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Development of a National Energy Strategy: Presentation to the Energy Law Association 26 April 2006


[ Last Updated 28 April 2006 ]
Short Description PowerPoint Presentation by David Smol, Deputy Secretary, Resources and Networks

Author David Smol


Within this page …

Slide 1: Developing a National Energy Strategy: Agenda

  • Context
  • Scope, content and process
  • The future under business-as-usual
  • Issues, options and choices in developing the NES
  • Concluding comments

Slide 2: Developing an NES: Context

Slide 3: The Energy Sector Poses Material Challenges in All Countries …

  • Energy is essential to modern life and to a modern economy
  • Energy sector is characterised by:
    • Environmental externalities
    • Monopolies (e.g. transmission, system operation)
    • Imperfect demand-side participation
  • Finite hydrocarbon resource and (?) increasing geopolitical uncertainty
  • All countries face the twin and long-term challenges of peak oil and climate change

Slide 4: … and New Zealand Faces Some Specific Energy Challenges

  • Small and remote market, mountainous, "stringy": impacts on redundancy/resilience and scope for competition
  • Technology-taker (mostly)
  • Unusual GHG emissions profile
  • Divergent views on the effectiveness of existing policy and regulatory arrangements and of the respective roles for government and for markets

Map of New Zealand showing the national grid.

Slide 5: Climate Change, Economic Transformation and the Future of the Energy Sector Are Inter-Linked

  • Climate change will drive changes to the structure of economies
  • Historically "cheap" energy has influenced current structure of New Zealand's economy
  • Economic transformation and climate change both drive us towards higher value-added activities, but building on existing strengths

Graph showing electricity consumption and contribution to GDP of several major sectors.

Slide 6: The Current Energy Policy Framework Is Based on an Evolving Mix of Markets and Regulation

Diagram of energy policy framework.

Slide 7: Developing an NES: Scope, Content and Process

Slide 8: Developing an NES: Scope

  • Build on the Sustainable Energy Programme of Action
  • Encompass core energy sectors
  • Integrate with climate change policy, NEECS and fuel-related parts of National Transport Strategy
  • Feed into assessment of relative R&D priorities and to evolving international relationships
  • Support wider government strategies, e.g. economic transformation

Relationships of Key Policies with Sustainable Energy

Graph of "Relationships of Key Policies with Sustainable Energy".

Slide 9: Developing an NES: Content

  • Direction and goals - medium and long term
    • Specific targets, where appropriate
  • Energy scenarios
    • Explore alternative futures and their implications for policy choices
  • Policy issues, options and choices
  • Action plans

And, developing and communicating all of the above in a compelling and engaging way

Slide 10: Developing an NES: Process

  • NES terms of reference currently being finalised
  • Officials will be consulting in detail with stakeholders following release of a draft document
    • Whole-of-government process for development of draft and for subsequent stakeholder engagement
  • Policy development and engagement processes for NES, NEECS and climate change will be integrated to the extent possible

Slide 11: Developing an NES: Baseline of Business-as-Usual

Slide 12: The Energy Outlook Given Business-as-Usual

  • A view of the future under "business-as-usual" (BAU) is a useful input/baseline in developing a NES
  • BAU projections are based on:
    • "Mainstream" assumptions about future GDP growth, exchange rates, availability and price of fuels, rate of energy efficiency improvements
    • No carbon charge
    • Assumption that outcomes will reflect underlying supply/demand i.e. that market and institutional arrangements work satisfactorily
  • Note: BAU input assumptions are themselves subject to significant uncertainty

Slide 13: Under BAU: Growth in Energy Demand Seems Set to Continue, Particularly in Transport …

Graph of future energy demand.

Slide 14: … Thermal Fuels Are Likely to Dominate the Supply Mix Over the Coming 25 Years

Graph of future energy supply mix.

Slide 15: … Carbon Emissions Will Continue to Increase, Particularly in Transport

Graph of future carbon emissions.

Slide 16: … and Recent Significant Price Increases in Electricity, Gas and Oil Are Unlikely to Reverse

Illustrative BAU Consumer Energy Prices

Graph of "Illustrative BAU Consumer Energy Prices".

  • Current electricity prices appear sufficient to incentivise investment in new generation
  • International oil prices remain volatile
  • New Zealand gas prices are likely to trend towards imported LNG prices
  • Exchange rate volatility is a further source of energy price uncertainty
  • Other countries have also experienced significant energy price increases

Slide 17: Energy Outlook under Business-as-Usual, in Summary

  • BAU projections show:
    • Higher greenhouse gas emissions
    • Growing dependence on imported oil and, possibly, LNG
    • No price relief
  • BAU outcomes are driven by:
    • continued economic growth
    • depleting indigenous gas (and oil)
    • high international fuel prices
  • NES has the potential to influence some of these drivers more than others

Slide 18: Developing an NES: Key Issues

Slide 19: Developing an NES: Key Issues

Categories of issue include:

  • How is our desired future direction best articulated, in the face of considerable uncertainty?
  • Will existing policy, regulatory and delivery arrangements support optimal outcomes given underlying supply/demand?
  • How should policy, regulatory and delivery arrangements be changed to amend outcomes that would otherwise result from underlying supply/demand?

Slide 20: Issue: Maximising the Contribution of Energy Efficiency

  • Increased energy efficiency supports multiple objectives
  • Energy is a scarce resource, like capital, labour, land etc; energy efficiency makes sense where economically beneficial, after accounting for environmental externalities
  • Better unlocking the apparent potential for increased efficiency of use is a critical challenge for NEECS/NES/climate change
  • Chances of success will be increased with:
    • Collective buy-in to the challenge
    • Improved understanding of blockages to uptake
    • Effective utilisation of the set of intervention tools
    • Effective institutional arrangements
    • Appropriate funding

Slide 21: Issue: Optimising the Contribution of Renewable Electricity

  • Main driver for renewable electricity is climate change
  • Some renewable technologies are commercially viable already
  • Cumulative uncontrollable renewables (wind) will impact on system operation
  • Policy issues include:
    • Influencing investment and operational choices until such time as carbon is priced
    • Addressing any undue barriers to renewables
    • Whether and how to support emerging technologies

Indicative New Plant Generation Costs to 2025

Graph of "Indicative New Plant Generation Costs to 2025".

Slide 22: Issue: Managing the Transition away from Oil Dependence

Graph of past and future oil prices.

  • Future oil prices remain uncertain, and will continue to be influenced by geopolitics and natural disasters
  • Higher oil prices enhance economics of alternatives, including vehicle technology changes, e.g. hybrids
  • In New Zealand, biofuel (particularly biodiesel) from existing by-products may be economic already
  • Assessing end-to-end economics of new biofuel crops is tricky
  • Longer-term solutions may look very different e.g. hydrogen (plus sequestration)

Slide 23: Issue: Will the Regulated Electricity Market Maintain Stakeholder Confidence in Ongoing Security of Supply?

Graph of generation capacity and demand.

  • Investment in new generation is occurring (although e3P received partial government underwrite, and PRE credits applied for some projects)
  • Stakeholder concerns remain, including over price and environmental effects of market-based investments

Slide 24: Issue: What Role for Gas/LNG over the Next Twenty-or-So Years?

Gas Deliverability Profile and Demand

Graph of "Gas Deliverability Profile and Demand".

  • Indigenous gas supplies are depleting
  • Exploration is increasing, but outcome is uncertain
  • Existing gas-fired power stations would be partially stranded given a gas shortfall
  • LNG (or CNG) is a potential "backstop" source of supply, but raises a range of issues

Slide 25: Issue: Will the Regulated Electricity Market Deliver an "Optimal" Transmission System?

Transmission Investment over Past 15 Years Has Been Very Limited

Graph of "Transmission Investment over Past 15 Years Has Been Very Limited".

  • Proposed transmission upgrades have proven controversial and are a live issue
  • Complex and inter-related economic and environmental issues arise
  • Integrating planned transmission with competitive generation is challenging

Slide 26: Concluding Comments

  • Development of NES is timely, given ongoing debate over effectiveness of existing policy settings and twin long-term challenges of climate change and peak oil
  • Views as to what a NES should contain appear to vary widely
  • Enabling effective stakeholder input will be essential to NES development


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