The Problem
Greek households pay some of the highest energy costs in Europe. Community ownership of energy generation is virtually nonexistent. The transition to renewables is dominated by large corporate interests. Meanwhile Evros hosts the Alexandroupolis LNG terminal, a facility of European strategic significance supplying nine countries, yet the host community sees no proportionate benefit.
Solar went from 66 dollars per watt to 66 cents. The sun and the wind send no bill. Yet Greece’s energy economy remains centralised, extractive and expensive for ordinary households.
The conventional assumption is that resources like energy must be managed either by the state or by the market. Elinor Ostrom spent her career proving that assumption wrong.
The Evidence
Elinor Ostrom: Governing the Commons
Elinor Ostrom won the Nobel Prize in Economics in 2009 for demonstrating, through decades of empirical research, that communities can and do govern shared resources effectively without either state control or privatisation.
Her central finding, documented in “Governing the Commons” (1990), destroyed the dominant assumption in economics known as the tragedy of the commons: the idea that shared resources are inevitably overexploited because individuals act in self interest. Ostrom studied hundreds of real world cases across continents, from irrigation systems in Spain and the Philippines to fishing communities in Maine and forests in Nepal, and found that communities routinely develop sophisticated, effective governance systems for managing shared resources. Not always. Not automatically. But reliably, when certain conditions are met.
Ostrom identified eight design principles for successful commons governance:
- Clearly defined boundaries. The community and the resource must be clearly identified. Who belongs and what is being managed must be explicit.
- Rules matched to local conditions. Governance rules must be adapted to the specific resource and community, not imposed from outside.
- Collective choice arrangements. The people affected by the rules must participate in making and modifying them.
- Monitoring. There must be effective monitoring of the resource and of compliance, carried out by the community itself or by people accountable to it.
- Graduated sanctions. Violations are met with proportionate responses, not extreme punishment.
- Conflict resolution mechanisms. Disputes are resolved quickly and locally.
- Recognition of rights to organise. External authorities respect the community’s right to govern its own resource.
- Nested enterprises. For larger systems, governance is organised in multiple layers, with local autonomy preserved at each level.
This is not theory. It is empirical observation of what actually works. And it maps directly onto community energy cooperatives.
Why Ostrom Matters for Energy
The conventional energy model is a textbook case of what Ostrom argued against. A centralised authority (the state or a private monopoly) controls the resource. Users are passive consumers. Decisions about price, investment and distribution are made remotely. The community that hosts the infrastructure bears the costs without controlling the benefits.
Ostrom’s research proves there is an alternative. Communities can own, manage and benefit from their own energy resources. The conditions for success are known. The design principles are documented. The evidence base spans decades and continents.
Danish wind cooperatives are Ostrom’s principles in action. Clearly defined community boundaries. Rules adapted to local conditions. Collective decision making by the people who own the turbines. Monitoring by the community. Revenue shared among members. Conflicts resolved locally. External authorities respecting the cooperative’s autonomy. This is not coincidence. It is the natural governance structure that emerges when communities manage their own energy, and it matches what Ostrom predicted from her research.
The Energy Evidence
Denmark built community owned wind cooperatives starting in the 1980s. Today thousands of cooperatives generate clean energy, reduce household costs and keep revenue circulating locally. Danish citizens own a significant share of national wind capacity through cooperative structures. About 20,000 people have shares in wind that bring them six to seven percent return. Better than the bank.
Germany’s Energiewende demonstrated that decentralised generation outperforms centralised models on resilience, cost and democratic accountability. The wholesale electricity is increasingly generated by small players and democratically run cooperatives. The four great power companies produce less than seven percent of the new electricity. They are giants whose economy of scale is vertical. But the new energy is everywhere. Small players take small amounts, store it and share. When millions of small producers combine solar, wind, geothermal and biomass, it outperforms nuclear power plants.
Iceland achieved 100% renewable electricity through geothermal and hydro, demonstrating that national energy independence is achievable when political will exists. Reykjavik reduced emissions by more than 40 percent since 1995.
Copenhagen halved household energy bills through a combination of building insulation programmes and district heating networks, proving that demand reduction is as powerful as supply transformation. A 100 square metre apartment in central Copenhagen costs 60 to 65 euros per month to heat.
Rifkin’s research on the Third Industrial Revolution documents how distributed energy generation, combined with digital infrastructure, creates economic multiplier effects that centralised systems cannot match. The fossil and nuclear industries are offside when anyone can produce their own energy at almost zero marginal cost.
The Deeper Argument
The Alexandroupolis LNG terminal is the perfect case study for what Ostrom was arguing against. A shared resource of European significance, managed by centralised authorities and corporate interests. The host community bears the costs and risks. The benefits flow elsewhere. The community has no governance role, no revenue share, no say.
Ostrom would ask: why? The resource is located here. The community lives here. The impact falls here. Under what theory of governance does it make sense to exclude the host community from decision making and benefit sharing?
The answer is that it makes sense under the theory that resources must be managed by states or markets. Ostrom proved that theory wrong. Communities can govern their own resources. They often do it better than states or markets, because they have the local knowledge, the direct stake and the long term commitment that remote authorities lack.
AURIO’s energy policy applies Ostrom’s design principles directly. Community energy cooperatives with clearly defined boundaries. Rules adapted to local conditions. Collective decision making by the people who own the resource. Monitoring and accountability to the community. Revenue that stays local. And for the LNG terminal: formal recognition of the host community’s right to benefit from the resource it hosts.
References
- Ostrom, E. “Governing the Commons: The Evolution of Institutions for Collective Action” (1990)
- Ostrom, E. “Understanding Institutional Diversity” (2005)
- Ostrom, E. Nobel Prize lecture, “Beyond Markets and States: Polycentric Governance of Complex Economic Systems” (2009)
- Rifkin, J. “The Third Industrial Revolution” (2011)
- Danish Energy Agency data on community wind cooperatives
- Sahlberg, P. and Oldham, J. on Danish cooperative models