The Colombian government and the Ministry of Mines and Energy have activated a national early warning due to the El Niño phenomenon [1, 2].
This measure is critical because the anticipated advance of the weather pattern creates significant risks of water and energy shortages across the country [1, 2]. By implementing conservation strategies early, the government aims to protect the national power grid and ensure water security for the population.
To address these risks, the Ministry of Mines and Energy issued a circular on April 11, 2024 [2]. The directive provides specific recommendations for saving water and electricity to reduce the overall load on national infrastructure.
One of the primary measures involves the public sector. The government said that officials should utilize work-from-home options to lower energy consumption in government buildings [2]. This shift is intended to reduce the operational costs and energy demands of large administrative centers during the peak of the climate event.
Beyond public officials, the government is urging the general public to adopt stricter conservation habits. The early warning system is designed to prepare the country for the erratic weather patterns associated with El Niño, which typically bring higher temperatures and reduced rainfall to the region [1, 2].
These proactive steps follow a pattern of increasing climate volatility in South America. The ministry's focus on both water and energy highlights the interconnected nature of Colombia's hydroelectric power system, where low water levels directly impact the country's ability to generate electricity [1, 2].
“The Colombian government and the Ministry of Mines and Energy have activated a national early warning due to the El Niño phenomenon.”
Colombia's reliance on hydroelectric power makes its energy grid uniquely vulnerable to the droughts caused by El Niño. By implementing remote work and conservation measures, the government is attempting to avoid the more drastic step of scheduled power outages, known as rationing, which have historically occurred during severe climate shifts in the region.


