Global Energy Roundup: Fusion Advances, LNG Growth, and Solar Agrivoltaics

A new framework from the Massachusetts Institute of Technology aims to tackle the economic challenges of scaling nuclear fusion, according to OilPrice.com. The framework, detailed in an August 12 press release, weighs the physical inputs and costs needed to build commercially competitive fusion power plants. This comes after a series of scientific breakthroughs, including the 2022 achievement of 'first ignition' at Lawrence Livermore National Laboratory, which proved a fusion reaction could produce more energy than it consumed. Nuclear physicist Annie Kritcher told Fortune that fusion, if achieved commercially, would require minimal materials—citing "a bathtub of seawater and a laptop battery’s size of lithium" to power one person's lifetime—and produce no long-term radioactive waste.

Meanwhile, global liquefied natural gas (LNG) capacity is poised for significant expansion, driven by five major megaprojects. OilPrice.com reported on August 12 that Qatar, the U.S., and Argentina are leading this next wave. Key projects include QatarEnergy's North Field West expansion, which aims to add 16 million tonnes per year of LNG capacity, and several U.S. ventures like Rio Grande LNG and Port Arthur LNG. This growth comes despite recent supply chain disruptions; Iranian strikes in spring 2026 damaged Qatar's Ras Laffan LNG facility, sidelining an estimated 12.8 million tonnes per year of capacity for three to five years. Shell’s LNG Outlook 2026 projects global demand will rise to nearly 700 million tonnes a year by 2050, a 65% increase from 2025 levels.

In the renewable sector, solar power is gaining traction through "agrivoltaics"—the dual use of land for both agriculture and solar panel installations. OilPrice.com reported that this approach helps address land-use criticism and provides farmers with additional income. Solar panels can provide shade for crops and livestock, reduce soil water evaporation, and benefit from the cooling effects of crop water vapour. A large-scale example is underway in California, where private developer Golden State Clean Energy plans to install up to 21 GW of solar panels and battery storage across 136,000 acres of fallow agricultural land in the San Joaquin Valley over the next decade.

These global developments in foundational energy technologies—fusion, gas infrastructure, and integrated renewables—highlight the evolving long-term landscape for energy-producing regions like the Bakken. The continued expansion of global LNG capacity underscores the enduring role of natural gas in the energy mix, while innovations in solar land use and the pursuit of fusion represent potential distant shifts in the energy economy.