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Turkey has emerged as the world’s most aggressive adopter of grid‑scale battery storage, with more than 33 GW approved since 2022, according to a new Ember analysis. That figure dwarfs the total planned and operational capacity of leading EU nations such as Germany and Italy, which together sit at roughly 12‑13 GW.The surge reflects a 2022 mandate that grants preferential grid access to renewable projects that pair generation with an equal amount of storage. Of the 221 GW of battery projects submitted, Turkey has green‑lit 33 GW—equivalent to about 83% of its current wind and solar capacity. Only Romania in the EU shows a higher storage‑to‑renewable ratio.Policy analyst Ufuk Alparslan of Ember described the move as a “massive investment signal” that could make Turkey the backbone of a new, clean regional energy hub, especially ahead of the Cop31 climate summit in Antalya this November.Cost declines have been a key catalyst: the price of solar panels and battery packs has fallen by nearly 90% over the past decade, unlocking affordable, reliable power for countries in the global south. University of Wisconsin‑Madison researcher Greg Nemet noted that this price plunge creates “a tremendous opportunity for a cheap, clean and reliable energy system.”Despite the battery boom, Turkey’s energy mix remains heavily coal‑dependent, with coal accounting for 34% of electricity generation last year. The nation generates roughly one‑fifth of its power from wind and solar—higher than any Middle Eastern or Central Asian country but still below the European average.Turkey aims to boost installed wind and solar capacity to 120 GW by 2035, up from the current 40 GW. However, the 6.5 GW added in the most recent year fell short of the 8 GW needed to stay on track, highlighting implementation challenges.Alparslan cautioned that the ambitious battery pipeline faces hurdles, including permit bottlenecks and reliance on volatile spot‑market electricity prices. Moreover, Turkey’s extensive hydropower resources lessen the immediate need for large‑scale batteries compared with many European states.Nevertheless, the country’s decisive policy stance sends a clear message: even as the global fossil‑fuel crisis intensifies—exacerbated by geopolitical tensions such as the Iran‑Hormuz conflict—Turkey is positioning itself at the forefront of the clean‑energy transition.

At the start of 2026 Pakistan was sitting on a surplus of imported liquefied natural gas (LNG). Three consecutive years of falling demand – from a peak of 8.2 million tonnes in 2021 to 6.1 million tonnes by late 2025 – were driven by cheap solar panels and reduced industrial activity. The government responded by quietly selling excess cargoes abroad and shutting down domestic wells to avoid over‑pressurising pipelines. Any gas that could not be diverted would have been pushed into household networks at a loss, adding billions to the sector’s crippling debt. Everything changed on 28 February when the United States and Israel launched the "Epic Fury" operation against Iran. The strikes killed Supreme Leader Ali Khamenei and targeted missile sites, air defences and military infrastructure. Iran retaliated with hundreds of missiles and drones, choking traffic through the Strait of Hormuz – a chokepoint for roughly 20 % of global oil and gas. As part of its retaliation, Iranian drones hit Qatar’s Ras Laffan Industrial City on 2 March, the world’s largest LNG export hub. Qatar, the second‑largest LNG exporter after the United States, declared force majeure and halted all production, releasing it from contractual delivery obligations. The fallout was immediate. Qatar’s forced shutdown cut its LNG output by 17 % and disrupted the supply chain that fuels Pakistan, which sources almost all of its imported gas from Qatar and the United Arab Emirates. Pakistan’s LNG arrivals plummeted from 12 shipments in January to just two in March. Monthly cargo data from the Oil and Gas Regulatory Authority (OGRA) show that the country received between eight and twelve shipments a month through 2025, but only two arrived after the conflict began. Price pressure followed. On 13 February state‑owned Pakistan State Oil and Pakistan LNG Limited bought eight cargoes at an average of $10.47 per MMBtu (totaling $257.1 million). By 12 March the two cargoes that did arrive cost $12.49 per MMBtu – a 19 % increase in just one month. Long‑term contracts have left Pakistan with little flexibility. Two government‑to‑government agreements with Qatar, spanning 15 and 10 years, commit the country to nine shipments a month. Even as domestic demand fell – LNG’s share of Asian markets dropped from ~30 % in 2020 to ~18 % in 2025 – the contracts remained binding. Solarisation has been a double‑edged sword. By 2025 Pakistan installed 34 GW of solar capacity, with about 25 GW feeding the national grid, driving an 11 % decline in overall electricity demand between 2022 and 2025. Gas‑fired power plants built for imported LNG are now under‑utilised, especially during daylight hours. Analysts warn that the surplus was predictable. “Pakistan’s energy planning has been locked into long‑term contracts with little room for adjustment,” says Haneea Isaad of the Institute for Energy Economics and Financial Analysis (IEEFA). The resulting circular debt now stands at 3.3 trillion rupees (≈ $11 billion), and the government is negotiating to off‑load 177 unwanted shipments worth $5.6 billion through 2031. With Qatar’s LNG shipments effectively halted, the country faces a potential shortfall of more than 21 % of its power generation capacity. The National Electric Power Regulatory Authority confirmed that LNG supplies are under force majeure, while coal imports from South Africa and Indonesia continue. To mitigate the gap, Pakistan is reviving domestic gas production that had been throttled during the surplus period. Roughly 350–400 million cubic feet per day of domestic gas were previously held back for LNG imports, now being released to the grid. Nevertheless, analysts caution that even with restored domestic gas, imported coal and hydropower, “the energy shortage may persist, especially during the peak summer months.” Summer pressure is already building. The State of Industry Report 2025 recorded peak electricity demand of over 33,000 MW last summer, while winter demand sits around 15,000 MW, helped by solar generation of 9,000–10,000 MW daily. Furnace oil, the primary backup fuel, now costs 35 rupees per unit (≈ $0.12), more than double since the Strait of Hormuz disruption. Consumers with grid electricity face higher bills and possible outages; industrial users reliant on gas risk production cuts; those equipped with rooftop solar and battery storage are best insulated. “Returning to the spot market is unlikely given Pakistan’s dire financial position, and competing with wealthier nations would price the country out,” Isaad warns. “The realistic outcome may be planned load‑shedding of two to three hours daily.”

The ongoing energy crisis in Britain has exposed the consequences of successive governments' reliance on short-term, vote-winning policies, leaving the country vulnerable to strategic coercion, particularly in the energy sector. Britain has significant potential in tidal stream energy, with about 50% of Europe's tidal resources available within its territorial waters. This energy source is predictable, inexhaustible, and can be operational within three years of consent, independent of global energy prices and weather variability. Despite its potential, government support for tidal stream energy remains a tiny fraction of that provided to offshore wind, well under 1%. With stronger support, its costs could fall to parity with wind within five years. Operational projects in Scotland have already generated more than 70 GWh, while costs are falling by around 17% a year. The constraint on tidal stream energy is not technical, but political short-termism. It is time for the government to act and provide stronger support for this industry. Additionally, the article suggests that rooftop solar and battery storage can be encouraged to provide more renewables without blighting the countryside. An obligation can be put on energy companies to encourage their customers to install solar, and customers can be encouraged to include battery storage with the solar panels. Over time, this can lead to grid-level storage hosted over the whole grid, providing resilience for the energy companies and a way for renewables to provide many of the UK's energy needs.