Search with AI
Dollar Index
Brent Crude
Gold (XAU)
S&P 500
USD / CNY
Shanghai Comp.
Saturday, May 23, 2026
DXY
--
GOLD
--
BRENT
--
S&P 500
--
Search with AI
Analysis Note · Tunisia · May 2026

The sun held hostage
sovereignty, solar concessions
and strategic deficit

Anatomy of a parliamentary controversy and an in-depth radiograph of an energy choice. A detailed analysis note on the five photovoltaic concessions of April 2026.

SCROLL ↓

Foreword

In spring 2026, Tunisia experienced, over five photovoltaic concession agreements, a controversy whose emotional intensity was inversely proportional to the economic and social stakes it raises. For several weeks, a strictly industrial parliamentary debate — how to finance 600 megawatts of solar energy in a country where 65% of primary energy is imported — metamorphosed into an indictment of national sovereignty. The texts in question cost the minister who championed them her post. This sequence reveals a political mode of operation in which sovereigntist discourse serves less to protect the national interest than to conceal the complexity of the economic trade-offs and public policies the country should be pursuing.

This note proposes to revisit this sequence in four stages: reconstructing what happened on 28 April 2026; presenting precisely what the adopted texts say; placing these concessions within the Mediterranean energy trajectory; and formulating the reform agendas that will determine the future social value of the energy transition. The stakes extend beyond 1.64 billion dinars of investment. They concern the capacity of the Tunisian State to position itself as a strategic actor in a sector where capital, technology and decarbonisation are structurally transnational. All projects, agreements and debates referenced are available on the official portal of the Assembly of People's Representatives.

0MW granted in April 2026
0Bn TND investment
0of primary energy imported
0votes "in favour" in Parliament
I

The sequence of 28 April 2026 — chronicle of a reversal

At dawn on Tuesday, 28 April 2026, the Presidency of the Republic announced, via a brief communiqué, the termination of functions of Fatma Thabet Chiboub, Minister of Industry, Mines and Energy. A few hours later, the Assembly of People's Representatives opened the longest plenary session of the current legislature.

Nearly eight hours of debate were devoted to five bill projects numbered 01/2026 to 05/2026, filed by the presidency the previous January and bearing approval of five concession agreements for the production of photovoltaic electricity1. The sites in question — El Khobna and Mezzouna in the governorate of Sidi Bouzid, El Ksar and Segdoud in Gafsa, Menzel Habib in Gabès — total an installed capacity of approximately 598 MW for an investment of around 1.64 billion dinars and an expected annual output of approximately 1,500 GWh2. By end of day, the five texts were adopted, with cumulative majorities of approximately 362 votes in favour, 160 against and 44 abstentions across the five ballots.

Zenith Energy

However, fourteen days before the minister's dismissal, on 14 April 2026, an official correspondence addressed by the Tunisian authorities to Zenith Energy — publicly disclosed by the company — acknowledged in writing the investor's ownership of certain oil concessions (notably Robbana and El Bibane) as well as of extracted and stored oil volumesi. This correspondence came as the dispute between Zenith Energy and the Republic of Tunisia before the International Centre for Settlement of Investment Disputes (ICSID, case ARB/23/18) entered its decisive phase: final hearings opened in Washington on 20 April 2026, with financial claims that had grown, since initial filing, to an order of magnitude of approximately 640 million dollarsii.

The legal implications of this written acknowledgement are substantial: by validating the investor's ownership of the disputed assets, the Tunisian State weakened the line of defence it could oppose to the qualification of indirect expropriation. Part of Tunisian economic and legal opinion — notably in the public analyses of Moktar Lamari and the investigative work of the Ba7ath platform — sees this as a possible aggravating factor for the State's financial exposure, with the precise identification of the signatories remaining to be establishediii.

The documented facts are as follows: the correspondence of 14 April; the opening of ICSID hearings on 20 April; the presidential dismissal on 28 April at 4:39 a.m.; the vote on the five photovoltaic agreements on the same day; the departure of the Director General of Electricity and Renewable Energy, Belhassen Chiboub, on 6 May. The causal link between these events has not been officially established.

Visualisation 02
The spiral of a single day
Twenty-four hours, five political acts. Time unspools as a spiral, from morning to the administrative epilogue of 6 May. Each marker specifies the moment and its significance.
14 April 2026
Zenith Energy Correspondence
The Tunisian State acknowledges in writing the investor's ownership of disputed oil concessions (Robbana, El Bibane).
20 April 2026
Opening of ICSID Hearings
Final hearings in Washington — case ARB/23/18. Zenith claims: ~$640 million USD.
28 April · 04:39
Minister dismissed
The presidency announces the termination of Fatma Thabet Chiboub's functions via a brief communiqué.
28 April · 10:00
Plenary session opens
The APR opens the longest session of the legislature. Five bills on the agenda.
28 April · 14:00
Sovereigntist debate
Eight hours of discussion. The word "sovereignty" dominates the debate, not the figures of the energy deficit.
28 April · 18:00
Vote: 362 in favour
The five photovoltaic agreements are adopted. 160 against, 44 abstentions.

6 May 2026
Director General of RenewableEnergy dismissed
Belhassen Chiboub, Director General of Electricity and Renewable Energy, is dismissed. Administrative shockwave.
Sources: APR debate records; Presidency of the Republic communiqués; newswire dispatches.

The logic of the sequence merits reflection: a minister is dismissed for having championed a dossier that the presidency itself had initiated four months earlier and which would be ratified that very evening by the parliamentary majority loyal to the head of state. On 6 May, the Director General of Electricity and Renewable Energy, Belhassen Chiboub, was in turn dismissed. The implementers are replaced; the policy is maintained; the text is adopted; the debate is displaced. This brings us back to the legitimacy register of the Saïed regime but remains contradictory.

His presidency has been built, since his power seizure of July 2021, on an explicitly sovereigntist register opposed to any privatisation of national resources. Yet it was his own administration that filed the five bills instituting twenty-five-year concessions to predominantly foreign operators.

When the backlash emerged, it came from elected representatives claiming the same sovereigntist register — placing the presidency in the unusual position of having to defend, against part of its own rhetorical base, a dossier its supporters were denouncing. The way out took the classic form in authoritarian contexts: the ministerial fuse that blows to prevent political grievances from escalating.

II

Analysis of the draft legislation

The agreements fall within the framework established by Law No. 2015-12 of 11 May 2015 on the production of electricity from renewable energy sources, which distinguishes three modalities: self-generation, the authorisation regime (up to 10 MW for solar) and the concession regime above this threshold4.

The mechanism adopted for the five power plants follows the international Independent Power Producer (IPP) model. A private developer — generally a consortium including international players — finances, builds, operates and maintains the installation for twenty-five years, within the framework of a Power Purchase Agreement that makes the Tunisian Electricity and Gas Company (STEG) the sole purchaser of the electricity produced. At the expiry of the concession, the equipment is either transferred to the State or dismantled, according to the terms specified in each agreement.

Three necessary clarifications

Three points deserve to be established with precision, because they structured the controversy and were massively distorted in public debate.

First, the land does not change hands. The sites remain State domain; they are made available through a temporary occupation agreement whose duration coincides with that of the concession. The precedent of Decree-Law No. 2021-20 of 22 December 2021 approving the Borj Bourguiba agreement, published in full in the Official Gazette, provides the template architecture for these agreements5.

Second, the electricity produced is entirely injected into the national grid. Direct export is not permitted for concession-based power plants backed by the STEG PPA, as confirmed by the Minister of Economy and Planning during the hearing before the National Council of Regions and Districts on 4 May 20266. The domestic destination logic is therefore, contractually, respected for these five projects.

Third, international arbitration does not constitute the primary route for dispute resolution. The agreements stipulate that the applicable law is Tunisian law and that Tunisian courts have first-instance jurisdiction. Recourse to international arbitration only applies subsidiarily, in cases where the international nature of the financing requires it. This architecture is the universal norm for projects backed by lenders such as the EBRD, IFC or MIGA. Refusing this clause would, in practice, mean refusing the concessional financing that makes projects economically viable.

The tariff and its interpretation

The announced production cost per kilowatt-hour lies between 100 and 112 millimes, approximately 0.032 to 0.036 euro/kWh — a figure publicly defended by the Secretary of State for Energy Transition at the same hearing7. This order of magnitude is the decisive criterion for assessing the economic rationality of the contracts. It compares favourably to the marginal cost of the kilowatt-hour produced from imported gas, denominated in foreign currency and subject to international market volatility. It also falls within the global solar Levelized Cost of Electricity range, for which IRENA puts the weighted average at $0.043/kWh in 20248 — slightly above, reflecting Tunisia's sovereign risk premium and the absence of competitive pressure from reverse auctions.

Visualisation 03
The price of light, stratum by stratum
Normalised cost of solar electricity (LCOE), 2024–2025, in USD per MWh. Five market strata: global leaders, MENA neighbourhood, Tunisia 2026, global averages, and imported fossil fuel. The gaps are not silence — they are the measure of the distance.
Stratum IGlobal leaders13–14 $/MWh
UAE · Saudi ArabiaAL DHAFRA · SUDAIR
Stratum IIMENA neighbourhood24–32 $/MWh
Jordan · Egypt · MoroccoBAYNOUNA · BENBAN · NOOR PV II
Stratum IIITunisia 202634 $/MWh announced
Five IPP concessionsEL KHOBNA · MEZZOUNA · EL KSAR · SEGDOUD · MENZEL HABIB
Stratum IVGlobal averages38–61 $/MWh
Spain · IRENA · France · LazardPPA 2024 · WORLD AVERAGE · CRE 2024 · USA
Stratum VFossil reference95 $/MWh
Tunisia — imported gasSTEG MARGINAL COST 2025
0 $25 $50 $75 $100 $110 $
Sources: IRENA, Renewable Power Generation Costs in 2024; Lazard, LCOE+ 2024; national agencies; APR parliamentary reports 01/2026–05/2026.
III

The framing of the debate

The arguments mobilised unfold across four distinct registers whose robustness differs substantially.

The first register is that of the oil analogy. The concessions would be likened to an "energy colonialism" in which a foreign actor would come to extract a national resource — here, the sun. The evocative power of this analogy draws on the memory it reawakens: that of the oil concessions of the 1950s–1970s and the unequal contracts that accompanied them. Its logical solidity, however, is weak. Oil and gas are finite stocks located in a subsoil governed by mining law. The sun is an inexhaustible flow. What is valorised by a photovoltaic power plant is not an extracted resource but an electricity production service injected into the national grid. The distinction is not merely semantic: it determines the applicable legal framework and the nature of the relationship between the State and the investor.

The second register concerns the tax and land advantages granted to concession holders. This criticism is partially valid from a sovereigntist standpoint: Law 2015-12 and its implementing texts grant investors significant exemptions whose calibration deserves rigorous scrutiny. The pertinent question is not, however, whether to grant advantages — all jurisdictions that have successfully launched their solar sector have done so — but how to calibrate them, against what commitments on local content, skills transfer and regional spillovers. On this terrain, the debate never genuinely shifted.

The third register is that of local content. Several trade union voices, notably within the General Federation of Electricity and Gas, lamented that the very design of the tenders mechanically favours international groups with the necessary balance sheet depth — Scatec, AMEA Power, TAQA Power, Qair and others. This criticism is the most solid of the four, and it was paradoxically smothered by the symbolic saturation of the debate. It points to a structural reality: Tunisia has no upstream photovoltaic industry — no cell or module manufacturing at national scale — nor a sufficiently mature EPC ecosystem to handle projects exceeding 100 MW. Domestic benefits are limited to civil engineering, maintenance and a restricted volume of technical jobs. This weakness is real; it will not be resolved by slogans, but it should have shaped the negotiation of contractual clauses.

The fourth register is politico-symbolic. The word sovereignty occupies a central place in Tunisia. It refers to the anti-colonial and anti-imperialist themes of the national liberation struggle and to the denunciation of the IMF structural adjustment programme of 1986.

Yet, in a sense, a state's sovereignty is measured first and foremost by its capacity to finance its public policies, reduce its structural dependencies and negotiate its international contracts under conditions it controls. In this regard, a country like Tunisia — which imports 65% of its primary energy and carries nearly 3 billion euros of annual energy deficit — does not, in practice, possess the levers to make its sovereignty non-negotiable.

"A state's sovereignty is measured first and foremost by its capacity to finance its public policies, reduce its structural dependencies and negotiate its international contracts under conditions it controls."
Visualisation 04
Four registers, four levels of solidity — the gap between echo and analysis
The arguments mobilised against the agreements do not carry equal logical robustness. The polar diagram compares, axis by axis, their emotional intensity in public debate and their actual analytical solidity. The larger the gap between the two curves, the further the controversy drifts from substance.
Emotional intensity Analytical solidity Gap (Δ)
Oil analogy
Vivid memory, weak logic
EMOTION
95%
ANALYSIS
20%
Δ 75% — maximum gap
Tax advantages
A legitimate question
EMOTION
55%
ANALYSIS
65%
Δ 10% — near balance
Local content
The real debate, obscured
EMOTION
40%
ANALYSIS
85%
Δ 45% — under-exploited argument
Symbolic sovereignty
Screen word
EMOTION
95%
ANALYSIS
30%
Δ 65% — strong rhetorical gap
Analysis note; media mapping of April 2026 parliamentary debates.
IV

The economic reality obscured by sovereigntist discourse

The official figures from the Ministry of Energy, reproduced by the World Bank in the TEREG programme, are unambiguous. Primary energy production fell from 8.3 million tonnes of oil equivalent (Mtoe) in 2010 to approximately 3.4 Mtoe in 2025, while consumption stabilised at around 9.7 Mtoe9.

The energy deficit, marginal in the early 2000s, now stands at 65%. More than 90% of Tunisian electricity is still produced from natural gas, a majority share of which is imported, principally via the TransMed pipeline from Algeria10. In 2025, the energy trade deficit reached nearly 11 billion dinars; fuel and electricity subsidies exceeded 7 billion dinars, a figure higher than the combined budgets of several sovereign ministries.

Visualisation 05
The Tunisian energy hourglass
Primary production and consumption, in millions of tonnes of oil equivalent (Mtoe). Fifteen years are enough to invert the equation.
NEAR BALANCE
2010
Energy balance
Production 8.3 Mtoe
Consumption 9.2 Mtoe
Deficit ~10%
65% DEFICIT
2025
Energy balance
Production 3.4 Mtoe
Consumption 9.7 Mtoe
Deficit 65%
Fifteen years · production −59%
Energy trade deficit 2025: ~11 billion TND.
Fuel and electricity subsidies: >7 billion TND, higher than the combined budgets of several sovereign ministries.
Source: National Energy and Mines Observatory (ONEM); International Energy Agency, Tunisia Country Profile.
Visualisation 06
The inverted energy equation
Dual-axis pyramid: on the left, what Tunisia produces domestically; on the right, what it imports. The mass migrates, year after year, from the national domain to the foreign domain.
▶ Domestic prod.
▶ Imports
2010
8.3
1.5
2013
7.0
2.7
2016
5.8
3.8
2019
4.7
5.0
2022
3.9
5.8
2025
3.4
6.3
Source: ONEM, energy balances 2010–2025; IEA.

In this configuration, refusing projects capable of producing 1,500 GWh per year at 100–112 millimes per kWh would mechanically prolong a more costly and more carbon-intensive dependency. The pertinent question is therefore not whether to engage in large-scale solar, but under what modalities, on what conditions and with what safeguards.

The structural fragility of the incumbent operator

Furthermore, STEG accumulates three weaknesses, any one of which would alone invalidate the option of fully public financing for the projects. Its ageing thermal fleet requires costly renewal. Its massive unpaid receivables — notably from public entities such as steel and chemical complexes — have been repeatedly rescheduled. Its debt is partly held by the State itself, creating a circular situation in which the principal debtor is also the supervisory authority. Asking this entity to finance on own funds or sovereign borrowing the equivalent of 1.64 billion dinars for the five projects under discussion alone would exceed the company's balance sheet capacity. The recourse to IPPs is therefore not an ideological pro-market choice: it is a balance sheet constraint recognised by all the lenders accompanying Tunisia's energy transition.

The multilateral financial architecture

Finally, the World Bank approved in November 2025 a $430 million programme dedicated to Tunisia's energy transformation, known as TEREG (Tunisia Energy Reform and Green Growth), explicitly designed to mobilise $2.8 billion in private investment and add 2.8 GW of solar and wind capacity by 202811. MIGA granted $23.5 million in quasi-equity guarantees to AMEA Power for the country's first large private solar plant, in Kairouan12. The EBRD financed the Qair El Khobna plant to the tune of €37 million and is examining a €40 million loan to STEG for a solar-plus-storage project13. This financial architecture is not a technical detail: it conditions the very feasibility of the projects, and it requires the international arbitration clauses that detractors denounce. The two elements form a system; they cannot be dissociated without jeopardising the whole.

Visualisation 07
The invisible architecture of financing
Origin of capital mobilised for Tunisia's energy transition 2024–2028. Flows converge towards IPP concessions and STEG projects; multilateral lenders require the arbitration clauses that the sovereigntist controversy contested.
Sources · Multilateral lenders
World Bank — TEREG
430 M USD
43-year programme · concessional terms. Target: 2.8 GW solar + wind by 2028.
EBRD
€37M + €40M
Qair El Khobna (€37M) · STEG solar + storage El-Medina (€40M).
MIGA
23.5 M USD
Quasi-equity guarantee · AMEA Power, Kairouan solar plant (120 MWp).
private capital
Sources · Private investors
Private investors — 5 IPPs
1,640 M TND
Scatec · AMEA Power · TAQA Power · Qair · others. 25-year financing via STEG PPA.
Private investors — other sites
~300 M USD
Kairouan (AMEA), Tataouine and other plants under development.
destinations
Destinations · Grid & Export
Tunisian electricity grid
~2,100 GWh/year
Injected production · estimated reduction in gas deficit: −13%.
ELMED export (Sicily)
600 MW · ~€850M
HVDC submarine cable Mlaabi → Partanna · commissioning 2028–2030 · €307M EU (CEF).
Note: the international arbitration clauses contested by sovereigntists are a sine qua non condition for mobilising these multilateral funds. The two elements form a system.
V

Measuring what is at stake — Tunisia's solar potential

A controversy about the nationality of capital only makes sense when set against the value of the resource in question. The order of magnitude of Tunisia's solar resource, rarely made explicit in public debate, therefore deserves to be stated.

According to the Global Solar Atlas developed by Solargis for the World Bank Group, Global Horizontal Irradiance (GHI) in Tunisia ranges from 1,800 kWh/m²/year in the north-west to more than 2,200 kWh/m²/year in the south — the regions of Tozeur, Kébili, Tataouine — with Direct Normal Irradiance (DNI) exceeding 2,400 kWh/m²/year in the desert south14. By comparison, Germany — which long led the global photovoltaic race — peaks at around 1,200 kWh/m²/year. One megawatt installed at Tozeur therefore produces approximately 1.7 times more energy than in Munich for a comparable initial investment. Tunisia also benefits from more than 3,000 hours of sunshine per year, one of the best ratios in the Mediterranean basin.

Visualisation 08
Tunisia versus the world — what each square metre receives
Average Global Horizontal Irradiance, in kWh/m²/year. Southern Tunisia exceeds the German average by 80%, and Germany long led the global photovoltaic race.
Tunisia — south (Tozeur)
2,400
United Arab Emirates
2,350
Egypt (Benban)
2,300
Morocco (Ouarzazate)
2,200
Tunisia — national average
2,000
Spain
1,750
Germany
1,300
Source: Global Solar Atlas (World Bank & Solargis), 2024. Common scale 0 → 2,500 kWh/m²/year.
Visualisation 09
A geography of abundance
The five conceded sites against a backdrop of solar irradiance. Sidi Bouzid, Gafsa, Gabès — three governorates in the centre-west and south-east where the sun is most generous and development most deferred.
Solar irradiance GHI (kWh/m²/year)
1,8002,0002,2002,400+
El Khobna
Sidi Bouzid
100 MW
GHI ~2,000–2,100 kWh/m²/year · centre-west zone
Mezzouna
Sidi Bouzid
100 MW
GHI ~2,050–2,150 kWh/m²/year · centre-west zone
El Ksar
Gafsa
100 MW
GHI ~2,100–2,200 kWh/m²/year · mining basin
Segdoud
Gafsa
100 MW
GHI ~2,100–2,200 kWh/m²/year · mining basin
Menzel Habib
Gabès
200 MW ★
GHI ~2,150–2,250 kWh/m²/year · largest plant in the batch
Total conceded: 600 MW · ~1,500 GWh/year injected into the grid
Estimated reduction in national gas bill: −13%
3 of the most disadvantaged governorates — Sidi Bouzid, Gafsa, Gabès
Source: Global Solar Atlas (World Bank & Solargis), 2024; APR parliamentary reports 01/2026–05/2026.

IRENA, in its report Renewables Readiness Assessment: The Republic of Tunisia published in 2021, estimates Tunisia's technical solar potential at several tens of gigawatts, an order of magnitude greater than the national peak electricity demand15. The World Bank, in its country brief on Tunisia's energy transition, puts the combined solar and wind potential at approximately 320 GW, compared to a national peak demand that does not exceed 5 GW16. Concretely, by mobilising less than 1% of the territory — typically on degraded land in the south — Tunisia could technically install more capacity than its own market can absorb.

It is this asymmetry that opens up the strategic horizon of export. The ELMED project, jointly led by STEG and the Italian operator Terna, plans the laying of a 600 MW HVDC submarine cable linking Mlaabi (Cap Bon) to Partanna (Sicily), at a total estimated cost of around €850 million, of which €307 million financed by the European Union via the Connecting Europe Facility17. The cable supply contract itself, awarded to Prysmian at end-2025, amounts to approximately $532 million. Commissioning is anticipated at the 2028–2030 horizon. Beyond that, the national green hydrogen strategy adopted by the Ministry of Industry, Mines and Energy aims to make Tunisia a net exporter of more than 6 million tonnes of green hydrogen per year to the European Union by 205018.

The real stakes of the five April 2026 agreements therefore extend beyond a marginal addition to the electricity mix. These contracts constitute the first verifiable building block of a trajectory that can, if pursued with discernment, make Tunisia one of the three or four major exporters of decarbonised electricity from the southern shore of the Mediterranean by 2040 — on a par with Morocco and Egypt, ahead of Algeria and Libya. It is this horizon, and not the nationality of a shareholder in a Sidi Bouzid power plant, that should have occupied the parliamentary debate.

VI

Four regional comparisons

To assess the Tunisian choice, it must be situated within a comparative landscape. Three neighbouring cases shed light by contrast on the strengths and weaknesses of the model taking shape.

Morocco and the strategic institution

Morocco made, as early as 2010, the choice of a dedicated institutional architecture. Law 13-09 liberalised renewable electricity production; that same year, the Moroccan Agency for Sustainable Energy (MASEN) was created as a strategic buyer distinct from the incumbent operator ONEE19. MASEN negotiates PPAs, structures tenders, imposes progressive local content rates — rising from 35% to 60% over the 2013–2020 period — and carries the permanent technical expertise required by a multi-gigawatt programme. The Noor Ouarzazate complex (580 MW), while proving more costly than anticipated due to the choice of concentrated solar technology, demonstrated the capacity of a Southern Mediterranean state to structure complex projects without surrendering control. Morocco has since shifted to photovoltaics and wind, with winning tariffs now comparable to the best global levels. Tunisia does not, to date, have a functional equivalent of MASEN; this absence is probably the most structurally significant institutional deficit in the dossier.

Egypt and the cluster effect

Egypt illustrates the power of large-scale standardised tenders. The Benban complex (1.5 GW, commissioned in 2019) brings together on a single site 32 developers and more than 40 plants, with State-provided shared infrastructure20. By aggregating demand and pooling grid connection and contractual expertise costs, Egypt compressed unit costs, attracted intense competition and created an industrial cluster effect that now underpins its green hydrogen strategy. Tunisia proceeds instead through isolated projects negotiated one by one — a method that slows timelines, dilutes negotiating power and prevents the emergence of an ecosystem.

Jordan and the discipline of auctions

Jordan offers the most compelling demonstration of the virtue of recurring reverse auctions. According to analyses by the lenders who accompanied the programme, the average of the four best winning tariffs in round 2 came in more than 50% below the round 1 tariffs21. By methodically moving from case-by-case negotiation to repeated competitive auctions, Jordan not only compressed its costs but also built a contractual credibility that now attracts first-tier investment funds. The current Tunisian mechanism — concessions negotiated case by case and ratified by legislation — is the antithesis of this model. It introduces a political discretion that paradoxically fuels the very suspicions that fed the sovereigntist controversy of April 2026.

Visualisation 10
Four trajectories, a decade of delay
Cumulative installed solar capacity, in megawatts, 2010–2025. Morocco, Egypt and Jordan have pulled away; Tunisia is barely beginning its race, while possessing the best resource.
Morocco Egypt Jordan Tunisia
2010 · Starting point
Morocco
20 MW
Egypt
15 MW
Jordan
1 MW
Tunisia
4 MW
Near parity · all below 20 MW

2016 · First breakaway
Morocco
180 MW
Egypt
80 MW
Jordan
290 MW
Tunisia
15 MW
Jordan in the lead · Tunisia already falling behind

2019 · Benban (Egypt) commissioned
Morocco
800 MW
Egypt
1,400 MW
Jordan
1,100 MW
Tunisia
30 MW
×46 gap with Egypt · structural delay

2025 · Current state of play
Morocco
2,100 MW
Egypt
2,200 MW
Jordan
1,900 MW
Tunisia
300 MW
×7 gap with neighbours · a decade of delay
Sources: IRENA Capacity Statistics 2024; national agencies; African Development Bank.
VII

Assessment — industrial necessity and strategic deficit

Assessing the five agreements does not reduce to a binary verdict. It requires holding simultaneously three propositions that may appear contradictory but are in reality layered.

From a strictly economic and energy standpoint, the necessity of the projects is not seriously debated. The announced tariff of 100–112 millimes/kWh sits within a competitive range — not exceptional, but sound for a first round negotiated outside reverse auctions and in a context of sovereign risk premium. Measured against the marginal cost of the current Tunisian kilowatt-hour — produced largely from imported gas denominated in foreign currency — these agreements do not constitute a concession to foreign investors: they constitute an instrument for reducing the structural energy deficit.

From a strategic standpoint, however, the assessment is more mixed. These contracts arrive a decade late relative to neighbours. Morocco enacted its framework law in 2010, Egypt launched Benban in 2017–2019, Jordan deployed two auction rounds before 2018. Tunisia, which objectively possesses the best resource/proximity-to-European-market ratio in the entire MENA region outside the Algerian Sahara, is signing its first large photovoltaic concessions between 2023 and 2026, in a position of negotiating weakness: budget urgency, implicit pressure from lenders, credibility lost through the aborted rounds of 2017–2020. Part of this differential is irrecoverable.

From an institutional standpoint finally, these agreements are symptomatic of a weakness in the strategic state. With a comparable resource, Morocco achieves greater local spillovers, Egypt mobilises more concessional institutional capital, Jordan compresses tariffs further. Tunisia signs contracts without having built the industrial ecosystem nor the auction doctrine that would have enabled it to extract maximum value. The phase now opening — that of the additional 1.7 GW already announced and the 2.8 GW that the TEREG programme intends to finance by 2028 — must correct this imbalance; failing which, Tunisia's energy transition will replicate on solar a pattern already witnessed with phosphates and gas: value extraction without ecosystem formation, revenues captured at the centre without trickling down to the producing regions.

VIII

Four elements absent from the debate

Four elements absent from the parliamentary debate silently structure the dossier.

First element: the macro-financial calendar. Tunisia has been negotiating since end-2024 a new cooperation framework with its international lenders. The World Bank's TEREG programme, approved in November 2025 for $430 million over an exceptional 43-year maturity, carries implicit conditionalities concerning the opening of the energy sector and the rationalisation of subsidies23. The timing of the vote on the five agreements, a few months before the scheduled reviews, is probably not coincidental. Did the presidency need a signal of openness to markets and lenders while preserving its domestic sovereigntist discourse? The ministerial dismissal constituted the political cost of this dual requirement.

Second element: the political geography of the plants. The five sites — El Khobna, Mezzouna, El Ksar, Segdoud, Menzel Habib — are all located in governorates of the centre-west and south-east, i.e. in the regions most marginalised from Tunisian development since independence. Sidi Bouzid remains the symbolic sentinel of regional decline since the Revolution broke out in December 2010. Gafsa concentrates the memory of the 2008 mining basin uprisings. Gabès is the emblem of the environmental damage from the chemical complex. The choice of these three governorates for the first large photovoltaic plants, without an explicit link to a local spillover strategy, is doubly revealing: of the real solar potential of these areas, but also of the insufficient attention paid, at this stage, to the requirements of territorial justice. From the parliamentary reports, none of the five agreements includes a clause obliging the investor to a binding local employment quota, a regional development fund fed by operating revenues, or equity participation reserved for local authorities — all mechanisms that exist in Morocco, Chile (regional mining royalty) or Texas (wind rents allocated to county schools).

Third element: the absence of technical debate on the grid. A photovoltaic plant produces when it is daytime; Tunisia's consumption peak is now dual — daytime in summer (air conditioning) and nighttime (lighting and cooking). Without parallel investment in battery storage (BESS), hydraulic pumping (pumped hydro) or interconnections, the massive injection of intermittent solar can destabilise an already fragile grid. This is precisely why the EBRD finances, in parallel with the IPP concessions, STEG projects combining solar and batteries — such as the El-Medina project for 50 MW solar and storage, supported at €40 million24. Not a single MP, either in the sovereigntist camp or among supporters, genuinely raised this question during the debate. The controversy focused on the nationality of capital, never on the physics of the grid.

Fourth element: the silence on self-consumption. The existing Tunisian framework, inherited from Law 2009-7 and Law 2015-12, permits decentralised self-generation in low, medium and high voltage. The PROSOL Elec programme and its extension PROSOL Elec Économique aim to equip several tens of thousands of households. Yet the share of residential and small industrial users in Tunisia's solar mix remains marginal, even though it alone could cover a substantial fraction of daytime peak demand without any concession to a foreign operator. It is on this terrain that genuine distributed energy sovereignty would lie — every rooftop transformed into a productive asset, every household a mini-sovereign — and it is precisely what the detractors of the five agreements never genuinely addressed.

IX

The counterfactual — what an optimised negotiation would have enabled

If these five concessions are, within the current framework, a necessary lesser evil, it remains legitimate to interrogate the counterfactual. Four institutional orientations would likely have been able to change the equation.

The first would have consisted in creating a strategic buyer distinct from the grid operator, on the model of MASEN. A Tunisian Renewable Energy Agency, endowed with a permanent technical team, a clear mandate and operational independence, could have structured aggregated competitive tenders, negotiated standardised PPAs and imposed progressive local content clauses. STEG, relieved of this role, would have concentrated on the grid and dispatching. The current confusion of roles — STEG is simultaneously operator, buyer, partial financier and judge in offer evaluation — constitutes a structural flaw that the next wave of concessions will need to correct.

The second would have consisted in substituting recurring reverse auctions for case-by-case legislative ratification. The Jordanian method — successive rounds with declining tariff ceilings — would likely have yielded kilowatt-hours at 80–90 millimes rather than 100–112, a 10–15% gain over 25 years. Over 1.5 TWh annually, this represents several tens of millions of dinars in cumulative savings for STEG, and therefore, ultimately, for the Tunisian taxpayer.

The third would have consisted in imposing progressive local content requirements and a regional fund. A clause obliging concession holders to subcontract at least 30% of EPC value to Tunisian companies, to train a quota of local engineers and technicians, and to contribute to a regional development fund at 1–2% of revenue would have transformed these projects into tools of territorial development. The current agreements' silence on these points constitutes the major blind spot of the dossier — and it is precisely the criticism that should genuinely have been debated.

The fourth would have consisted in attaching to each large concession a parallel programme of decentralised self-consumption and storage in the same governorates. This balance — utility-scale concession on one side, mass self-consumption on the other — would have both technically stabilised the grid and politically neutralised the asset-stripping argument, by demonstrating that for every conceded megawatt there is a distributed megawatt. It is precisely the combination that IRENA has recommended in its Renewables Readiness Assessment since 202125.

X

Three reform agendas

The April–May 2026 sequence should not be read as a full stop but as an operational warning. Three agendas would benefit from being pursued without delay so that future rounds do not reproduce the same configuration.

The first agenda is regulatory and institutional. Law 2015-12, useful in its time, must be revised to clarify governance, separate the operator and regulator functions, endow the sector with an independent regulatory authority (modelled on Morocco's ANRE or Egypt's EgyptERA) and codify publicly accessible standard PPA clauses. Transparency of contracts — not secrecy — is the best protection against suspicions of undervaluation. The ESMAP RISE indicators provide a directly operational roadmap to identify the twenty to thirty priority reforms26.

The second agenda is industrial and social. A local integration policy must be built as a mechanism rather than a slogan: minimum local content thresholds indexed to ecosystem maturity, financing of technical training centres (the National Engineering School of Tunis, the Polytechnic School of Tunisia, the ISET network could host dedicated curricula), targeted tax incentives for domestic manufacturing of inverters, mounting structures and — if the market reaches critical mass — module assembly. Morocco, India and Turkey have all taken this path; none has regretted it.

The third agenda is fiscal and redistributive. Social justice, in this dossier, is not decreed: it is financed. A share of the revenues generated by concessions — from land royalties and specific taxes — must feed a regional fund dedicated to the host governorates. This mechanism exists in Chile, Texas, Norway and Alberta. Without it, the photovoltaic plants risk reproducing the geography of value that has fuelled regional decline since 2011 — which constitutes, paradoxically, the truly combustible material that the sovereigntist controversy concealed rather than defused.

XI

Three criteria of social justice

Social justice in Tunisian solar energy is measured against three concrete yardsticks that the April 2026 controversy prevented from being properly posed.

The first criterion is the final tariff for the consumer. If the concessions genuinely enable production at 100–112 millimes per kWh, STEG must pass on this reduction — at least partially — to residential tariffs and to the electro-intensive industries that carry formal employment in the country. If the savings are entirely absorbed by servicing STEG's public debt or by unwinding subsidies, the transition will have produced a rent without social return. This pass-through must be contractually linked to plant commissioning and publicly audited by an independent authority.

The second criterion is household access to self-consumption. The PROSOL Elec Économique programme is a step forward, but its target — a few tens of thousands of households — remains marginal against the three million Tunisian households. A "one million solar rooftops" plan by 2032, financed by a green fund combining public contribution, subsidised bank financing and mobilisation of diaspora remittances, would constitute the genuine democratisation of the sun: the one that transforms every rooftop into a productive asset and every STEG bill into an investment rather than a cost.

The third criterion is territorial capture of value. The host municipalities of the plants must automatically receive a share of royalties, in the form of a grant conditional on local investment projects — water, health, education, transport. Without this mechanism, the energy transition risks simply replacing oil and gas with the sun, reproducing the centralised value-capture patterns that have fuelled the feeling of relegation among interior regions since independence.

Conclusion

The controversy over the five 2026 photovoltaic agreements presented itself as a debate about sovereignty; it in fact obscured the fundamental questions. No scandal was exposed: a necessity was concealed. The necessity of an energy transition that the country cannot finance alone, that it must pursue with international partners, and whose conditions could, ten years earlier, have been negotiated from a position of strength — which is no longer the case today, given the scale of the energy deficit.

The vote of 28 April settled the short term. 1.64 billion dinars of investment will officially be deployed. Nearly 600 MW of photovoltaic capacity will be installed in three southern and central governorates. More than 1,500 GWh will theoretically be injected annually into the grid, reducing the national gas bill by approximately 13%. This achievement is not negligible. But the real test begins now. Transforming these concessions into a lever for industrialisation, regional development and energy democratisation is the decisive challenge. Failing that, the detractors will have been, despite themselves and for the wrong reasons, partially right: Tunisia will not have extracted from its sun all possible benefit — not because of the nationality of capital, but from a deficit of strategic steering.

"No international arbitration will make this choice on behalf of Tunisians."

The potential remains intact. It is now for Tunisia's public authorities — executive, parliament, administration and local authorities — to decide whether this potential will translate into a productive common good, democratised down to the rooftops of the most modest households and equitably captured by the territories that host it, or whether it will become, through excess of mistrust or lack of method, a raw material hastily traded under the pressure of the deficit. No international arbitration will make this choice on behalf of Tunisians.

Notes

  1. Assembly of People's Representatives, Draft laws No. 01/2026 to 05/2026 on the approval of concession agreements for photovoltaic electricity production, files available on the official APR portal, www.arp.tn (section "Draft and proposed legislation"). For bill No. 005/2026 on the Menzel Habib plant, see in particular the final report of the specialised committee and the draft law (documents 118860 and 116427).
  2. Zenith Energy Ltd., official communiqués and documents transmitted by the Tunisian State on 14 April 2026, made publicly available by the company (IR Tools platform, irtools.co.uk); see also the summary analysis published by Business News, Nizar Bahloul, "Zenith Energy: how a contested oil sale led to a state scandal and a dawn dismissal", 30 April 2026.
  3. Zenith Energy Africa Ltd., Zenith Overseas Assets Ltd. and Compagnie du Désert Ltd. v. Republic of Tunisia, ICSID case ARB/23/18, dossier and procedural orders available on italaw.com and Jus Mundi; final hearings opened in Washington on 20 April 2026.
  4. Moktar Lamari, public contributions to the Economics for Tunisia group (E4T), April 2026; independent investigation platform Ba7ath founded by Moez Elbey, open-source sequence analysis, April–May 2026.
  5. ICC-2 case relating to the Sidi El Kilani concession, decision rendered in July 2025 in favour of the Republic of Tunisia; annulment proceedings initiated by Zenith Energy before the Swiss Federal Tribunal, end 2025.
  6. Capacities, investment amounts and expected output are set out in the final reports of the APR's specialised parliamentary committees for each of the five projects, as well as in the official communiqués of the Ministry of Industry, Mines and Energy following the vote.
  7. Official portal of the Assembly of People's Representatives, www.arp.tn. As a comparable precedent made public in the Official Gazette of the Tunisian Republic, see Decree-Law No. 2021-20 of 22 December 2021 approving the concession agreement for Borj Bourguiba power production, JORT No. 118 of 24 December 2021.
  8. Law No. 2015-12 of 11 May 2015 on the production of electricity from renewable energy sources, JORT, and its implementing decree No. 2016-1123 of 24 August 2016. For a detailed legal analysis, see Bird & Bird, "The Tunisian legal framework for electricity production from renewable energy", Africa Newsletter, June 2017.
  9. Decree-Law No. 2021-20 of 22 December 2021, JORT No. 118, accessible via the ESMAP/RISE database and Tunisia's PIST portal.
  10. Ministry of Economy and Planning, hearing before the National Council of Regions and Districts, 4 May 2026; statements reported by the Tunis Africa Press (TAP) agency.
  11. Secretariat of State for Energy Transition, same hearings, 4 May 2026; figures confirmed in the parliamentary reports for bills 01/2026 to 05/2026.
  12. International Renewable Energy Agency, Renewable Power Generation Costs in 2024, IRENA, July 2025.
  13. World Bank Group, Tunisia Energy Reform and Green Growth (TEREG) Program – Project Information Document, November 2025; Ministry of Industry, Mines and Energy, Energy Situation – October 2025, National Energy and Mines Observatory (ONEM).
  14. International Energy Agency, Tunisia Country Profile, IEA, updated 2024, www.iea.org/countries/tunisia.
  15. World Bank, "World Bank Approves New Project to Power Tunisia's Energy Transformation", press release of 11 November 2025; World Bank Treasury, Tunisia Secures USD 430M Loan for Energy Sector Modernization, November 2025.
  16. Multilateral Investment Guarantee Agency, Kairouan Solar Plant – Project Brief (MIGA-15214), www.miga.org; AMEA Power, AMEA Power Commissions Landmark 120 MWp Solar PV Project in Kairouan, Tunisia, press release of 16 December 2025.
  17. European Bank for Reconstruction and Development, project sheets Qair El Khobna Solar and Solar PV, BESS and Energy Evacuation – STEG, www.ebrd.com/work-with-us/projects.
  18. Solargis and World Bank, Global Solar Atlas 2.0 – Tunisia Country Profile, globalsolaratlas.info; National Agency for Energy Management (ANME), Solar Photovoltaic Resource Assessment, 2023.
  19. International Renewable Energy Agency, Renewables Readiness Assessment: The Republic of Tunisia, IRENA, June 2021.
  20. World Bank Group, Green, Affordable and Viable Energy Production in Tunisia – TERI Brief, www.worldbank.org/en/programs/teri.
  21. ELMED Project, official technical sheet, elmedproject.com; European Commission, Connecting Europe Facility – Energy 2022 Call Results; Terna and STEG communiqués, 2024–2025.
  22. Ministry of Industry, Mines and Energy of the Republic of Tunisia, National Strategy for the Development of Green Hydrogen and Its Derivatives in Tunisia, March 2025.
  23. Kingdom of Morocco, Law No. 13-09 on renewable energy, Official Bulletin, 2010; Moroccan Agency for Sustainable Energy (MASEN), annual reports 2014–2024.
  24. International Finance Corporation, A New Solar Park Shines a Light on Egypt's Energy Potential; African Development Bank, success story Egypt: Benban, A Model of Clean Energy Production in Africa, 2023.
  25. European Bank for Reconstruction and Development, Jordan Sustainable Energy Strategy; analyses published by Renewable Energy Magazine, Results from Jordan's Round 2 Solar IPP Tender, May 2015.
  26. Commission for Renewable Energies and Energy Efficiency (CEREFE), Report on Energy Transition in Algeria, 2020 and subsequent editions; analyses published by the Renewable Energy Development Centre (CDER).
  27. World Bank, TEREG Program Document, November 2025, projects.worldbank.org.
  28. European Bank for Reconstruction and Development, project sheet El-Medina Solar PV with BESS – STEG, March 2026.
  29. IRENA, Renewables Readiness Assessment: The Republic of Tunisia, op. cit., chapters 4 and 5.
  30. ESMAP / World Bank, Regulatory Indicators for Sustainable Energy (RISE) – Tunisia Country Profile, 2022 and 2024 editions.