Estimates suggest that the global potential of floating
solar could be 400 GW, or roughly the total capacity of all solar PV installations
worldwide at the end of 2017.
Floating solar – the installation of solar photovoltaic
panels floating on the surface of lakes, hydropower reservoirs, agriculture
reservoirs, industrial ponds, and near-coastal areas – is one of the
fastest-growing power generation technologies today. It opens new horizons to
scale up solar power globally, particularly in countries with land constraints.
The capacity for floating solar is growing exponentially. At
the end of 2014, total global installed capacity stood at 10 MW. In just four
years, that figure had grown more than 100-fold, to 1.1 GW. The new report estimates
the global potential of floating solar, even under conservative assumptions, to
be 400 GW, or roughly the total capacity of solar photovoltaic installed
worldwide at the end of 2017.
An overview of two recent award ceremonies featuring achievements in district heating and cogeneration.
Global District Energy Climate Awards honour systems that illustrate the
overall importance of district energy (heating & cooling) and the movement
towards clean, sustainable energy solutions. They were announced at the Sustainable
District Energy Conference in Iceland on 24 October.
The 2019 COGEN Europe Recognition Awards acknowledge outstanding performance and achievements in the cogeneration sector and were presented at the COGEN Europe Annual Conference in Madrid, also on 24 October.
STILL electric forklifts equipped with high-power self-cooling batteries have replaced diesel forklifts at Lünewell’s modern corrugated paper plant in Germany.
DecarbEurope partner APPLiA has developed a Circular Culture initiative. It aims to promote a societal change to move towards a circular economy.
APPLiA is a Brussels-based trade association that provides a single, consensual voice for the home appliance industry in Europe. Its members manufacture a wide variety of home appliances:
appliances such as refrigerators, freezers, ovens, dishwashers, washing
machines and dryers;
appliances such as vacuum cleaners, irons, toasters and toothbrushes;
ventilation and air conditioning appliances such as air conditioners, heat
pumps and local space heaters.
One of their initiatives is Circular Culture, aimed at promoting a societal change that involves all of us, as citizens, in the shift towards a circular model.
Register now for what promises to be an outstanding event. DecarbEurope partner smartEn is organising the Smart Energy Summit 2019: Prosumers in the Lead.
Active energy consumers, often called ‘prosumers’ because
they both consume and produce electricity, are dramatically changing the European
Various types of prosumers exist:
- Residential prosumers who produce electricity at
home, mainly through solar photovoltaic panels on their rooftops
- Citizen-led energy cooperatives or housing
- Commercial prosumers whose main business activity
is not electricity production
- Public institutions such as schools or hospitals.
The rise in the number of prosumers has been facilitated by
the fall in the cost of renewable energy technologies, especially solar panels,
which in some Member States produce electricity at a cost that is the same or
lower than retail prices.
New report confirms that Building Automation & Control Systems are absolutely indispensable for the cost-effective decarbonisation of the EU building stock
Specific requirements in the new Energy Performance of Buildings Directive (EPBD) concerning Building Automation and Control Systems (BACS) will ensure that the European Union reduces building energy consumption significantly further and faster than if the Directive was implemented without BACS.
This is the clear message from a study carried out by Waide
Strategic Efficiency on behalf of eu.bac, the voice of
European manufacturers in the home/building automation sector.
Storage as virtual transmission is poised to change the way utilities and planners draw transmission network maps, allowing them unprecedented flexibility in how they design and augment their networks.
the world, big changes are happening as to how and where electricity is generated,
where it needs to be sent, and how it is to be used. The result is that the
transmission network map is constantly being redrawn. Unfortunately, no matter
how many times it’s redrawn, planners and utilities seeking to accelerate
upgrades on unexpectedly busy corridors are faced with the same challenges.
These include long permitting times and disputes with communities over placement