Nepal Faces Energy Crisis After Deadly Floods

Nepal is facing a difficult challenge after a series of deadly flash floods caused widespread destruction and raised serious questions about the country's energy future. According to BBC News, the floods resulted in the deaths of more than 1,300 people, with thousands more still missing. The disaster hit the border area between Nepal and Tibet, causing massive damage to villages and critical infrastructure. Among the most significant losses were 12 hydropower plants in the Trishuli River basin, which were knocked out of operation. This damage represents more than 10% of Nepal's total power generation capacity.

For years, Nepal has relied almost entirely on hydropower to meet its energy needs. The country has successfully used its mountains and fast-flowing rivers to generate electricity, even earning significant money by exporting power to neighboring countries like India and Bangladesh. By 2018, these efforts had helped the nation move from frequent power cuts to a more stable supply of electricity for its citizens. Currently, there are 225 hydropower plants across the country, which are capable of powering millions of households. However, the recent floods have shown that this heavy reliance on a single energy source comes with significant risks.

Many of these power plants are built high up in the mountains to take advantage of the strong water currents. While this is efficient for generating energy, it places the facilities in areas that are increasingly affected by global warming. BBC News reports that the high-altitude regions of the Himalayas are warming 50% faster than the global average. This change in temperature increases the risk of environmental disasters, such as the collapse of glaciers. Preliminary investigations suggest that a collapsed glacier and its bedrock were the primary causes of the recent flash flood. While scientists are careful about linking every single event directly to climate change, officials note that the vast majority of disaster events in Nepal between 2018 and 2024 were related to climate issues.

In addition to the loss of power, the human cost of the disaster has been severe. The floods have affected not only local residents but also people from other nations. Deutsche Welle (DW) Top reports that India’s Ministry of External Affairs has confirmed 275 Indian citizens are currently missing, while 169 have been rescued following the floods. This international impact highlights the scale of the tragedy and the shared risks faced by countries in the region. The search for survivors continues, and many workers and engineers are still thought to be trapped inside the mud-filled tunnels of the damaged power facilities.

In response to the crisis, officials are beginning to rethink the nation's energy strategy. Rajan Dhakal, a spokesman for the state-owned Nepal Electricity Authority, stated that the time has come for a new approach to hydropower policy. Former Energy Minister Kulman Ghising described the event as a once-in-a-century disaster, emphasizing that it provides important lessons for the future. He suggested that new plants must be designed to be more resilient to floods and that the country needs better early-warning systems and emergency evacuation plans to keep people safe.

One potential solution being discussed is moving away from the current model of plants that rely on fast-flowing mountain water. Instead, the country could look into reservoir-based plants. These facilities would allow water to be stored and released only when it is needed, which could reduce the risks associated with sudden, high-speed floods. However, experts warn that this shift would come with significant economic and environmental costs. As Nepal looks to rebuild, it must balance its need for clean energy with the growing dangers of a changing climate. The debate over whether the country has put all its eggs in one basket—meaning it is too dependent on one type of energy—is now at the center of national discussions.