Canadian Perspectives: Energy Policies and Progress - t ti Presentation to the Western System Power Pool S
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More suppliers More innovation More choice Canadian Perspectives: Energy Policies and Progress P Presentation t ti to t the th Western W t S System t Power P Pool P l March 2011 1
Overview In business school… Good Cheap Fast The theory goes, you can pick only two out of three.
Overview In electricity… Reliable Affordable Clean Canadian provinces are grappling with this challenge differently: • Most provinces remain regulated and are contracting with IPPs • Most are grappling with the need for transmission • Few – if any – have an articulated roadmap
Table of Contents 1.0 IPPSA’s Role 2.0 Canadian Market Regulation 3.0 Affordable 4.0 Reliable 5.0 Clean 6.0 Achieving the Trinity 70 7.0 Conclusion
1.0 IPPSA’s Role
1.0 IPPSA’s IPPSA s Role • IPPSA was founded in 1993 as a forum for generator dialogue and as an advocate for competition in Alberta Alberta’s s electricity market market. • Since the market opened, competition has brought new suppliers, new innovation new choices and a downward pressure on wholesale prices innovation, prices. • IPPSA has 100 members. Our Board includes Canada’s leading IPPs and power suppliers: AltaGas AltaGas, ATCO Power Power, Capital Power Corp Corp., ENMAX ENMAX, EnCana, Maxim Power Corp., Nexen Marketing, Shell Energy Trading, TransAlta and TransCanada.
2.0 Canadian Market Regulation
2.0 Canadian Market Regulation g • Electricity is a matter of provincial jurisdiction • Federal F d l regulation l ti iis li limited it d tto iinterprovincial t i i l ttransmission i i d development l t and export permitting • Federal policy on climate change is contentious. Environment is a shared provincial/federal responsibility, but natural resources are provincial. • Most Canadian jurisdictions – with the notable exception of Alberta – remain vertically integrated, crown corporations • IPPs are a popular means to ‘green the grid’ across Canada • Alberta’s market is commoditized, where IPPs take investment risk and are compensated by spot market prices, or any contract they can sell. • Ontario attempted commoditization, but is now contracting with both generators and subsidizing g g some consumers
2.0 Canadian Market Regulation g Canadian Electricity Market Regulation Source: London Economics International LLC
3.0 Affordable
3.0 Affordable Expectations p are that electricity y will remain cheap p 2009 delivered electricity costs (average = ¢10.1/kWh) Source: London Economics International LLC
3.0 Affordable • Reality is that costs will rise as demand rises, along with new supply and needed transmission Estimated 2015 delivered electricity costs 2015 (average = ¢12/kWh) Source: London Economics International LLC
4.0 Reliable
4.0 Reliable • Non-negotiable • Mandatory Reliability Standards • Quite tricky in Alberta • Transmission a key vehicle for f reliability • Grid under particular strain in Alberta with 3% annual load growth over the past decade and little in transmission • Transmission has been source of particular drama in Alberta: • 300KM 500KV AC line filed in 2005, approved in 2006, and voided in 2008 • New bill to introduce 2, 500 KV DC lines, for ~ 300KM from Edmonton to Calgary • 500KV line to industrial development near Edmonton has attracted 500 intervenors, and its in a utility corridor
5.0 Clean
5.0 Clean • Impending Federal Regulation phases out coal generation • Requires all future plants to emit to the level of a CC plant, no offsets • Patchwork of provincial policies, many striving for green economy (Quebec, Ontario, British Columbia, Manitoba) • Ontario’s FIT = ¢13.5/kWh for onshore wind, ¢63.5 for > 250KV PV solar rooftop • Alberta generators respond to market price signals and offset price signals • ~6000 MW built since 1996, ~1000MW has been coal, 675 wind and the rest gas • Fuel switching has a profound impact on a slow moving industry • Decades long investments in thermal generation and transmission (AB, Sask, ON) • Remote intermittent facilities require transmission and interties • Slow progress on demand response, micro-gen and smart grids • Gas generation can be located close to loads, with its own issues
5.0 Clean • “Clean” is where the challenge begins: • Intermittent generation requires balancing in order to maintain reliability • Intermittent generation g is not often found near load,, thus the need to build transmission • Intermittent generation – wind, solar - comes at a cost premium • Other “clean” generation - large hydro, nuclear - are complex or prohibitive • Gas Gas-fired fired generation appears to be the “go go to to” fuel…again. fuel again Levelized Cost (Hatch Energy, 2009) Cost/ $MWH Pulverized coal 100-140 (with carbon capture) Natural Gas Combined Cycle (@ 5/GJ) 80 Natural Gas Cogen (@ 5/GJ) 70 Wind 85-115 Large Hydro 70-120 Nuclear 100-140
6.0 Achieving the Trinity
6.0 Achieving the Trinity Reliable • Understanding the trade-offs • M Managing i public bli expectations t ti Affordable Clean • Seeking policy stability • climate change is a challenge for Alberta’s Alberta s open market in particular • Ensuring regulatory framework supports the strategy • universal concerns with citing generation and transmission • dealing d li with ith costs t associated i t d with ith fuel f l switching it hi (thermal, (th l gas, smartt grid) id) • Implementation of policy is its own challenge • Ontario FIT cancelled offshore wind, transmission an issue • BC Energy Plan reaction • Alberta Transmission Policy
7.0 Conclusion
7.0 Conclusion • A number of challenges are common to Canadian power markets Reliable • greening the grid • citing new supply and new transmission • cost p pushback • Expect a patchwork approach to Affordable Clean resolving them among various provinces • These aren’t simple objectives • We take them for granted • Provinces will strive to achieve all three with differing successes
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