Observing the renewable energy transition from a European perspective

Archive for the category “positive examples”

TenneT & Gasunie Infrastructure Outlook 2050 Animation

Kisielice-Poland Independent From Grid

Over the past few years Kisielice (or Freystadt as it was known in former West-Prussia) has undertaken determined steps to become independent from the national electricity grid. And succeeded. Most electricity comes from 52 wind turbines, total capacity 94,5MW. Furthermore a central heating network was built around a 6 MW biomass boiler plant, fueled by locally harvested straw. Kisielice is still an early bird in Poland, which still uses coal for 90% of its electricity generation, but as the saying goes: “once one, come all“”.


Energy Neutral Home

Dutch language video about how an existing normal home can be turned into an energy neutral home. It’s not difficult and can be done in twelve days.

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Varese Ligure 100% Renewable

Varese Ligure is located in northern Italy and has 2400 inhabitants and produces more electricity from renewable sources than it consumes. The number of tourists increased six fold as a result. Varese Ligure has four wind turbines. Several buildings have solar panels and to top it off: 108 organic farms supply 98 percent of the town’s food.


Freiamt 100% Energy Autarkic

Freiamt is a community of 4200 people, located in the Black Forest in SW-Germany. Taking advantage of the feed-in tariff system, Freiamt currently produces more electricity (15.4 GWh) than it strictly needs (12 GWh). Breakdown (2009):
Wind – 11 GWh
Biogas – 2.6 GWh
Photovoltaics – 1.3 GWh
Hydropower – 0.5 GWh

[] – data sheet

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Samsø 100% Powered by the Wind

Samsø is an island of four thousand inhabitants situated in central Denmark and 100% electricity self sufficient and 75% of its heat comes from solar power and biomass energy. Samsø achieved that in less than ten years.


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Güssing, Austria – Fossil Fuel Free


Güssing, 100 miles south of Vienna, population 4000. In 1988 the annual fossil fuel bill amounted to $8.1 million. The community wanted to keep that money in town and started to look for ways to save energy and replace it with local sources. Answer: biomass, fueling a district heating system and in 1996 covered the entire town and generated electricity as well, all based on an area with 5 km radius. The city’s power plant produces on average 2 megawatts of electricity and 4.5 megawatts of heat, more than enough energy for the town’s needs, while only consuming one-third of the biomass that grows every year. In 2007 the NYT reported about the town, now they have a research institute focusing on ‘thermal and biological gasification and production of second-generation fuels’. Additionally 850 MW worth of solar panels are produced in Güssing, as well as several other photovoltaic and solar thermal companies. The town meanwhile earns $17 million per year due to locally produced renewable energy sales.

[google maps]

Wilpoldsried Makes Millions From Renewables

Wildpoldsried, Überblick[source]
Wilpoldsried, Bavaria in Germany has 2600 inhabitants and makes 4 million euro per year (1500 euro per person) from clean energy. The village produces 320% more energy than it can consume and there is not even that much wind in Bavaria. The decision for change was taken in 1997 and in 14 years time the achievements are:

  • 9 buildings with solar panels
  • 3 small hydro power stations
  • 4 biogas installations (5 soon)
  • 7 windturbines (9 soon)
  • 190 households have solar installations on the roof

    Wilpoldsried is a perfect example of how energy problems should be tackled. We are no fans of Karl Marx here and we would have preferred if he had become a rabbi, like his father, nevertheless to paraphrase him: mayors of the world, unite!. The blueprint for the future of your village can be found in Wilpoldsried. All you need to do is find a plan, consensus between the inhabitants and a financier. Meanwhile prices for solar have come down considerably, so there is no reason why it should take 14 years for your village to achieve 320% overproduction, let alone 100% coverage. If you can get the finance, do it, as it will pay for itself.

    [] – 8 pictures

    Zoom in from space to see the solar panels on the roofs.

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