Key concepts
| Concept | Definition |
|---|---|
| Tax expenditure | Revenue forgone by the State as a result of an exemption. It must be justified by a measurable social benefit greater than its cost (Surrey & McDaniel, 1985). |
| Symbolic policy | A visible public decision with low political cost, whose main function is communicative rather than operational (Edelman, 1964). |
| Technological leapfrogging | A country's ability to skip stages of technological development. Valid only if the minimum required infrastructure is in place (Steinmueller, 2001). |
| Strategic complementarities | A situation in which the effectiveness of one investment depends on simultaneous investments in other sectors (Cooper & John, 1988). |
| Policy cycling | Repetition of the same measure without learning from previous failures or building institutional knowledge. |
| Regressive subsidy | A measure whose benefits accrue proportionally more to affluent households than to poor households when there is no targeting mechanism (Clements et al., IMF, 2013). |
| Demand-side solvency | Households' effective ability to purchase a good even after its price is reduced. A necessary condition for the effectiveness of any supply-side tax incentive. |
| Energy transition | A systemic process of replacing fossil energy with renewable sources, involving coordinated institutional, regulatory, financial, and technical reforms (IRENA, 2023). |
Executive summary
On June 6, 2026, the Haitian government announced the elimination of 200 million gourdes in taxes on solar panels, batteries, and inverters, presented as a lever for the energy transition. This paper examines, in light of the literature on energy economics and public-policy analysis, whether the measure meets the conditions required for effectiveness.
Our findings are unambiguous. The measure suffers from three fundamental weaknesses: (1) it acts on import prices even though the main constraint is household purchasing power; (2) it is not embedded in a permanent legislative framework, reproducing the policy cycling already observed in 2017; and (3) it overlooks the structural prerequisites, lack of qualified technicians, absence of accessible financing mechanisms, and a still-unresolved chronic energy deficit.
As it stands, the measure constitutes a communication policy about the energy transition, not an energy-transition policy.
Executive summary
On June 6, 2026, the Haitian government announced the elimination of 200 million gourdes in taxes on solar panels, batteries, and inverters, framed as a contribution to energy transition. This paper assesses whether the measure meets the conditions required for effectiveness, drawing on the energy economics and public policy literature.
Our findings are unambiguous. The measure suffers from three fundamental flaws: (1) it targets import prices while the binding constraint is household purchasing power; (2) it is embedded in an annual rectifying budget rather than permanent legislation, reproducing the policy cycling pattern already observed in 2017; (3) it ignores the structural prerequisites for solar adoption: the absence of a qualified technician workforce, inaccessible financing mechanisms, and the still-unresolved chronic energy deficit.
As designed, the measure constitutes a communication policy about energy transition, not an energy transition policy.
Introduction
On June 6, 2026, the Minister of Economy and Finance announced the elimination of 200 million gourdes in taxes on solar panels, batteries, and inverters, a measure previously announced by the Prime Minister on World Environment Day and to be included in the 2025, 2026 supplementary budget. The official reasoning is linear: removing taxes reduces equipment prices, which makes solar power accessible, which accelerates the energy transition.
This reasoning, attractive prima facie, masks a deep confusion between the instrument and the policy, between the signal and the structure. This paper argues that the measure, although intentionally aligned with environmental sustainability objectives, is structurally ineffective in the Haitian context. The problem is not its intent; it is the striking gap between the chosen instrument and the conditions required for it to work.
I. conditions for the effectiveness of tax incentives for the energy transition
The three families of instruments. The literature distinguishes three families of instruments for accelerating renewable-energy adoption: direct demand subsidies, feed-in tariffs, and import tax exemptions. The IEA (2022) and IRENA (2023) agree that these instruments are complementary rather than interchangeable: each acts on a distinct lever in the adoption chain. Import tax exemptions, the instrument chosen here, act exclusively on the initial acquisition cost. Couture and Gagnon (2010), in their comparative analysis of 45 countries that deployed renewable-energy policies, show that this instrument is effective only when three conditions are met simultaneously: the existence of a market of solvent consumers, the availability of a distribution and maintenance network, and the inclusion of the measure in a coherent strategic framework.
The problem of missing complementarities. Cooper and John (1988) formalized the notion of strategic complementarities: in some systems, the effectiveness of an investment depends on parallel investments in other components. For off-grid solar energy in low-income countries, Bhattacharyya (2012) identifies four strict complements: accessible financing mechanisms (microcredit, leasing), technicians trained in installation and maintenance, national technical standards for equipment, and a strategic national energy policy. Without these complements, lowering import prices does not create an industry; it creates an informal resale market with no systemic effect.
II. diagnosis: prerequisites missing in Haiti
A structurally insolvent market. Haiti's gross national income per capita is estimated at about USD 1,800 (World Bank, 2024), with a multidimensional poverty rate above 60% of the population (IHSI, 2023). The official minimum wage is around HTG 10,000 per month, approximately USD 75. A basic solar installation (300W, battery, inverter) represents an investment of USD 500 to USD 1,500 even at a tax-free price. The tax reduction, even if fully passed through to final prices, which is not guaranteed in an oligopolistic market, does not close the gap between equipment cost and the purchasing capacity of the vast majority of Haitian households. This is a problem of demand-side solvency, not price level. Clements et al. (IMF, 2013), in their analysis of energy-subsidy reforms in 19 developing countries, consistently document that undifferentiated tax exemptions without targeting mechanisms structurally benefit upper-income quintiles.
Absence of a technical ecosystem. Martinot et al. (2002) identify the absence of installer and maintenance networks as the main cause of failure in solar programs in rural and peri-urban areas. In Haiti, there is no certified training pipeline for solar-energy technicians, no national technical standards for photovoltaic equipment, and no institutionalized financing mechanism that allows households to spread acquisition costs over time. Without these complements, a lower import price produces only a partial substitution effect: those who could already afford equipment obtain it more cheaply; those who could not remain in the same situation.
The absence of a national energy policy. Haiti does not have a national energy policy adopted through legislation. The measure is introduced through a supplementary budget, valid for twelve months, non-permanent, with no quantified objectives or monitoring mechanism. This architecture is exactly the same as that of the measure adopted in 2017 under the Moïse administration, which introduced a 0% customs-duty rate on solar equipment through Article 24 of the 2017, 2018 Finance Act. This repetition nine years later, without building on the results of the first occurrence, is a diagnostic sign of policy cycling: the same solution is proposed again regardless of whether its previous effects were evaluated.
III. the three absurdities of the measure
Fiscal absurdity: an expenditure without a guaranteed return. Surrey and McDaniel (1985) establish as a necessary condition for any exemption the existence of an ex-ante impact assessment demonstrating that the expected social benefit exceeds the cost to public finances. Here, 200 million gourdes represents real forgone revenue in an exceptionally constrained budgetary context. No quantified projection has been presented regarding the number of households to be connected or the expected installed capacity. The Minister announced that his ministry would later publish a report on average product costs, a sign that the impact analysis should have preceded the decision rather than followed it.
Distributional absurdity: a regressive measure. In the absence of a targeting mechanism, the price reduction mechanically benefits those who can already buy, urban upper-middle-income households and formal businesses, precisely those that already have access to alternative energy solutions. The 60% of households living in multidimensional poverty, who account for most of Haiti's energy deficit, do not benefit. This is the definition of a regressive subsidy: under the guise of an inclusive policy, it widens the gap between those who have access to energy and those who do not.
Structural absurdity: treating the symptom, not the cause. Haiti's energy problem is a problem of production, governance, and the grid, not a problem of the cost of solar equipment. Electricity access is estimated at 49% in urban areas and less than 15% in rural areas (World Bank, Tracking SDG7, 2023). ED-H supplies an average of less than four hours of electricity per day in Port-au-Prince. This reality is not changed by reducing taxes on solar panels. Cutting taxes without reforming ED-H, training technicians, or creating accessible financing mechanisms is precisely what Toyama (2015) describes as technological solutionism: believing that technology, simply by becoming affordable, can solve problems whose roots are institutional.
IV. what an energy-transition policy requires: comparative lessons
Rwanda and Bangladesh provide instructive counterpoints. Rwanda adopted a national energy policy through legislation, with quantified targets, a National Energy Fund, and a technician-training program. The tax exemption on solar equipment was one tool within a coherent system. Electricity access rose from 6% in 2009 to more than 70% in 2023. Bangladesh's Solar Home Systems program (IDCOL) enabled the installation of 6 million solar systems in rural areas, not because of tax policy, but because of an integrated microcredit mechanism, a network of 65,000 certified technicians, and an equipment-quality assurance framework.
In both cases, the tax measure was embedded in a complete ecosystem. In isolation, it would have produced no systemic effect. To be scientifically credible as an energy-transition policy, the Haitian decision should at minimum have been accompanied by a permanent legislative framework, quantified targets, a financing mechanism accessible to poor households, a technical-training program, equipment standards, and a parallel reform of ED-H governance.
Conclusion
The measure announced on June 6, 2026 is not absurd in its intent. The energy transition is imperative for Haiti. What is scientifically indefensible is the belief that eliminating one line of taxes is enough to set that process in motion.
The measure illustrates a recurring pattern that can be called the triptych of institutional ineffectiveness: announcements substitute for action, the tax instrument stands in for sector policy, and repetition without learning (2017, 2026) reveals the absence of institutional learning. Each new energy announcement, however well-intentioned, contributes to eroding the credibility of public action in a field where the confidence of economic actors is itself a condition for private investment in renewable energy.
This is not an energy-transition policy. It is a communication policy about the energy transition.
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