Samsoe's green transition
From utopia to common sense
We are communicating our experiences today based on 20 years of community transition based on renewable energy and human daring.
We describe this is three phases using three headlines, based on a timeline from 1997 to 2050:
- Island 1.0 – Utopia is possible – 1997-2017
- Island 2.0 – This IS difficult – 2007-2030
- Island 3.0 – Common sense – 2011-2050
Today, Samsø Energy Academy’s ambition is to provide a broader sustainable perspective based on the United Nation’s 17 Sustainable Development Goals.
Our ambition and intention at the Energy Academy is to lead the way, with Samsø as a practical example of sustainable transition. The location and size of the island, with its 3,700 year round residents, is not a limitation. Instead, Samsø provides clarity that furthers the understanding of common sense, so sustainable transition can be used and applied regionally, nationally and internationally.
Below, you can read more about our experience as well as our plans for the future.
UTOPIA IS POSSIBLE
Wind, solar and biomass were crucial
In just ten years, the Island of Samsø has shown how local communities are the way forward. Samsø has collectively invested in sustainable energy systems, which today are partially owned by the residents of Samsø. With an investment of 468 million kr. (US$73 million), we are 100% self-sufficient in renewable energy, and have a negative CO2 footprint of minus 3.5 tons per resident.
THIS IS DIFFICULT
Free from oil, gasoline and diesel by 2030
Samsø’s current goal is to phase out fossil fuels by 2030.
This involves careful planning, arranging themed meetings, upgrading existing wind turbines, replacing oil furnaces with heat pumps, and advising residents and businesses about reducing their use of electricity and heat.
Over the past 20 years, Samsø Energy Academy has become a gathering place for knowledge about solutions that are prerequisites for making progress.
“From best to next” is a saying that is used in conjunction with the local catalog of developmental initiatives that are anchored in existing resources and potential technical solutions.
Read articles about Samsoe's green transition
An overview of the largest renewable energy plants on Samsø. Click on an icon for more information. Solar heat and wood chips in Nordby/Mårup – unique district heating plant, based on solar collectors and wood chips The island’s first district heating plant is still the biggest – Tranebjerg’s district heating
Objective 6: To seize opportunities as they arise It is often the case that we do not spot the opportunities to coordinate ideas and thoughts – and listen to the opportunities – such as the opportunities to jointly ensure sustainable solutions, which include several of the cultural and natural resources
Objective 5: To work for substantial savings on the electricity consumption This means partly that the electricity use for heating in the homes of the island will not rise throughout the period until 2030 compared to consumption in 2009. The increased use of electricity for heat pumps is estimated to
Objective 4: To focus on significant heating savings This means partly that within the first 10 years, 2020, the energy consumption for heating of our homes will be reduced by 30%. For industry, the energy consumption for heating will be reduced by 5% in 2020. The longer term objective is
Objective 3: That fuel for transport on Samso and to/from the island will be based on renewable energy
Objective 3: That fuel for transport on Samso and to/from the island will be based on renewable energy This means that 50% of the local fleet of cars in 2020 will be electric cars – and that in the same year 40-50% of the local commercial transport i.e. transport carried
Objective 2: That the decentralized and flexible energy system for renewable energy production are maintained and further developed
Objective 2: That the decentralized and flexible energy system for renewable energy production are maintained and further developed This means partly that existing land- and offshore wind turbines will be replaced stepwise with new and more efficient turbines. An overall strategy for this development towards 2030 is scheduled to be