Clean Power Is Up and Will Get a War Boost: Three Things to Know

Why It Matters

The shift cuts reliance on volatile fossil fuels, lowers electricity costs and unlocks new markets for renewables and storage, reshaping global energy economics.

Key Takeaways

• Saudi solar-storage under $45/MWh for 65% of year
• Near‑full demand met at $70/MWh in Saudi
• Hyperscalers bought half of 56 GW clean‑power deals 2025
• US accounted for 76% of clean‑power PPAs
• Australia added 3.1 GW batteries, fivefold growth

Pulse Analysis

Geopolitical tension and the Iran war have sent gas and oil prices soaring, prompting governments and corporations to hedge against supply disruptions by accelerating clean‑energy investments. The price shock has highlighted the economic vulnerability of fossil‑fuel‑dependent economies, making low‑carbon alternatives not just an environmental choice but a financial imperative. Analysts now see a broader macro‑trend where renewable generation, especially when paired with storage, becomes a cornerstone of energy security across regions facing similar volatility.

In the Middle East, Saudi Arabia is turning its abundant solar resources into a competitive power source through solar‑plus‑storage projects. By delivering electricity at $45 /MWh for most of the year and achieving near‑full demand coverage at $70 /MWh, the kingdom can undercut traditional combined‑cycle gas turbines and attract data‑center developers seeking reliable, low‑cost power. This economic case is further reinforced by the growing appetite of hyperscale tech firms—Meta, Amazon, Google and Microsoft—who together accounted for roughly half of the 56 GW clean‑power purchase agreements signed in 2025, with the United States dominating the market at 76% of deals.

Australia illustrates how utility‑scale batteries are reshaping grid dynamics. A fivefold increase to 3.1 GW of battery capacity in 2025 enabled storage to supply 4.4% of average evening demand, a stark rise from 0.2% in 2021. These batteries are displacing costly gas‑plant run hours, smoothing price spikes and reducing market volatility. The Australian experience provides a template for other markets: strategic storage deployment can enhance renewable integration, lower consumer bills, and create new revenue streams for battery operators, accelerating the broader transition to a resilient, low‑carbon electricity system.