Energy & Environment

How the nation powers its homes, industries, and future with reliable, affordable energy-using reason-governed standards and respect for property and prosperity compatible with Foundational Values.

Key Takeaways

Federal and state net-zero policy, renewable certificates, and grid dominance of intermittent sources drive high power prices despite abundant resources.
A legislative nuclear ban leaves world-leading uranium reserves unused for baseload while political opposition has blocked reform bills.
Environmental approvals and climate-framed regulation delay major projects; the alternative is time-capped, objective standards and presumptive paths for strategic energy and minerals.
Paris-aligned targets and compliance mechanisms impose industry costs for minimal global leverage; stewardship would shift to property rights, local environmental priorities, and abundant low-cost energy.

Current Australia

New Australia

🌿 Net Zero Targets & Renewable Subsidies

Policy is anchored in 43% emissions cuts by 2030 and net zero by 2050, with large renewable subsidies and a grid tilted toward intermittent solar and wind-driving backup, transmission spend, and very high retail prices.

Targets: Federal and state policies are driven by 43% emissions reduction by 2030 and net zero by 2050.
Subsidies: Massive support flows through Renewable Energy Certificates (RECs), Large-scale Generation Certificates, and the Renewable Energy (Electricity) Act 2000.
Grid mix: Solar and wind are now dominant in some regions, which requires expensive backup and transmission to manage intermittency.
Prices: Electricity prices sit among the highest in the OECD despite abundant domestic resources.

📉 Market-Driven Transition & Adaptation

There would be no emissions targets or carbon pricing; policy would emphasize adaptation, economic low-carbon options where they pencil out, repeal of Paris commitments, and eliminating energy poverty through abundance.

No targets or carbon pricing: No emissions targets or carbon pricing at the centre of energy policy.
Adaptation and innovation: Focus on practical adaptation-sea walls, resilient infrastructure, agricultural R&D-and on technological innovation where it is economic: advanced nuclear, geothermal, hydrogen.
International: Full repeal of Paris Agreement commitments.
Outcomes: Energy poverty addressed by abundance rather than rationing.

Why this is better

Targets vs. impact: Symbolic emissions targets impose real costs on citizens with negligible global effect given Australia’s share of emissions.
Adaptation: Adaptation is framed as more honest and effective than mitigation for a country like Australia.
Markets vs. planning: A market-led approach is argued to harness ingenuity instead of central planning, aiming for cheaper, cleaner energy without sacrificing reliability or living standards.

Implementation

📜 Legislation

Levels 🏛️ Federal

Affects

Climate Change Act 2022 (Cth) (emissions reduction targets)
Renewable Energy (Electricity) Act 2000 (Cth)
Safeguard Mechanism (National Greenhouse and Energy Reporting Act 2007)
Paris Agreement commitments

Repeal of the Climate Change Act 2022 targets, the Renewable Energy (Electricity) Act 2000 certificate scheme, and the Safeguard Mechanism by primary legislation; withdrawal from the Paris Agreement by executive action under the treaty-making power.

☢️ Nuclear Prohibition

Statute explicitly bans nuclear power generation while Australia holds the world’s largest uranium reserves; bills in the 2023-2026 window, among other attempts, have not lifted the prohibition.

Legal ban: An explicit legislative ban on nuclear power generation under the Environment Protection and Biodiversity Conservation Act 1999 and the Australian Radiation Protection and Nuclear Safety Act 1998.
Resources paradox: Australia possesses the world’s largest uranium reserves but cannot use nuclear for domestic baseload power.
Politics: Repeated inquiries (including 2023-2026 bills) have failed to lift the prohibition because of political opposition.

⚡ Immediate Nuclear Rollout & Energy Independence

Nuclear prohibitions would be repealed, SMRs and large plants would be fast-tracked using domestic uranium, policy would prioritise lowest-cost reliable baseload, and renewable subsidies would be abolished within two years.

Repeal: Immediate repeal of all nuclear prohibitions.
Build-out: Fast-track small modular reactors (SMRs) and large-scale plants using Australian uranium.
Policy principle: National energy policy prioritises lowest-cost, reliable baseload power regardless of source.
Subsidies: Abolish all renewable subsidies and certificates within 24 months.

Why this is better

Merits of nuclear: Nuclear is described as proven, zero-emission, dispatchable power.
The ban: The ban is called ideological rather than evidence-based, leaving Australia uniquely handicapped among resource-rich nations.
Market discipline: Removing subsidies ends market distortion; engineering and economics, not targets, should set the energy mix.
Security and industry: This is expected to restore industrial competitiveness and energy security.

In context

Peer

Nuclear in electricity mix: AU / France / Korea / Canada 0% / ~65% / ~30% / ~15%

AU is the only G20 economy with a statutory ban on civil nuclear power despite holding the world's largest uranium reserves. France's sustained nuclear fleet underwrites its ~€50/MWh industrial power pricing.

reviewed 2026-04-19
Over time

AU residential electricity price ~18c/kWh (2007) → ~28c/kWh (2025)

Real retail prices have risen ~50% in real terms over the transition period despite historically declining wholesale costs for new solar and wind — the gap reflects network, firming, and transition costs.

Source reviewed 2026-04-19
Precedent

France's Messmer Plan (1974-88)

France built 56 reactors in ~15 years following the oil shock, reaching 75% nuclear electricity. Shows that a determined, standardised build program can transform a grid within one political generation — the lesson that makes the proposed AU nuclear fast-track plausible.

reviewed 2026-04-19

Implementation

📜 Legislation

Levels 🏛️ Federal 🏢 State

Affects

Environment Protection and Biodiversity Conservation Act 1999 (Cth), s 140A (nuclear prohibition)
Australian Radiation Protection and Nuclear Safety Act 1998 (Cth)
Renewable Energy (Electricity) Act 2000 (Cth) (subsidy scheme)

Federal: repeal of the nuclear prohibition in the EPBC Act s 140A and amendment of the ARPANSA Act to enable power-generation licensing; fast-track approvals pathway established by new primary legislation; abolition of renewable subsidies by repeal of the Renewable Energy (Electricity) Act certificate scheme. State: parallel repeal of state-level nuclear-prohibition statutes (e.g. the Uranium Mining and Nuclear Facilities Prohibitions Act 1986 (NSW), equivalent provisions in Victoria and Queensland) so state planning and radiation-safety regimes no longer independently block power-generation licensing or plant construction.

📋 Green Tape & Regulatory Overreach

EPBC-style environmental approvals can stall major projects for years as human-impact and climate framing displaces engineering and economics; gas export strength has coincided with domestic price pain and coal plants are retiring early without firm replacement.

Delays: Complex environmental approvals under the EPBC Act can mean years of delay for major projects (gas, mining, hydro, transmission).
Criteria drift: “Human impact” and climate considerations increasingly override engineering and economic assessments.
Gas: Gas exports have been prioritised while domestic prices spiked.
Coal exit: Coal-fired plants are being prematurely retired without adequate replacement capacity.

🗑️ Elimination of Green Tape

Environmental law would be radically streamlined: one federal approvals body with a hard twelve-month ceiling, decisions tied to objective environmental standards, and presumptive approval for critical minerals, gas, and nuclear in designated zones.

Institutional design: Radical reform of environmental law: one federal approvals agency with a strict 12-month maximum timeline.
Decision basis: Approvals based on objective environmental standards, not subjective “climate impact” or activist litigation.
Strategic projects: Presumptive approval for critical minerals, gas, and nuclear projects in designated zones.

Why this is better

Process capture: Current approvals are portrayed as captured by lawfare and NIMBYism, blocking timely development of conventional and new energy sources.
Predictability: Predictable, time-bound regulation is said to cut costs sharply while keeping genuine environmental safeguards.
Prosperity: This is intended to unlock the resource development Australia needs for prosperity.

Implementation

📜 Legislation

Levels 🏛️ Federal 🏢 State 🤝 Intergovernmental

Affects

Environment Protection and Biodiversity Conservation Act 1999 (Cth) (referral and approval processes)
State environmental assessment legislation (e.g. EP Act 1986 (WA))

Federal: replace the EPBC Act referral and approval process with a new streamlined federal approvals statute imposing a hard 12-month timeline, objective environmental standards, and designated presumptive-approval zones for critical minerals, gas, and nuclear projects. State: state environmental assessment legislation reformed in parallel to adopt equivalent timelines and objective standards, eliminating duplicative state-federal assessment. Intergovernmental: a bilateral approval agreement assigns a single lead assessor per project to prevent jurisdictional duplication.

🌍 Climate Policy & International Commitments

Paris-driven policy and mechanisms like the Safeguard Mechanism load compliance costs onto industry for a small share of global emissions, while historical carbon-pricing experiments ended in repeal; the emphasis stays on symbolic targets over local adaptation and technology.

Paris: Paris Agreement commitments steer policy despite little meaningful global impact from Australia’s emissions (~1.2% of world total).
Pricing and compliance: Carbon pricing experiments (CPRS, carbon tax repealed 2014) and the Safeguard Mechanism create compliance costs for industry.
Emphasis: Focus on symbolic targets rather than practical adaptation or technological solutions.

🌲 Practical Environmental Stewardship

Environmental protection would lean on strong property rights and common law for real pollution, voluntary and market-style conservation tools, and concrete local priorities-water, soil, invasives-alongside responsible nuclear waste management.

Rights and remedies: Strong property rights and common-law remedies for genuine pollution.
Private conservation: Incentives such as tradable development rights and conservation covenants.
Local priorities: Emphasis on tangible local issues: water management, soil health, invasive species, instead of global climate symbolism.
Nuclear waste: Nuclear waste managed responsibly with modern technology.

Why this is better

Centralisation: Centralised “environment” policy is argued to have become a vehicle for anti-development ideology.
Localism: Local knowledge, property rights, and targeted regulation are said to better protect actual environmental values.
Abundance: Stewardship through abundance-cheap energy enabling desalination and advanced remediation-is preferred to degrowth or sacrifice.

Implementation

📜 Legislation

Levels 🏛️ Federal 🏢 State 🏘️ Local

Affects

Climate Change Act 2022 (Cth)
State climate and environment legislation
Common-law nuisance and trespass (pollution remedies)

Federal: amend or repeal climate-specific statutes (Climate Change Act 2022, Safeguard Mechanism provisions) and strengthen common-law remedies for genuine pollution through federal tort and environmental-nuisance legislation. Federal and state: establish conservation incentive frameworks-tradable development rights, conservation covenants, and private-stewardship tax offsets-by new primary legislation at both levels. Local: municipal planning regimes incorporate conservation-covenant registers and recognise private environmental stewardship in land-use decisions.

Sources

Renewable Energy (Electricity) Act 2000 (Cth) - Federal Register of Legislation · accessed 2026-04-12
Australian Energy Market Operator (AEMO) - National Electricity Market · accessed 2026-04-12
Australian Radiation Protection and Nuclear Safety Act 1998 (Cth) - Federal Register of Legislation · accessed 2026-04-12
Clean Energy Regulator - Renewable Energy Target · accessed 2026-04-12