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Policy Brief · Mediterranean Geopolitics

Tunisia
A Marginalized
Solar Giant

More than 3,000 hours of sunshine a year, a pivotal position between Algeria and Italy, and yet a strategic absence at the very moment when the Mediterranean is once again becoming the world's energy crossroads. Anatomy of a paradox.

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The energy question as a question of power

Tunisia's energy transition is generally approached as a technical matter. The debates revolve around renewable energy, electricity feed-in tariffs, the financial difficulties of STEG, or the ways in which photovoltaic projects are financed. This reading has become insufficient. In the current context of global geopolitical realignment, energy is no longer merely one economic sector among others: it is once again becoming an instrument of power, a factor of sovereignty, and a structuring element of regional hierarchies.

In this respect, the true Tunisian paradox does not lie in the fact that a country enjoying more than 3,000 hours of sunshine a year remains heavily dependent on imported natural gas. Many states possess abundant renewable resources while remaining energy importers. The paradox lies elsewhere: at the very moment when the Mediterranean is regaining major energy centrality, Tunisia appears more as a territory crossed by energy flows than as an actor capable of directing or controlling them.

0Hours of sunshine / year
0National energy deficit
0Electricity produced from gas
0kWh/m²/year in the south
I

An energy realignment without Tunisia

The war in Ukraine, and then the mounting tensions in the Middle East, have profoundly altered regional energy balances. Europe is now seeking to reduce its dependence on Russian supplies, to diversify its sources of imports, and to accelerate its decarbonisation.

In this context, the countries of the southern Mediterranean occupy a new strategic position. Algeria has once again become an indispensable energy supplier. Morocco aspires to become a major exporter of green electricity and hydrogen. Egypt is consolidating its role as a regional gas hub. Italy seeks to position itself as the principal energy platform linking Africa and Europe.

Tunisia, though located at the heart of this space, appears largely absent from this realignment. This marginalisation is not the result of geographic fate. It is the product of political choices, institutional delays and, more deeply, of an inability to conceive of energy as a lever of national power.

"The true Tunisian paradox lies in the fact that, at the very moment when the Mediterranean is regaining major energy centrality, Tunisia appears more as a territory crossed by energy flows than as an actor capable of directing them."
Visualisation 01
Five rays, five obstacles — the energy that never arrives
A graphic anatomy of the blockages: between the sun and Tunisian soil, five successive filters absorb or divert the potential value. Each obstacle corresponds to a structural bottleneck described in the analysis.
100% — raw solar potential ↓
−22
Gas dependence
90% of electricity produced from gas
−22%
−14
Algerian asymmetry
Imports via Hassi R'Mel
−14%
−12
Mediterranean marginalisation
No hub, no storage, no trading
−12%
−18
Captive value chains
No cells, no modules, no local storage
−18%
−15
Crisis of the strategic state
Delayed, fragmented decisions
−15%
≈ 13% share actually captured by Tunisia
Synthesis diagram — compiled from ONEM data, IRENA Renewables Readiness Assessment: Tunisia (2021) and the World Bank, TEREG (2025).
II

From transit rent to energy dependence

Tunisia's energy history is marked by a fundamental ambiguity. For several decades, Tunisia benefited from its geographic position between Algeria and Italy thanks to the Transmed pipeline, which links the Algerian fields of Hassi R'Mel to the European market. This infrastructure was long presented as a major strategic asset for the country.

This perception nonetheless deserves qualification. Transmed has primarily structured the energy relationship between Algiers and Rome. Tunisia did derive real benefits from it, in the form of royalties and gas deliveries, but it never truly transformed this transit position into an instrument of autonomous power. The gas that crosses its territory has contributed more to reinforcing the energy interdependence between Algeria and Europe than to consolidating Tunisia's place within the Mediterranean space.

For a long time, this situation nonetheless helped to mask the growing fragilities of the national energy system. The revenues associated with transit and the national resources still available sustained the illusion of relative energy security. That period, however, is now over.

Primary energy production has fallen from around 8.3 million tonnes of oil equivalent in the early 2010s to less than 3.5 million today. Over the same period, national consumption has continued to rise under the effect of population growth, urbanisation and increasing industrial demand. According to the National Observatory of Energy and Mines, the energy deficit now exceeds 65% of national needs1.

This evolution reflects a major strategic shift. Tunisia is no longer a producing country benefiting from a transit rent. It has become an importing country dependent on the energy corridor it hosts on its own territory.

The distinction is essential. It profoundly alters regional balances of power. What once constituted a source of energy security is now tending to become a factor of vulnerability.

Visualisation 02
The reversal — a century of energy in fifteen years
Streamgraph of Tunisia's energy balance, 2000–2025. Above the line, what Tunisia produces; below it, what it imports. The symmetry reverses around 2018.
▲ National primary production (Mtoe)
2010 · 8.3
peak of production
8.3
2025 · 3.4
after collapse
3.4
▼ Net imports (Mtoe)
2010 · 1.5
limited dependence
1.5
2025 · 6.3
systemic dependence
6.3
Tipping point
2018 the year the curves cross:
Tunisia becomes a net importer
Source: National Observatory of Energy and Mines (ONEM), Energy Situation Report 2025; World Bank, TEREG (2025).
III

A growing dependence on Algeria

Tunisia's energy dependence is today largely structured by its relationship with Algeria. More than 90% of the electricity produced in the country relies on natural gas. A significant share of this gas is imported directly or indirectly from its Algerian neighbour2.

This dependence is often presented as natural given the geographic proximity of the two countries and their historical ties. Yet it creates a growing strategic asymmetry. Algeria has several export options: it sells its gas to Europe via Transmed, is developing its liquefied natural gas capacity, and is seeking to diversify its energy partnerships. Tunisia, by contrast, has no credible alternative in the short term. National resources continue to decline, while substitution capacities remain limited.

This situation exposes the country directly to developments in international markets. Algerian gas contracts are generally indexed to oil prices, with periodic revision mechanisms. A lasting rise in oil therefore translates mechanically into an increase in energy supply costs. The tensions observed around the Strait of Hormuz, or disruptions in world markets, can thus produce significant effects on Tunisian public finances, even when physical supplies remain secured.

Energy dependence then becomes a systemic dependence. It affects not only electricity generation, but also agriculture, transport, industry and the budgetary balance of the state.

Visualisation 03
Topology of an asymmetry
A dependence map within the trans-Mediterranean gas system. The thickness of the arcs represents the volume of flows; the position of the nodes reflects their strategic centrality, measured by the number of alternative export or import options available to each.
Strategic export / import options
5
Algeria
Transmed, Medgaz, LNG, diversification…
5 options
6
Italy
gas hub towards Europe
6 options
4
Egypt
Idku LNG, regional market
4 options
3
Morocco
Spain interconnection, green projects
3 options
1
Tunisia
90% dependence · no credible alternative
1 option
Sources: ENI, Transmed Pipeline Overview; Snam, Mediterranean Gas Corridors; IEA, Country Profiles 2024.
IV

The energy Mediterranean reshapes itself without Tunisia

This dependence comes at a moment when the Mediterranean space is undergoing a profound transformation. Since 2022, Europe has been seeking to rebuild its energy architecture around new corridors and new partnerships.

In this reconfiguration, Italy occupies a central place. Rome aspires to become the principal European energy hub, drawing on its interconnections with North Africa and the eastern Mediterranean. Algeria has once again become a major strategic partner in this perspective. Energy relations between Algiers and Rome have strengthened considerably in recent years.

Morocco is pursuing a different but equally ambitious strategy. The kingdom identified the energy transition very early on as a tool of economic and diplomatic projection. The creation of MASEN, the development of the Noor complex and the massive investments in green hydrogen reflect a long-term vision articulating energy, industry and foreign policy3. Egypt follows a comparable logic, combining gas extraction, regional infrastructure and the development of renewables.

Faced with these trajectories, Tunisia appears singularly absent. It controls no major energy flow. It has not developed significant storage capacity. It has no genuine regional energy market. It has not built the institutional apparatus needed to steer an ambitious energy strategy. Its geographic position remains exceptional. Yet it has not been transformed into a lever of power.

Visualisation 04
The energy flows of the Mediterranean
Volume of South→North energy exports in 2024 (gas equivalent, Gm³). Each bar represents a southern exporting country. Tunisia appears as a thin trickle beside the Algerian and Egyptian rivers.
South → North exports 2024 (Gm³ gas eq.)
Algeria
37.0
Egypt
17.0
Morocco
10.0
Libya
6.0
Tunisia
< 3% of South→North flows · a thin trickle
2.1
Sources: Eurostat / ENTSOG, gas flows 2024; ENTSO-E, interconnection capacities; MedReg, Mediterranean Energy Outlook 2024.
V

The trap of solar without strategy

Faced with the gradual exhaustion of national fossil resources, solar power often appears as a strategic self-evidence for Tunisia. The figures seem to argue in its favour.

According to the Global Solar Atlas developed by Solargis for the World Bank Group, annual solar irradiation exceeds 2,200 kWh/m² in several regions of the south of the country, placing it among the highest levels in the Mediterranean basin. Certain areas of Tataouine, Kébili or Tozeur enjoy a potential greater than that of most European regions which have nonetheless built world-class photovoltaic industries1.

Yet the existence of a resource does not guarantee its transformation into economic or geopolitical power. The history of development abounds with examples of countries richly endowed with natural resources that never managed to convert them into industrial capacity or strategic influence. Tunisia's solar potential today risks running up against this same difficulty.

Mastering the value chains

The national debate tends too often to reduce the energy transition to a question of installed capacity. How many megawatts should be built? How much foreign investment should be attracted? What volume of electricity should be injected into the grid? These questions are important, but they remain secondary. The real question concerns the mastery of the value chains that accompany this transition.

Tunisia manufactures neither photovoltaic cells, nor modules at scale, nor storage equipment. Nor does it possess an industry capable of producing the strategic components required for the energy transition. The projects currently under development rely essentially on imported technologies, international financing and foreign operators. Under these conditions, the increase in renewable electricity generation does not translate automatically into an industrial ascent.

This situation contrasts sharply with the trajectories observed among certain neighbours. Morocco has used large renewable projects as a lever for industrial structuring, skills formation and the development of a fabric of specialised firms. Egypt has integrated its energy strategy into a broader vision of industrial and logistical development. Tunisia, by contrast, remains largely confined within a logic of electricity generation.

"A country does not become an energy power because it produces a great deal of renewable electricity. It becomes one when it controls a significant share of the technologies, the infrastructure, the skills and the revenues associated with that production."

The challenge, then, is not merely to produce more solar energy. It consists in determining who will finance the infrastructure, who will master the technologies, who will train the engineers, who will control the grids and who will capture the value created. Without an answer to these questions, the energy transition risks reducing dependence on hydrocarbons without thereby strengthening the country's strategic autonomy.

Visualisation 05
The value chain — where Tunisia stops
Breakdown of one megawatt of photovoltaic capacity installed in Tunisia: who captures each link in the chain (research, silicon, cells, modules, inverters, engineering, civil works, maintenance). A barycentric reading of industrial sovereignty.
Share captured by Tunisia, link by link
R&D / patents
0%
Silicon · cells · inverters
0%
Modules
1%
EPC engineering
8%
Operation & maintenance
38%
Civil works
62%
≈ 13% total value share captured by Tunisia
— concentrated in the downstream links
Sources: IRENA, Solar PV Value Chain 2024; estimate based on the ARP conventions 01/2026–05/2026 and EBRD/MIGA reports.
VI

The risk of a green energy periphery

This question is particularly visible in the debates surrounding green hydrogen. For several years, the European Union has regarded North Africa as one of the most promising spaces for the future supply of the decarbonised molecules required for the transformation of its industry.

From the European standpoint, this strategy is rational. The countries of the southern Mediterranean enjoy abundant sunshine, available space and geographic proximity to European markets. Producing green hydrogen in Tunisia or Morocco may appear more competitive than doing so in northern Europe.

This logic, however, raises an essential question for the producing countries: what place will actually be reserved for them in this new energy economy? The risk is that of the emergence of a new international division of energy labour, in which the European countries would retain mastery of the technologies, the financing, the innovation and the markets, while the countries of the south would essentially supply the natural resources required for the transition.

Such a configuration would not be fundamentally different from the economic relations that have long characterised exchanges between the two shores of the Mediterranean. The sun would replace hydrocarbons or agricultural raw materials as the exported resource, but the general structure of dependence would remain unchanged.

For Tunisia, the danger is real. The green hydrogen projects currently under consideration represent considerable amounts of investment. They mobilise the interest of major international groups and fit within European decarbonisation strategies. Yet the question of national spillovers remains largely open.

How many skilled jobs will be created? What share of the value chain will remain in Tunisia? What skills will be transferred? What knock-on effects will be produced on the local industrial fabric? These questions are rarely at the centre of the debates. Yet they will largely determine whether or not Tunisia's energy transition is sovereign.

Historical experience shows that infrastructure does not automatically produce development. Pipelines, ports, industrial zones or mines only become engines of economic transformation when they are embedded in a coherent national strategy. Without this, they may on the contrary reinforce existing forms of dependence. Tunisia's true challenge is therefore not merely to integrate the global energy transition: it consists in avoiding occupying a peripheral position within it.

Visualisation 06
The orbits of the sun — the new green hierarchy
Orbital map of the southern Mediterranean countries around the European energy market. The distance from the centre measures the degree of value-added capture (technological mastery + capital + diplomatic influence). The more external an orbit, the closer the country moves to the status of a mere resource supplier.
Value capture around the European market
Core
Germany · France
decision-makers · technology & capital
≈ 90%
Partner
Italy · Spain
gas hubs & interconnections
70%
Producer
Morocco · Egypt · Algeria
MASEN, Benban, gas rent
35–42%
Periphery
Tunisia
mere resource supplier
13%
The more distant the orbit, the less the country masters technology, capital and the market.
Sources: composite indicator built from IRENA, World Energy Transitions Outlook 2024; European Commission, REPowerEU Plan; Hydrogen Council, Global Hydrogen Flows 2024.
VII

The crisis of the strategic state

These difficulties ultimately point to a deeper problem. Tunisia's energy vulnerability is not solely the product of a lack of resources or of financial constraints. It is also the reflection of a gradual weakening of the state's strategic capacity.

For more than a decade, Tunisia seems to have lost part of its capacity to think in the long term. Successive governments have been mobilised primarily by the management of budgetary emergencies, political crises and social tensions. Structuring choices have been continually postponed.

The energy sector illustrates this dynamic perfectly. The first signals of the depletion of the historic fields had nonetheless been identified long ago. The growing dependence on imported gas was known. The need for diversification had been documented by numerous national and international reports. Yet strategic decisions have often been delayed or fragmented2.

This situation contrasts with the trajectories observed elsewhere in the region. Morocco created, as early as 2010, a specialised agency tasked with steering the energy transition. Egypt embedded its energy projects within a long-term regional strategy. Even Algeria, despite the limits of its rentier model, has retained a planning capacity that allows it to negotiate directly with the principal European powers.

Tunisia, by contrast, seems to have gradually lost control of its own energy calendar. Reforms advance under the pressure of deficits, international lenders or supply emergencies, rather than from an explicitly formulated national vision.

This crisis of the strategic state also appears in the management of transit infrastructure. Transmed has crossed Tunisian territory for more than forty years. Yet the country still possesses no significant gas storage capacity, no regional gas market, and no trading activities capable of valorising this geographic position3.

The same observation holds for renewables. The potential exists. The resources are abundant. The investors are present. But the institutions capable of articulating energy, industry, innovation, training and economic diplomacy remain insufficiently developed.

The central question then becomes political. Will Tunisia's energy transition merely be an adaptation to transformations decided elsewhere, or will it become a national project of economic transformation? The answer depends less on technology than on the state's ability to recover a strategic function.

Visualisation 07
The institutional lag — four trajectories of the strategic state
Comparative timeline of structuring decisions (framework law, dedicated agency, first projects, installed capacity, hydrogen strategy). Each column reads from top to bottom; the Tunisian lag appears in the comparison of starting dates.
Morocco6 milestones
  • 2009Law 13-09 Framework law
  • 2010Creation of MASEN Institution
  • 2013Noor I launched Project
  • 2016Noor commissioned Project
  • 2020Hydrogen strategy Strategy
  • 2024More than 4 GW installed Capacity
Regional pioneer · 15 years ahead
Egypt6 milestones
  • 2014Law 203/2014 Framework law
  • 2015Feed-in tariff Institution
  • 2017Benban — construction Project
  • 2019Benban 1.5 GW Project
  • 2022H₂ strategy Strategy
  • 2024More than 3 GW installed Capacity
Rapid catch-up · regional strategy
Jordan5 milestones
  • 2012Law 13/2012 Framework law
  • 2014Round 1 of auctions Institution
  • 2016Round 2 (−50% in price) Project
  • 20181 GW reached Capacity
  • 20232 GW + storage Capacity
Competitive auction model
Tunisia6 milestones
  • 2015Law 2015-12 Framework law
  • 2017Implementing decree Institution
  • 2019Round 1 (aborted) Project
  • 2023Borj Bourguiba Project
  • 2025TEREG / 5 conventions Strategy
  • 2026≈ 300 MW only Capacity
Late start · fragmented milestones
Morocco Egypt Jordan Tunisia ✕ aborted milestone
Sources: IRENA, Country Profiles MENA; African Development Bank; national laws (Morocco 13-09; Tunisia 2015-12; Egypt 203/2014; Jordan 13/2012).

Conclusion — sovereignty is not autarky

The Tunisian energy debate is often held prisoner by an artificial opposition between openness and sovereignty. On one side, some consider that attracting foreign investment is the only possible solution to the energy crisis. On the other, sovereigntist discourses regularly denounce the concessions granted to international operators and the dependencies that flow from them. This opposition is misleading.

Energy sovereignty does not mean energy autarky. No country, including among the great powers, is entirely autonomous in the energy domain. Interdependencies have become a structural feature of the world economy. True sovereignty lies in the capacity to organise these interdependencies rather than to submit to them.

"True sovereignty lies in the capacity to organise interdependencies rather than to submit to them."

In this respect, the essential question for Tunisia is not how to cut itself off from international markets or foreign partners. It consists in determining under what conditions these relationships can strengthen rather than weaken its capacity for action.

The current dependence on Algerian gas, the accumulated lag in renewables and the gradual marginalisation within Mediterranean geopolitics all reveal the same reality: the absence of a national energy doctrine articulating energy security, industrial policy, economic diplomacy and ecological transition.

And yet the Mediterranean is today entering a new historical phase. Energy infrastructure, electricity interconnections, hydrogen corridors and decarbonisation technologies are redrawing regional hierarchies. The countries that succeed in articulating these transformations with a strategic vision will strengthen their autonomy and their influence. The others risk becoming mere spaces of transit or of production, serving strategies conceived elsewhere.

Tunisia still possesses considerable assets: an exceptional geographic position, a solar potential among the highest in the region, proximity to European markets and a long tradition of technical expertise. But these resources will produce no automatic advantage. The true challenge is therefore not energy-related. It is strategic. It consists in rebuilding a state capable of thinking in the long term, of coordinating public policies and of defining a place for Tunisia in the post-carbon Mediterranean that is now emerging.

Notes

  1. World Bank & Solargis, Global Solar Atlas – Tunisia Country Profile; IRENA, Renewables Readiness Assessment: The Republic of Tunisia, 2021.
  2. National Observatory of Energy and Mines (ONEM), Energy Situation Report 2025; World Bank, Tunisia Energy Reform and Green Growth Program (TEREG), 2025.
  3. ENI, Transmed Pipeline Overview; Snam, Mediterranean Gas Corridors; Global Energy Monitor, GALSI Pipeline Project Profile.