
The energy transition has entered a critical phase where the success of scaling clean technologies now outpaces the capacity of existing power systems. While renewables are winning on cost, their rapid deployment creates significant strains, including grid congestion, price cannibalization, and curtailment. Addressing these challenges requires moving beyond simple capacity expansion to prioritize system integration, where grids, market design, and flexibility assets function as a cohesive, reliable backbone. Batteries and demand-side management are evolving from optional enhancements into essential infrastructure, yet they cannot compensate for chronic underinvestment in transmission networks or outdated regulatory frameworks. Achieving 2035 electrification targets necessitates a shift toward locational pricing, smarter grid augmentation, and policy reforms that incentivize system efficiency over mere generation volume. Ultimately, the transition’s success depends on coordinating these complex, interconnected elements to ensure a resilient and investable energy future.
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