Kyiv defence business centre to open, minister says

Off topic, apologies to George

The UK remains deeply tethered to global fossil fuel networks, leaving its economy acutely exposed to geopolitical shocks. While low-carbon sources generate over half of British electricity, nearly three-quarters of the UK’s total primary energy demand still relies on oil and gas. Over half of our natural gas is imported, and transport depends almost entirely on foreign petrol/diesel. Proposed extraction projects like Rosebank and Jackdaw offer minimal insulation, covering just 3% to 4% of daily consumption at peak. Furthermore, because our remaining domestic refineries require different oil grades, most of Rosebank’s crude would be exported. The UK is no longer energy independent; it is a price-taker bound to global supply chains

This dependency becomes a critical hazard during systemic crises. Should military tensions surrounding the Straits of Hormuz escalate into a full scale war with American boots on the ground, the disruption of key maritime chokepoints would trigger catastrophic global resource depletion. A synchronized blockade—with the Houthis closing the Red Sea and the IRGC bombarding the Suez Canal—would sever the primary energy artery between East and West, draining global oil reserves within 2-3 weeks. Denied sufficient hydrocarbon imports, the UK would have to pivot instantly to a wartime-style emergency energy transition

This survivalist shift would expose a severe mismatch between available power and existing infrastructure. In the initial 24 months, the crisis would be managed through aggressive demand-side rationing rather than immediate infrastructure additions. The UK’s current grid-scale battery fleet stands at 7.5GW (12.9 GW hours). If forced to carry the nation’s baseline electricity load during a total blackout, these batteries would drain within 30 minutes. Combined with pumped-hydro assets, the entire national storage buffer provides barely one hour of emergency power.

To bridge this, the UK is expanding grid battery capacity at a blistering pace, averaging an additional 439 MW every quarter and growing the fleet by 45% annually. However, structural baseload support remains years away, as the nation’s new nuclear pipeline offers no immediate relief; Hinkley Point C is not scheduled to come onstream until around 2031, while Sizewell C remains locked in early-stage development well into the mid-2030s

Consequently, the first phase would mandate strict fuel rationing, manufacturing caps, and work-from-home orders to preserve remaining North Sea reserves. Simultaneously, the state would bypass localized planning laws to fast-track the 11 GW of wind and solar projects stalled in connection queues. Under emergency provisions, the state would force a rapid buildout of Small Modular Reactors (SMRs) using standardized factory parts, aiming to bypass the mid-2030s commercial timeline to deploy compact SMR 1.5GW clusters within months. Yet, during a total blockade, the UK’s 10.3GW of subsea electrical interconnectors would become a critical geopolitical wildcard. If neighbouring European countries face a parallel gas collapse and shut down cross-border power flows to protect their own grids, the UK could lose ~13% of its power supply overnight, instantly exacerbating the domestic shortfall. While emergency mandates could achieve a decarbonised grid over a three-to-five-year horizon, the ultimate bottleneck remains retrofitting the 85% of British homes reliant on gas boilers before new nuclear arrives.

Ultimately, an escalation of the Iran war would force a compressed, high-friction energy transition driven strictly by national survival.

Russia. Ukraine. Special Operation. Putin will lose. Kyiv. Crimea. Western aid. Azov. Zelensky.
I wonder if key words set the bots off, a bit like Echelon?