For decades, environmental and energy policy have been bound together under the assumption that decarbonisation requires a unified global energy transition. The logic seemed clear, climate goals demand changes to energy systems. But as 2026 progresses, the assumption that 195 nations with differing economic and political circumstances could coordinate a unified transition is showing its limits.
The Problem: Policy Complexity, Diverging Incentives
While the scientific basis for climate action is not in doubt, the structural challenge lies in reconciling energy security, affordability, and reliability across diverse national and regional contexts. Many of the world’s major emitting countries are currently not on track to meet their pledged emissions reductions under the Paris Agreement (Source: PBL, 2025).
Even within Australia, achieving the target of 82% renewable electricity by 2030 requires substantial deployment of renewables and supporting infrastructure (Source: Climate Action Tracker, 2024). Renewables supply a growing but still incomplete portion of Australia’s electricity demand (Source: Clean Energy Council, 2025).
A Better-Sized Lens: Separate What’s Different
To unlock more robust, resilient outcomes—both for people and the planet—it may be time to disentangle energy policy and environmental/climate policy. Under this model:
- Energy policy becomes technology-agnostic and market-driven, tasked with delivering abundant, reliable, and affordable energy for households and industry.
- Environmental policy retains its role as guardian of ecological integrity, setting pollutant limits, enforcing emissions and impact thresholds, and regulating environmental risk with clear, enforced standards.
Rather than prescribing specific technologies or energy mixes, this dual-track model lets innovation, cost-effectiveness, and real-world conditions determine which solutions win—while ensuring environmental outcomes remain protected.
Why This Approach Makes Sense
History and modelling both support the idea that technology-neutral energy markets, combined with strong environmental regulation, can deliver low-cost, reliable energy while reducing emissions. For example, studies in Australia show that a future electricity system built on variable renewables, storage, and demand-side flexibility can meet energy demand reliably while reducing greenhouse gas emissions substantially (Source: Arxiv, 2020).
When governments avoid picking “winners” and instead set outcomes-based guardrails, the cost burden is lower, innovation is stimulated, and the economic as well as environmental performance improves.
The Strategic Question for Industry and Government
When will we separate energy policy from climate policy—enabling market-led energy abundance, while strengthening environmental safeguards that deliver genuine sustainability?
This question isn’t about abandoning climate ambition. It’s about restoring clarity: clear environmental regulations, and real energy choices—without political distortion, forced technological bets, and unrealistic uniformity.
References
- Future Electricity Systems with Variable Renewables, Storage, and Demand-Side Flexibility, 2020.
- Clean Energy Council. Bridging the Gap to 82% Renewable Electricity Generation by 2030, 2025.
- Climate Action Tracker. Australia’s Renewable Energy Targets and Progress, 2024.
- PBL Netherlands Environmental Assessment Agency. Climate Action Tracker – Global Assessment of Emissions Reductions, 2025.
Matt Smith, Director
Matt has been Managing Director of Klarite for 8 years and has over 23 years of experience in environmental management. With a background in marine engineering and a Masters of Business Administration from RMIT, Matt founded Klarite in 2017, an environmental services company catering to energy projects in Australia. His expertise spans climate risk management, best practice regulation, environmental policy, and emergency response. Matt has held senior roles in the non-profit, industry, and government sectors.