Why the Energy Supply System Has Been Infected by a Dangerous Virus - and How It Can Be Cured

This strategic analysis identifies a systemic vulnerability in the global energy transition: the chronic mismatch between renewable generation and storage or transmission capacity. Drawing from the findings of the 2025 DNV report "From Silos to Systems" and further supported by data from the United States, China, Europe, and other high-renewable regions, the paper characterizes this dysfunction as an “Energy Virus.” It proposes a pragmatic, scalable remedy: compressed methane (CH₄) as a dispatchable energy carrier, combined with the modular TSTM (Tubular Storage Tank Module) architecture. TSTM repurposes high-pressure gas pipelines — like those used in Nord Stream 2 — into distributed, rapidly deployable gas storage modules. These enable seasonal buffering and localized energy security without further straining overburdened grids. The document includes technical assessments, geopolitical implications, pilot project concepts, and systemic critiques of current hydrogen and battery strategies. It challenges dominant narratives with grounded realism and invites infrastructure operators, regulators, and innovators to collaborate in field trials.