ChatGPT · No location
I work for an engineering firm in New Plymouth that serves the energy sector. I have a mortgage and worry about whether there will be steady local work over the next few years. I am considering my vote in the 2026 New Zealand general election. How do parties differ on gas, renewable energy and industrial investment in Taranaki, and what evidence is there about the implications for local workers?
The future of energy work in Taranaki: what the parties are proposing for 2026
Your concern is a practical one: this is not just a debate about climate policy or energy prices. It is about whether New Plymouth and the wider Taranaki region will have enough well-paid engineering, maintenance, construction, operations and project-development work to support households over the next five to ten years.
There are three connected questions to examine:
- Gas and oil: Will New Zealand continue developing domestic gas resources, and how quickly will the industry be expected to transition?
- Renewable energy: Will investment in wind, solar, geothermal and electricity infrastructure create enough new work to replace declining petroleum-sector activity?
- Industrial investment: Will government policy encourage companies to build and operate energy-intensive industries in Taranaki, rather than simply importing energy or moving production offshore?
An important distinction throughout this comparison is between political promises, projects that have actually reached investment or construction, and jobs that have been independently demonstrated to exist.
1. What the parties are proposing
The following comparison reflects published policies and announcements available in October 2026. The main parties to examine are National, Labour, ACT, NZ First, the Greens and Te Pāti Māori.
Policy comparison — positions and announced commitments, not predictions of what a coalition government will deliver.
| Party | Domestic gas | Renewable energy | Industrial investment |
|---|---|---|---|
| National | Supports further exploration and maintaining gas as part of energy security. | Supports expanding renewable generation and private investment. | Supports industrial energy security, including imported LNG as a backup. |
| Labour | Would reinstate the offshore exploration ban while honouring existing permits. | Supports renewable electricity, electrification and solar investment. | Emphasises helping businesses transition to cleaner energy and improving electricity-market settings. |
| ACT | Strongly supports domestic exploration and gas development. | Supports investment-led renewable development, with fewer regulatory barriers. | Emphasises private investment, affordable energy and development of natural resources. |
| NZ First | Strongly supports domestic gas exploration and increased energy-resource development. | Supports renewables but places considerable emphasis on reliable, affordable energy. | Supports industrial development, including its proposed Marsden Point special economic zone. |
| Greens | Opposes new oil and gas exploration and would reverse the current exploration approach. | Strongly supports renewable electricity and publicly owned renewable generation. | Emphasises publicly directed investment, clean industrial development and a managed transition. |
| Te Pāti Māori | Opposes further fossil-fuel development. | Emphasises renewable energy, energy sovereignty and community participation. | Focuses on locally beneficial, sustainable investment and community ownership. |
Sources: the October 2026 party-policy comparison by MinterEllison and ; the gas-specific comparison by Sustainability.
National: maintaining gas while expanding renewables
National's approach is to maintain domestic exploration, support gas infrastructure and expand renewable electricity.
Its most significant implications for Taranaki include:
- The reversal of the offshore oil and gas exploration ban in 2025.
- Support for a liquefied natural gas (LNG) import terminal at Port Taranaki.
- Continuing reliance on gas and other thermal generation to help manage electricity supply during dry years.
- Supporting investment in new electricity generation.
The proposed LNG terminal is particularly relevant to New Plymouth. It could generate engineering, marine infrastructure, construction and ongoing maintenance work.
However, there is an important distinction: an LNG import terminal is not the same thing as discovering and developing new Taranaki gas fields. It would import gas rather than create a new domestic exploration and production industry.
Labour: renewable development and a managed move away from new exploration
Labour's approach is to restore the offshore exploration ban while allowing existing permits to continue.
Its energy direction includes:
- More renewable electricity generation.
- Solar investment and electrification.
- Working with industrial businesses to transition away from fossil-fuel dependence.
- Reforming electricity-market settings to address supply and affordability.
For Taranaki, this could create demand for electrical engineering, grid infrastructure, renewable project development and industrial conversion.
The key uncertainty is whether replacement projects will develop quickly enough to provide work for people currently employed in oil and gas and associated contracting businesses.
ACT: stronger emphasis on private-sector energy development
ACT supports further oil and gas exploration and a market-led approach to energy investment.
Its approach places emphasis on:
- Removing barriers to energy development.
- Maintaining access to domestic gas.
- Encouraging private investment in electricity generation.
- Improving energy affordability and reliability.
For Taranaki contractors, this approach is relevant because it supports continued activity in the traditional energy industry as well as private-sector infrastructure development.
The uncertainty is how much investment companies will actually commit, particularly given the time needed to discover and develop new gas resources.
NZ First: domestic energy resources and industrial development
NZ First supports domestic gas exploration and energy-resource development.
It also advocates:
- Greater domestic energy security.
- Changes to electricity-market competition.
- Industrial development, including a special economic zone proposal for Marsden Point.
Its industrial emphasis is relevant to Taranaki because stronger domestic manufacturing and processing could generate demand for engineering, plant maintenance and industrial services.
However, a Marsden Point development is not automatically a Taranaki project. Its regional benefits would depend on whether Taranaki companies win contracts and participate in the supply chain.
Greens and Te Pāti Māori: a faster transition to renewable energy
Both parties oppose further fossil-fuel exploration, but their approaches to energy investment are not identical.
The Greens emphasise publicly owned renewable generation, including their Kiwipower proposal, alongside electrification and clean industrial investment.
Te Pāti Māori places more emphasis on energy sovereignty, community participation, geothermal development, storage and locally beneficial energy systems.
For Taranaki, these approaches could create opportunities in:
- Geothermal engineering.
- Wind and offshore renewable infrastructure.
- Battery storage and electricity systems.
- Industrial electrification.
- Renewable fuels and emerging energy technologies.
The question for workers is whether these projects will be large and developed quickly enough to replace employment in the existing energy industry.
2. What the evidence says about jobs in Taranaki
This is arguably the most important part of the decision, because there is already measurable evidence of employment pressure.
1,700+
Full-time-equivalent jobs lost in Taranaki between 2022 and 2025
Across oil and gas, large energy users, and supporting contractors and consultancies.
Source: Re-Energise 26, Energy Resources Aotearoa and Electricity Engineers' Association.
This is survey-based evidence from participating organisations, not a complete census. The report says the actual regional impact is likely higher. energyresources.org.nzNew report highlights challenges and opportunities for Taranaki energy workforce » Venture Taranaki
What makes this particularly concerning?
The report identifies several structural issues:
- Job losses have affected engineers, technicians, tradespeople, operations workers, professional staff and support employees.
- Employment growth in emerging energy technologies has not yet offset losses in traditional energy and large industrial users.
- There is a risk that experienced workers will leave Taranaki or New Zealand altogether.
- The region does not currently have enough confirmed new projects to absorb displaced workers in the near term.
This matters because engineering firms do not just employ people directly on oil and gas facilities. Their wider supply chains include fabrication, electrical engineering, instrumentation, inspection, safety, project management, civil engineering and specialist maintenance.
The report specifically identifies the risk of losing this accumulated regional capability. energyresources.org.nzNew report highlights challenges and opportunities for Taranaki energy workforce » Taranaki, New Zealand
The gas industry: an important timing issue
There are two different questions politicians sometimes combine:
- Can New Zealand find and develop additional domestic gas?
- Can additional gas arrive soon enough to preserve existing industrial employment?
The workforce report estimates that developing a new gas discovery could take approximately 10–15 years from exploration and appraisal through to sustained production.
That means supporting exploration could maintain some specialist exploration and engineering activity, but it is not a guarantee of substantial new employment in the next two or three years. energyresources.org.nzenergyresources.org.nz
There is also a risk on the industrial-consumer side.
The report identifies Methanex and Ballance Agri-Nutrients' Kapuni operation as important examples of large gas users. If either were to close because of ongoing gas supply constraints, Taranaki could experience another significant reduction in employment.
This is an important consideration for engineering businesses: industrial gas availability affects not just the gas producers, but also the companies maintaining and servicing the facilities that consume gas. energyresources.org.nz
LNG at Port Taranaki: potentially important, but not a guaranteed jobs solution
The proposed LNG import facility is one of the most consequential energy projects for the region.
As at 1 November 2026:
- The Government has identified a preferred provider.
- The proposed facility involves a floating LNG storage and regasification vessel at Port Taranaki.
- The Government has deferred signing a contract until after the 7 November general election.
- The project is intended to provide backup gas when domestic supply and hydroelectric generation are insufficient.
MBIE says the facility would be built, owned, operated and maintained by an experienced external provider. LNG in New ZealandLNG at Port Taranaki
What could this mean for local engineering workers?
Potential opportunities include:
- Marine and port engineering.
- Mechanical and piping work.
- Electrical and instrumentation systems.
- Safety and environmental engineering.
- Inspection and ongoing maintenance.
- Gas transmission infrastructure.
However, the facility is not yet a confirmed construction project, and there is no publicly established number of Taranaki jobs that it will create.
It is also important to recognise that importing LNG does not necessarily create the same level of local employment as discovering, developing and producing domestic gas.
The project could support existing industrial gas users, but it does not resolve the longer-term question of whether New Zealand will have enough affordable domestic energy.
LNG in New ZealandLNG at Port TaranakiGas and the 2026 NZ election: where the parties stand
Renewable energy: real potential, but the jobs are not all here yet
10
The Re-Energise 26 report identifies several potential opportunities for Taranaki:
- Offshore wind development.
- Geothermal energy.
- Hydrogen and synthetic fuels.
- Biogas and bioenergy.
- Industrial electrification and supporting infrastructure.
These are not simply theoretical areas of interest. Taranaki already has engineering, fabrication, marine and energy infrastructure capabilities that could support them.
But there is a critical difference between a potential project pipeline and a funded project that is employing local people.
The report warns that emerging technologies have so far produced relatively small workforce increases, concentrated largely in engineering and professional roles rather than across the full range of trades and operations.
It also finds that no single future scenario, including LNG, offshore renewables or decommissioning, would absorb the scale of recent job losses in the short term. energyresources.org.nzenergyresources.org.nzenergyresources.org.nz
An interesting opportunity: diversifying Taranaki's engineering industry
One initiative worth following is the Taranaki Alliance.
It brings together local engineering, manufacturing, fabrication and industrial services businesses to compete for larger contracts outside the traditional oil and gas market.
The Re-Energise 26 report discusses potential contract opportunities of $100–200 million over the Alliance's initial years, across infrastructure, defence and energy-related markets.
That is potential contract value, not guaranteed revenue or employment. Nevertheless, it is an example of how Taranaki firms could use existing technical capability in other industries. energyresources.org.nzNew report highlights challenges and opportunities for Taranaki energy workforce » Taranaki, New Zealand
3. How these policies could affect your employment prospects
For an engineering professional, the important issue is not necessarily whether the oil and gas industry survives unchanged. It is whether the regional economy develops enough different sources of engineering demand.
Here is a practical breakdown.
| Area of work | Potential demand driver | Main uncertainty |
|---|---|---|
| Oil and gas engineering | Exploration, production and maintenance | Gas discoveries and investment decisions |
| LNG infrastructure | Import terminal and gas transmission | Project approval, financing and construction |
| Electrical engineering | Renewables, grid upgrades and electrification | Project delivery and grid investment |
| Mechanical and piping | Industrial conversion and energy infrastructure | Whether major projects reach construction |
| Instrumentation and controls | New generation and industrial facilities | Scale of actual investment |
| Decommissioning | Retirement of ageing offshore assets | Project timing and available contracts |
| Hydrogen and synthetic fuels | New industrial energy production | Commercial viability and customer demand |
| Fabrication and manufacturing | Infrastructure and industrial contracts | Ability to secure work beyond oil and gas |
The most important employment finding
The report's analysis suggests that Taranaki's challenge is partly a mismatch in timing.
Traditional energy jobs are disappearing now, while some of the new renewable and industrial opportunities are still being planned or awaiting investment decisions.
That creates a risk of losing experienced workers before replacement projects are ready.
For someone with a mortgage, this is worth taking seriously: a policy that might produce substantial employment in 2035 does not necessarily protect household income in 2027 or 2028.
energyresources.org.nzenergyresources.org.nz
4. What should you look for beyond party promises?
I would pay particular attention to five things when comparing the parties' commitments.
A. How quickly will investment actually happen?
Ask whether a policy produces:
- Engineering design contracts within 12 months.
- Construction and fabrication work within two to three years.
- Permanent operations and maintenance work over five to ten years.
These are different types of employment. A party might support an industry without producing immediate local contracts.
B. Will industrial companies stay in Taranaki?
This is arguably as important as new energy development.
Methanex, Ballance and other industrial businesses provide demand for specialist engineering and maintenance.
Ask candidates what they would do to ensure that energy-intensive businesses can continue operating competitively in New Zealand.
C. Will Taranaki receive a fair share of renewable investment?
A wind farm or electricity project elsewhere in New Zealand does not automatically create work for New Plymouth engineering companies.
Look for commitments to local procurement, regional infrastructure, training and supply-chain development.
D. What happens to experienced workers?
A good transition policy needs more than training programmes for school leavers.
It should also address:
- Retraining experienced mechanical and electrical engineers.
- Transferring oil and gas skills into renewable industries.
- Maintaining local apprenticeship and technical training.
- Supporting contractors through gaps between major projects.
E. Is there a long-term energy strategy?
Energy infrastructure requires considerable investment and long planning periods.
The 2026 energy policy comparisons identify cross-party interest in a national energy strategy, but the parties differ in their approaches to achieving it. The politics of power: Comparing energy policies ahead of Election 2026Party energy policies, side by side
5. Questions I would put to your local candidates
These questions are particularly relevant to someone employed by an engineering company serving the energy industry.
The independent organisation Rewiring Aotearoa has also published questions for candidates, including on gas supply, power prices, training and long-term energy planning.
I would add some more specifically relevant to Taranaki:
- What specific projects will your party support that could create engineering employment in Taranaki by 2028?
- Will you support the proposed Port Taranaki LNG facility, and what commitments will you seek for local engineering and construction contractors?
- What is your plan to maintain affordable gas supplies for existing industrial users?
- How will you ensure Taranaki engineering firms can win contracts in offshore wind, geothermal and other renewable developments?
- What practical assistance will be available to experienced oil and gas workers transitioning into other industries?
- Will you commit to a funded regional industrial development and employment strategy?
You can also use Rewiring Aotearoa's party-by-party policy comparison to examine the latest published commitments.
6. My overall assessment of the evidence
Rather than ranking parties, I think it is useful to separate the different economic outcomes their policies are trying to achieve.
| Economic objective | Main policy approaches associated with it |
|---|---|
| Preserve domestic petroleum-sector activity | National, ACT and NZ First |
| Accelerate the move away from new fossil-fuel exploration | Labour, Greens and Te Pāti Māori |
| Expand renewable electricity investment | All parties, with different approaches to ownership and funding |
| Maintain gas supply for existing industrial users | Particularly National, ACT and NZ First; Labour has a different transition approach |
| Expand public-sector involvement in renewable generation | Particularly Greens |
| Encourage private-sector energy and industrial investment | Particularly National and ACT |
| Promote regional and community energy participation | Particularly Greens and Te Pāti Māori |
The evidence points to three important conclusions.
First, Taranaki is already experiencing an employment transition. This is not merely a future possibility. More than 1,700 surveyed full-time-equivalent jobs disappeared between 2022 and 2025.
Second, supporting domestic gas exploration does not automatically guarantee employment security. New discoveries take considerable time to develop, and existing industrial users need reliable supplies much sooner.
Third, renewable investment is an opportunity, but it needs to translate into actual projects and local contracts. The region has transferable expertise, but the current evidence does not establish that renewable industries will replace lost jobs quickly enough.
For your mortgage and household security, the distinction between a political commitment and a funded project with a construction timetable is especially important.
7. Sources worth reading before voting
These are the sources I would put at the top of your reading list.
Re-Energise 26 – Energy Resources Aotearoa and Electricity Engineers' Association. The most directly relevant workforce evidence, including regional employment losses, future scenarios and skills requirements.
Venture Taranaki – Taranaki energy workforce report. Regional interpretation of the employment challenges and opportunities.
MinterEllison – Election 2026 energy policy comparison. A useful comparison of published party commitments.
Rewiring Aotearoa – Party policies side by side. A non-partisan breakdown of energy and electrification policies.
MBIE – LNG in New Zealand. Official information about the proposed Port Taranaki facility and its procurement status.
Sustainability Partners – Gas and the 2026 election. A focused comparison of the parties' positions on domestic gas, LNG and industrial energy security.
One final consideration
I would be careful not to make your household's financial security dependent on any one political promise.
The most useful question is whether Taranaki can sustain a diversified industrial economy that provides good employment across traditional energy, renewables, manufacturing, infrastructure and engineering services.
That is a more meaningful measure of regional economic resilience than whether one particular energy technology wins the political debate.
One question that would help me make the employment analysis more relevant:
What sort of engineering work does your firm primarily undertake?
- Mechanical, piping and process engineering
- Electrical, instrumentation and control systems
- Civil and structural engineering
- Project management and construction
- Multidisciplinary engineering and consultancy
I can then examine which proposed energy and industrial developments are most likely to create demand for those particular skills, and distinguish near-term opportunities from longer-term possibilities.
ChatGPT can make mistakes. Check important info.
Captured 2 November 2026 · shown as ChatGPT gave it, not a verified account