The energy transition is often framed as a future climate issue. For many households and businesses, it’s already a cost-of-living issue. New Zealand’s reliance on imported fossil fuels leaves us exposed to volatile global markets, geopolitical shocks and supply disruptions that flow directly into fuel prices, manufacturing and transport costs, and the price of everyday goods.
When international oil and gas prices rise, New Zealand feels it quickly. Transport costs increase, while food, construction and freight costs follow. Energy bills rise, placing additional pressure on households with limited financial resilience. These dynamics undermine social cohesion and weigh on economic confidence.
Playing the long game means recognising that reducing dependence on imported fossil fuels is about energy security, affordability and resilience, more so than just meeting emissions targets. A more electrified, renewable and efficient energy system anchored in domestic resources strengthens economic sovereignty and reduces exposure to external shocks.
New Zealand starts from a position of strength, with a largely renewable electricity system. But the transition ahead is substantial. Electrifying transport, industry and process heat will increase demand at the same time as climate change places greater stress on generation, transmission and distribution networks. Without coordinated, long‑term investment, these pressures risk driving up costs rather than delivering the benefits of transition.
Playing the long game is therefore about building an energy system that delivers affordable energy over time. That includes strengthening grid capacity and resilience, investing in storage and flexibility, and managing demand more intelligently.
Energy efficiency is one of the most cost‑effective tools available to address both emissions and the cost of living. Warmer homes, more efficient technology and better building performance reduce energy demand permanently, lower household bills and improve health outcomes. Yet these benefits accrue over time and are often undervalued in budget decisions focused on short‑term impacts.
Reducing fossil fuel dependence also increases resilience in a rapidly changing climate. Extreme weather is already disrupting supply chains, transport networks and energy infrastructure. Locally-generated, renewable energy, supported by robust networks and distributed solutions, reduces vulnerability and supports faster recovery when disruption occurs.
If the energy transition is approached narrowly, as a compliance exercise or a cost to be managed, its social licence will remain fragile. If it is designed as a pathway to lower long‑term costs and, increased energy security, it then becomes a foundation of resilience rather than a source of pressure.