Solar Panels Rise as Pakistan Finds Resilience Amid Global Energy Crisis

A significant shift towards solar energy is protecting Pakistani households and farmers from escalating energy shortages triggered by international conflicts.

In the remote village of Dasht, Balochistan, Karim Baksh experienced firsthand the fragility of traditional irrigation methods. For years, his watermelons relied on a diesel-powered pump, a system rendered unsustainable by rapidly rising fuel costs following Russia’s invasion of Ukraine in 2022. The increased expense made daily operation impossible, forcing him to reduce his cultivated land. Baksh’s situation reflects a growing vulnerability within Pakistan, a nation of 250 million people acutely reliant on global energy supply routes. Eighty percent of Pakistan’s oil imports traverse the Strait of Hormuz, a critical maritime passage, and nearly all of its Liquefied Natural Gas (LNG) originates from Qatar and the United Arab Emirates. This dependence has become increasingly problematic as the ongoing US-Israel conflict with Iran has caused a dramatic surge in energy prices worldwide, coupled with the closure of the Strait of Hormuz. Driven by necessity, Baksh invested 1,075 US dollars in 2023, borrowing funds from family and friends, to install a solar panel system. This seemingly risky decision is now providing a crucial shield. Despite the extreme summer temperatures – reaching 51 degrees Celsius (124 degrees Fahrenheit) – the solar pump continues to operate, allowing Baksh to irrigate his watermelons without the burden of expensive diesel. This shift is particularly notable given the potential ramifications highlighted by the Council on Foreign Relations. Should the Strait of Hormuz remain closed, Pakistan faces a severe energy crisis, potentially leading to widespread power outages, factory closures, and disruptions across public services, transportation, and households. However, a growing number of Pakistani families, including Baksh, are utilizing solar power, creating a protective buffer against the escalating global energy instability. The transition represents a vital adaptation strategy for a nation navigating a complex and precarious geopolitical landscape.