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Smart Environment

Solar energy potential map, Helsinki

Helsinki metropolitan area published an open data portal showing the solar potential of the area's building on an interactive 3D map.

The data contains the photovoltaic production potential calculated per building, provided that the entire area suitable for solar panels is covered with solar panels. When calculating the annual electricity production potential, it was assumed that the efficiency of the solar panels is 15% and that they have been installed parallel to the roof on flat roofs as well.

Espoo smart city

In 2020, Espoo signed a global commitment on circular economy and stated co-operating in all divisions of the city as well as more than 40 partner and companies. There are also circular and sharing economy experiments for citizens, such as neighbourhood marketplaces and tool shares. However, the partnerships also look above and beyond the city borders: the innovations created in Espoo could spread across the globe.

Energy storage for solar parks

Located in the heart of the sunny Mojave Desert, just 30 minutes from Las Vegas in Clark County, Nevada, on BLM-managed federal land, Primergy is building Gemini, a solar farm capable of generating 690 MW of AC power and a battery energy storage facility capable of 380 MW. The project will be carefully sited and will produce enough reliable, clean energy to power 400,000 homes during peak periods.

Biogas powered buses in Stockholm

Ten years ago, the Stockholm region set an ambitious target to run all land public transport on 100% fossil fuel-free fuel by 2025, but buses powered by ethanol and RME (rapeseed methyl ester) contain some percentage of fossil ingredients, therefore, the total number of buses will not be 100% fossil fuel free, as fossil components are needed to start the engine or enter the production process. However, buses that run on electricity, biogas or HVO (hydrogenated vegetable oil) will use 100% fossil fuel-free raw materials.

Autonomous Rail Rapid Transit (ART) - track and wireless tram

The China Railway Research and Development Corporation (CRRC) has introduced the autonomous guided, track- and wireless tram, a major advance in the design and technology known as Autonomous Rapid Transit (ART), a LiDAR-guided articulated bus system for urban passenger transport. It was developed by CRRC Zhuzhou Institute Co Ltd and was unveiled in 2017 in Zhuzhou, Huan Province. The product was described as a cross between a bus and a tram, commonly referred to as a "tram  without tracks".