar panels) installed on or around their houses and using innovative equipment such as heat pumps, energy storage devices (i.e: batteries) and electric vehicles that will interact with the energy market through different pricing mechanisms such as time variable tariffs.
Post date: 5 Mar 2019
Type: News

Smarter grids are enabling electricity producers and consumers to effectively change their electricity generation and usage in ways that can contribute to the system optimisation while also benefiting themselves and helping to reduce carbon emissions.
Post date: 26 Feb 2019
Type: Link

The Potenza pilot site is aimed at demonstrating the achievable advantages (primary energy, peak shaving, reduction of energy bills) by the Municipality in two different sites: a swimming pool, where a 165 kW CHP is able to provide about 95 % and 85 % of the required thermal energy and electricity, respectively, and also to feed, through the existing distribution network, about 70 % of the electricity consumed by an electric escalator, having an installed power of 192 kW and being used to transport people from the outskirts to the city centre.  
Post date: 19 Feb 2019
Type: Caso

The Municipality of Preko is a small island community situated on Preko Island. In 2015, the municipality adopted Strategies of Sustainable Development where it is stated that one of the goals is long-term energy efficiency and promotion of renewable energy. The Preko pilot consists of microgrid using PV as RES, installed on an olive oil mill building acting as RES (Prosumer) and a „Pučko otvoreno učilište“ building that is acting as Consumer.   The Preko pilot project has 3 major goals:
Post date: 19 Feb 2019
Type: Caso

The Greek pilot site is located in the Municipality of Farsala in the area of Mega Evydrio (Thessaly Region), and consists of public, commercial and private buildings and facilities.   The number and type of consumers in the area (community) of Mega Evydrio is: 295 houses, 16 shops, 4 public buildings, 471 public street lights, 2 public pumping stations for potable water circulation and 147 private pumping stations for irrigation.  
Post date: 19 Feb 2019
Type: Caso

Sustainable Places 2019 (SP2019), the 7th edition of SP, will be held from 5th – 7th June 2019 in Cagliari, Italy – within the region of Sardinia – and is to be co-hosted locally by the Municipality of Cagliari, the Metropolitan City of Cagliari, and the University of Cagliari.   Conference Scope
Post date: 8 Feb 2019
Type: Evento

InnoEnergy, Naturgy, Enagas, Barcelona Activa and CEiiA have opened this month a new edition of Cleantech Camp, a training program aimed at business ideas or companies in the initial phase, in the clean energy sector. The promoters of the program seek to receive ideas for a selection of a maximum of 15 projects, which are preferably focused on promoting energy efficiency, the low-carbon economy as well as smarter and more sustainable cities.  
Post date: 28 Gen 2019
Type: News

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 Nov 2018
Type: Publication