Soaring Energy Prices Drive Record Home Solar Installations as Grid Consumption Falls 12% in Pakistan

Soaring Energy Prices Drive Record Home Solar Installations as Grid Consumption Falls 12% in Pakistan Pakistan imported 16 GW of solar in nine months while data centres push US electricity demand up, creating opposing forces in global energy markets. Home solar installations are surging across emerging markets as households flee soaring electricity bills driven by the global energy crisis. Pakistan imported 16 GW of solar capacity in the first nine months of 2025. Grid power consumption dropped around 12% as families installed rooftop panels to escape bills consuming a quarter of average incomes and power cuts at temperatures exceeding 50C. A 10% sales tax on imported panels imposed in June had little visible effect on demand.⁵ The pace of adoption caught state utilities off guard. Falling grid revenue threatens the fixed-cost recovery model that underpins electricity infrastructure financing. When electricity is unreliable and expensive, rooftop solar sells itself without government subsidies.⁵ Soaring oil and gas prices from geopolitical disruptions are accelerating solar adoption globally. Solar photovoltaic technology is highly modular, with home systems at 3-20 kW deployable without utility involvement. The technology bypasses the grid entirely.⁶ BloombergNEF projects solar will become the largest power source by 2035, surpassing coal, oil, and natural gas. The shift occurs alongside historic electricity demand growth from AI and industrial electrification.^4,3 Data centres consumed about 4.6% of total US electricity in 2024, a share government estimates suggest could nearly triple by 2028. Some analysts predict nationwide use rising as much as 20% in the next decade. Natural gas accounted for more than 40% of electricity powering US data centres in 2024, the IEA said. Coal supplied 30% globally. Google's emissions jumped nearly 50%. Amazon's rose 33%. Meta's surged over 60%.² China dominates the solar supply chain. Chinese manufacturers have driven costs down so aggressively that Indian module prices could fall up to 25%. India's maximum annual solar cell manufacturing capacity is about 3 GW while average yearly demand runs at 20 GW. The gap is filled by imports.¹ The unresolved question is whether distributed solar in emerging markets will destroy enough grid demand to offset what AI data centres add in the United States and Europe. If rooftop solar continues eroding grid consumption at 12% annual rates across South Asia, the developing world's demand destruction may exceed the developed world's demand creation. Which trend moves faster determines the net effect on gas and coal markets.^5,2