Groundbreaking projects funded by Norway demonstrate that foreign aid can help to combat both poverty and environmental problems. One result is that uncontrolled plastic waste may become a resource for the cement industry.
In the future, we will see the emergence of local energy communities made up of households and businesses who buy and sell electricity among themselves. But someone will have to work out how to determine the price.
Solar panels installed on roofs and facades increase the fire risk. However, research shows that small changes in construction can make a big difference.
To limit global warming to 1.5 degrees, the EU’s Science Advisory Board on Climate Change recommends that Europe reduce its greenhouse gas emissions by 90-95% by 2040 compared to 1990. Fossil fuels should be phased out as quickly as possible.
The smarter utilisation of Norwegian hydropower will promote nature conservation, improve access to energy and boost earnings.
Researchers at NTNU are searching for materials that could be used to make Li-ion batteries with a higher energy density.
Increased cooperation between Norwegian industry and universities on quantum physics sensors is a win-win situation for society. Such sensors can provide new opportunities in areas as diverse as mineral extraction and agriculture.
Using a completely new piling joint, geothermal heat can be extracted directly via the piles used to anchor buildings in the ground. The invention makes it easier, quicker, cheaper and safer to use environmentally friendly energy.
Soon you may be able to keep your house warm in winter using heat which molecules from food waste have borrowed from yesterday’s sunshine.
Allowing Norwegian farmers to buy and sell excess electricity they generate is good for everyone. Today’s regulations prevent this.
Fossil fuel vehicles gulp down petrol, and electric cars gobble up minerals. The battery industry is so ravenous for lithium as a raw material that researchers believe the demand could threaten climate goals.
We need the electricity generated by solar panels in order to meet our climate change mitigation targets. But solar power must be integrated rationally and fairly – something that can only be achieved with effective regulation.
Norway has seen an increase in solar power capacity in recent years, but in winter solar panels face a big problem: snow. Researchers modelled how much extra electricity could be generated if solar panel surfaces were designed to repel snow and ice.
Producing hydrogen will become an important part of decarbonising Europe’s energy system and is one of the opportunities Norway has to maintain value creation along the lines of what the country has experienced with oil and gas.
Hydrogen is found in large quantities on Earth, can be used in many contexts and is being promoted as an important solution in the transition to climate-friendly energy. But hydrogen investment also generates heated debate. So what’s the deal with hydrogen?
Many Norwegian homes can only be heated using electricity. The authors of this blog argue that in the event of an extended power outage, energy-efficient homes will stay warm for much longer than those built according to the minimum regulatory requirements.
A comprehensive analysis of 870 power plants worldwide shows that nuclear power is a clear winner in protecting ecosystems. Bioenergy is a sure loser.
Wind turbines are contributing to the Southern Sámi losing grazing land for their reindeer husbandry. This livelihood is central to the identity of the Southern Sámi culture and thus to their language, researchers say.
The ZEB Laboratory has been utilised both as an office building and a sustainable construction laboratory for about two years. It was designed to be the world’s most ambitious ‘climate-adapted building’ and up to now it has been a great success.
NTNU has tested a system to predict the heating needs on the Gløshaugen campus. The results show that we can save even more where surplus heat is already in use.
Can Europe use the energy crisis to help accelerate its efforts to achieve net zero greenhouse gas emissions by 2050? The EU’s Scientific Advisory Board on Climate Change says yes.
Covering less than ten per cent of the world’s hydropower reservoirs with floating solar panels would yield as much energy as all hydropower does today, one researcher says.
How scientists and engineers across the globe — and at NTNU — are harnessing unlikely materials to cut greenhouse gas emissions.
During the next three years, a team of researchers will be developing a system designed to protect floating solar farms in the harshest ocean environments.
