PeafowlGlass: Smart glass with embedded sensors The most energy intensive system of a commercial building tends to be HVAC – heating ventilation and air conditioning – which account for over 50% of the energy use. In smart buildings, using optimized regulation, this...
Plasmonic nanoparticles get their color depending on the shape and size of the particles. Photo: Alex Giacomini In the midst of crisis, innovation is thriving. When entire communities of business and research pull together to deal with a single issue, amazing things...
In the midst of recent turbulent events, our team keeps growing both inside and outside the lab – and we are happy to welcome Per Edström as our new CEO. Per is a serial entrepreneur who brings over 30 years of experience in developing innovative early stage companies...
We are happy to have been granted another 0.9 M SEK from the Swedish Innovation Agency Vinnova to further test and develop our business model during the upcoming year. Cristina Paun, co-founder of Peafowl Solar Power and coordinator of the project (pictured), looks...
We are proud to announce that we have been granted 3.4 MSEK from the Energy Agency for further development of the Ag plasmonic solar cell technology together with Uppsala university. – This is a great addition to our research capacity at this stage, says Jacinto...
Window glass with dynamic shading, often called smart windows, can regulate their transparency to improve the indoor environment and reduce energy waste. When the building needs heating, sunlight is allowed to flood into the building; when the building needs cooling,...
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