236 This paper has argued five things consistently. First, that natural gas is a system enabler rather than a competing technology. Its value lies in providing firm, dispatchable, and flexible generation that stabilizes power systems and supports the integration of variable renewable energy. The framing of “renewables vs. gas” is analytically unproductive; the question is how to combine them effectively. Second, that Peru’s domestic gas endowment —particularly Camisea and its regulated prices— constitutes a genuine structural advantage. The three-scenario analysis in Section 4 shows that a balanced hybrid architecture achieves meaningful emissions reductions at lower system cost and higher reliability than a purely renewable pathway, given current infrastructure conditions and technology costs. Third, that this advantage is conditional on three things: the physical deliverability of gas through a resilient supply chain; sustained investment in infrastructure with sufficient redundancy; and clearly defined transition sequencing that preserves optionality as cleaner alternatives mature. These conditions are not currently fully met. Fourth, that the risks of a gas-enabled strategy are real and must be actively managed. Methane leakage, infrastructure lock-in, Camisea’s reserve horizon, and ESG threshold misalignment are not theoretical concerns. Each requires specific institutional responses, as set out in the risk register in Section 5. Fifth, that mining companies have a catalytic role to play. As large and stable energy consumers, they can anchor demand, improve the bankability of infrastructure investments, and accelerate the expansion of gas and renewable networks — generating the broader economic and social benefits that are essential to maintaining the social license on which Peruvian mining increasingly depends. Peru’s energy transition is not defined by the pace at which it replaces one energy source with another. It is defined by its ability to design a system that aligns its comparative advantages with the realities of decarbonization — pragmatically, sequentially, and with the discipline to define in advance when each phase ends and the next begins.
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