Power cuts: Uncertainty persists for the State while the population remains in the dark

Mis à jour le 22 May 2026

The Root Causes of Power Outages in 2025: An Infrastructure and Strategic Challenge

The phenomenon of power outages in 2025 reflects a systemic crisis whose origins lie at the intersection of infrastructure, political, and economic issues. Despite the numerous investments announced by players such as EDF, Engie, and TotalEnergies, the electricity grid’s ability to meet growing demand remains fragile. This complexity is accompanied by institutional and strategic management that is ill-adapted to current challenges, exacerbated by the increased dependence on intermittent or unstable energy sources.Historic infrastructure, often dilapidated or insufficiently modernized, struggles to absorb consumption peaks, particularly during periods of extreme weather or occasional crises. Furthermore, investments made in recent years have focused primarily on smaller renovations, while overall demand has experienced exponential growth. The decline in margins of incumbent operators such as EDF and Enedis illustrates this issue of chronic infrastructure failure.Key Factors Impacts Challenges Aging networks 🔧High vulnerability to overload and technical failures

Costly renewal and modernization, need for strategic management Insufficient investments 💰 Insufficient capacity to meet growing demand Mobilization of financial resources, prioritization of renovations Dependence on intermittent energy ☀️🌬️

Announcement of $100 million in financing by the World Bank

Delays in implementation, JIRAMA’s economic fragility Transition to Renewables ☀️🌬️ Rapid growth predicted for solar and wind power Lack of storage capacity and effective grid integration Discover how to manage power outages, common causes, safety tips, and tips for staying prepared for power outages.

The concrete consequences for the population facing energy insecurity Power outages, which have become a common occurrence in 2025, are putting significant pressure on daily life and the economy. Residents, faced with frequent, long, and unforeseen power outages, tend to resort to alternative solutions such as generators, electric generators, or even candles. These measures, often costly and environmentally unfriendly, highlight the lack of a sustainable national response to this persistent precariousness. The capital’s working-class neighborhoods, particularly Antananarivo, experience these interruptions daily, hampering both domestic consumption and local economic activity. Businesses report: The outages prevent normal business operations. Schools are also affected, impacting children’s schooling and complicating educational programs, already weakened by other social and health crises.Consequences for the population

Faced with the government’s inability to guarantee a stable energy supply, private stakeholders such as Vattenfall, Direct Energie, and Iberdrola are attempting to step in by investing in renewable projects or decentralized solutions. Among them, GreenYellow is positioning itself as a key player, notably developing solar power plants in urban and rural areas to reduce dependence on fragile centralized grids.

This public-private partnership, while it could open up prospects for improvement, still faces numerous challenges: lack of clear regulations, high connection costs, and difficulty ensuring rapid and sustainable grid expansion. However, the initiatives of these stakeholders represent a glimmer of hope to address the infrastructure gap. Their commitment not only contributes to diversifying the energy mix, but also to stimulating technological innovation and promoting a faster transition to clean solutions.

Private Stakeholders Areas of InterventionChallenges Encountered

Microgrids 🏙️: autonomous local networks, renewable energy

Comparative analysis: international strategies to address electricity insecurity By 2025, several countries have adopted various strategies to address the threat of major power outages. France, for example, relies on a combination of strict management, diversification, and storage—via RTE, EDF, and its partners such as Enercoop. Spain and Germany have respectively focused on their renewable energy fleet and massive investments in smart grids, facilitating fault location and rapid resolution.For Madagascar, the challenge is to adapt these international experiences to realities often characterized by a weak infrastructure network and fragmented management. Cooperation with stakeholders such as GeoBlackout or local partners could strengthen the network’s resilience. The complementarity between traditional investments and technological innovations appears essential in this race against time. Key Aspects Exemplary Countries Approaches Results Strategic Management 🔑 France, Spain, Germany Storage, Optimization, Smart Management

Reduced Outages, Improved Resilience

Human Issues

Accelerated Energy Transition 🌱

Massive Investment, Technological Innovation, Training Reducing Energy Poverty, Improving Quality of LifeCivic Engagement 🤝

• Awareness-raising, participation, empowerment
• Political support, social acceptance
• International cooperation 🌐

Financial aid, technology transfer, support

Sustainable stabilization, energy security FAQ: Answers to the main questions about the 2025 electricity crisisWhat are the main factors responsible for power outages in 2025?

Outdated infrastructure, delayed modernization, dependence on intermittent energy sources, and inadequate strategic management. What efforts are underway to improve the situation? Foreign investment, solar projects, the revival of reforms, and the adoption of innovative solutions such as storage and microgrids.