Eco-friendly Home of the Future

Fitted out with a photo voltaic (solar panel) roof system and high-tech wall panels, the Solcer house collects and stores thermal and electrical energy

Fitted out with a photo voltaic (solar panel) roof system and high-tech wall panels, the Solcer house collects and stores thermal and electrical energy

Introducing the house of the future – which generates more energy than it consumes. The walls of The Solcer house, which was designed and constructed by the Welsh School of Architecture, collect and store thermal and electrical energy. Located at Stormy Down, near Bridgend, the building also has a photo voltaic (solar panel) roof system and has been funded through the Low Carbon Research Institute (LCRI) programme funded by Wales European Funding Office (WEFO).

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More (Offshore) Power to You, Germany

Germany is set to overtake the UK as the biggest installer of offshore wind globally, Denmark comes behind the UK by capacity, followed by Belgium and China PHOTO: Reuters/Fabian Bimmer

Germany is set to overtake the UK as the biggest installer of offshore wind globally. Denmark comes behind the UK by capacity, followed by Belgium and China. PHOTO: Reuters/Fabian Bimmer

We first discussed wind energy, as a viable resource to power the world’s needs, almost three years ago. Prior to that and in the time hence, Germany has done much about it. The country has chalked out a plan to replace nuclear power plants with offshore wind farms in a bid to use renewable energy round-the-clock. Importantly, the country is sticking to its plan. Above all, it is building on it.

Germany has hugely ambitious green goals. Five years ago it set a goal to produce 18% of its energy from renewables by 2020 (latest figures show it having reached 12.4%). The country also wants to reduce greenhouse gas emissions by 40% by 2020, compared with 1990 levels, and by 80% by 2050. The transformation is knows as the Energiewende—literally “energy turn.”

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