Alternative Energies
Hydroelectricity gets an ecological makeover in Norvay

Norway, a country that generates more than 80{f24b02adee2102ff0c5f5079c50862fc8ba5fa53f8615b567037555463da2377} of its electricity from hydropower, has added to its renewable repertoire in the guise of a beautifully Kebony-clad 30GWh plant. The plant is situated deep within the mountains of Helgeland, a hiker’s paradise just below the Arctic Circle. The region is known for its unique coastline and spectacular mountain formations and the architects wanted the plant’s design to be inspired by and reflect the landscape, whilst also functioning as an attraction for hikers in the back country wilderness. The Øvre Forsland power station has been designed to educate hikers about power production by allowing visitors to experience the production of hydraulic electricity at various points throughout the process. From the nearby bridge, the powerful water flow that drives …

Geoengineering simulation lets us play with the future

Wherever you stand on geoengineering — whether you think it’s our only chance of survival or a fast track to extinction — we should at least consider the idea. As I argued last year, just studying geoengineering could teach us a lot about the climate and just talking about it could ease some lingering political tensions around climate change. So in the spirit of keeping all options on the table when it comes to preventing a climate catastrophe, check out this interactive geoengineering simulation from the Geoengineering Model Intercomparison Project. It lets you look at what global temperatures could look like between 10 and 50 years from now, if we decide to jump down the geoengineering rabbit hole. Here are the specifics from Slate: This interactive shows temperature…

Extending a battery’s lifetime with heat

Over time, the electrodes inside a rechargeable battery cell can grow tiny, branch-like filaments called dendrites, causing short circuits that kill the battery or even ignite it in flames. But thanks to new experiments and computer simulations, researchers have explored in detail how higher temperatures can break down these dendrites — and possibly extend battery lifetimes.