Norwegian hydropower provides stability in the power market, but a more even power consumption in Norwegian building stock could have an impact on the electricity production of hydropower, a new SINTEF study shows.
An ineffective negotiation system was the main impression people left with from the climate summit in Baku. Restoring trust in this system must be the top priority for the next conference.
The Norwegian-developed sensor node detects where transmission lines have available space. It also means that grid companies could avoid building new, expensive and controversial power lines.
That is the message from Atle Harby, senior researcher at SINTEF. He is a member of the expert committee tasked with looking at the socio-economic consequences of climate change.
He’s been called the father of carbon capture and storage in Norway – but Erik Lindeberg isn’t resting on his laurels. At 76, he’s still crusading to make sure this technology is put to use as quickly and comprehensively as possible, to help the world avoid the worst consequences of global warming.
The new Google data centre being built in Skien is in danger of wasting its surplus heat because Norway has no legislation that reduces this risk. We really need to address this issue!
Does it matter if a small area of rare wetland is lost if a lot more of the same area remains intact? In Norway, it is impossible to say, because no-one can show how many such wetlands are being destroyed elsewhere at the same time.
Power cuts can be caused by heavy snow and icing, as well as lightning strikes and strong winds bringing down power lines. Together with more extreme weather events, Norway is also facing a major power supply deficit. So, what can we do to avoid a total electricity crisis?
Solar storms are no joke. It may get cold and it may get very dark. Our mobile networks may be severely disrupted.
The electricity grid in Norway needs more balancing power. Neighbourhood communities can help by participating in a new market where intelligent consumer planning enables them to save money.
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.
It is essential to speed up electrification of the Norwegian heavy transport sector. We believe that this is possible in spite of full capacity utilisation in the electricity grid. Here are our three recommendations.
SINTEF researchers have been testing different types of water distribution cabinets. Cabinets that combine the distribution of both domestic tap water and water for floor heating, are now shown to represent an unnecessary risk of Legionnaires’ disease.
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.
The smarter utilisation of Norwegian hydropower will promote nature conservation, improve access to energy and boost earnings.
Norwegian researchers are currently developing wind turbines that can adapt their blade rotation speeds to prevent bird strikes.
SINTEF researcher Marcell Szabo-Meszaros is the man behind the international study ‘Hydropower and Fish – a Roadmap for Best Practice Management’, which offers guidelines on fish population protection in rivers to companies carrying out hydropower developments.
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.
The Norwegian power grid needs relief during periods when ‘everyone’ is using electricity. Research is showing that variable pricing for the fast charging of electric cars may offer a solution.
There are plans in Årdal to build a waste incineration plant based on a new technology that captures and stores CO2, thus removing the greenhouse gas from the atmosphere.
At last it is now possible to capture CO2 at industrial scales without state subsidy, and countries across the world should be persuading private industry to identify storage sites that will make a real difference.
Blue, also called “low carbon” hydrogen will make for a much more suitable transition towards renewable energy than natural gas.
The view that natural gas can act as an eco-friendly bridge in the transition from our use of coal to renewable energy has experienced a renaissance in the wake of the European war. Thus, the time is right to review the data behind the politics.
The Norwegian government is committed to reducing greenhouse gas emissions by 55 per cent by 2030. This will involve dramatic changes to the electricity grid system.
