LNG: Give the consumer power, not gas
Saturday, 21 February 2026
Alexandra Vranyac-Wheeler is the chief executive of Master Electricians New Zealand.
OPINION: New Zealand is once again debating what energy security really means, and the Government’s proposed LNG import terminal is being positioned as the pragmatic solution to our well‑known “dry year” challenge. The idea is that importing liquefied natural gas will provide a steady backstop when hydro lakes are low, protecting households from price shocks and stabilising the system.
But this logic doesn’t stand up to scrutiny.
If the country faces ageing generation assets, tightening environmental constraints and more variable rainfall, the answer is not to create a new layer of fossil‑fuel dependency. Resilience, affordability and long‑term energy independence point us in a different direction entirely. Energy security should be about reducing reliance on external markets, not building new pathways for dependence. And if the objective is truly to empower consumers and future‑proof the system, enabling households and businesses to generate, store and manage their own energy is a far smarter investment than underwriting LNG.
The real energy security strategy: Consumer self‑sufficiency
New Zealand’s electricity system is one of the most renewable in the world, with approximately 80-85 percent of supply produced by renewable generation. The issue is not that our system is clean; it is that it is heavily dependent on hydroelectricity, which becomes vulnerable during low‑rainfall years. The Government’s response is to introduce levies on households to fund an LNG import terminal that can power gas‑fired plants during those rare dry periods. But this overlooks a more resilient and more modern solution: distributed generation and storage at scale.
A secure modern energy system does not hinge on a single point of supply backed by an expensive fossil‑fuel insurance policy. It relies on thousands of small contributions working together. When households, farms and businesses are equipped to generate some of their own electricity, store excess energy and adjust their consumption in response to real‑time demand, the entire system becomes more robust. Local generation eases pressure on the grid, reduces peak loads and makes the system less vulnerable to transmission constraints. The more that consumers can meet their own needs, the less strain falls on central infrastructure, and the more adaptable the system becomes during periods of stress. This is true resilience – a structure built from the ground up, rather than top‑down dependence on an imported commodity.
Australia shows what happens when governments back solar
A useful comparison lies just across the Tasman. Over the past decade, Australia has aggressively supported rooftop solar, battery incentives and renewable energy zones. The result has been significant downward pressure on household energy bills, a stronger and more resilient grid, and a rapid acceleration in renewable adoption. In parts of Australia, solar generation from rooftops now contributes meaningfully to peak supply, reducing the need for gas‑fired peaking plants and lowering the cost of electricity during high‑demand periods. One in three households have solar on their roof.
New Zealand could replicate this success. Supporting solar and battery uptake in urban suburbs, rural communities and regional industries would not only reduce dependence on imported fuel but also create long‑term cost savings for households. Many international analyses already show that investment in rooftop solar and electrification delivers lower energy bills and greater structural savings than fossil‑fuel‑based alternatives. New Zealand has the natural renewable advantage to go even further than Australia, but only if policy supports consumer participation rather than centralised fossil‑fuel backup.
Flex demand and smart grids: Taking load off the system
The future of electricity systems is about orchestrating demand intelligently and distributed energy resources (solar panels, batteries, EV chargers and smart appliances). As devices become digitally responsive, households can automatically shift usage away from peaks and toward periods of abundant, low‑cost renewable power. The entire network becomes more balanced and efficient; a model already being adopted globally – from Europe’s flexible demand markets to America’s virtual power plants. Accelerating the transition is expected to create about 44,834 New Zealand electrotechnology job openings between 2025 and 2030.
The “dry year” logic doesn’t fully stack up
The central argument for LNG is that hydro shortages require fossil backup. But dry years tend to bring fewer clouds, more sunlight and cooler temperatures. These conditions weaken hydro generation but strengthen solar output. Rather than importing gas during dry seasons, New Zealand could expand solar generation precisely when it performs best. Solar becomes a natural counterbalance to hydro variability, reducing the need for expensive and carbon‑intensive backup generation. When storage is added, through batteries at homes, businesses and substations, the system gains further protection against supply swings. Relying on LNG, on the other hand, locks consumers into levies that pay for infrastructure which may be used only rarely and exposes the country to volatile international gas prices.
The path forward
The LNG proposal effectively asks consumers to subsidise new fossil‑fuel dependency while waiting for theoretical price benefits that rely on retailer behaviour and international market conditions. There is little assurance that households would ever see meaningful savings. By contrast, a strategy focused on distributed renewable generation, local storage, electrification and demand flexibility delivers enduring benefits. It lowers energy bills, supports a stronger and more resilient grid, and grows a skilled New Zealand‑based workforce. It also aligns with long‑term climate goals and reduces exposure to global fuel markets.
New Zealand has every ingredient needed for a secure, affordable and independent energy future. Energy security is a balancing act, but the strategic direction is wrong. What we need now is policy that liberates consumers rather than shackling them to imported fossil fuels. The choice is clear. LNG cannot deliver the energy independence we seek. Distributed renewables can and will if we commit to building a system designed with its users.