On your first paragraph I'll take that wager, you're dreaming. How's it working out for Germany and the UK? They're years "ahead" of us or China and on a go forward basis are bringing more coal power online than renewable as they've already been down the path and realize we're not there yet. As for China selling it back to us they already are in a sense, we can't compete with their manufacturing so that's where cheap, (yet still ineffective) solar comes from and we don't have the raws for the rare earth magnets so it comes from them. Remember that dirty little secret of the renewable revolution? How clean do you reckon the panels made in China really are? Don't be naive.
I can't speak to Germany or UK as I'm not fully aware of there thermal coal consumption and their plan to a low carbon future. I'll let the citizens in those countries find their path to reducing their CO2 and as far as I can tell they seem to be on the right path. I will concern myself with what our country / province / cities / individuals are doing. Before we point fingers at other countries we need to clean up our house.
http://www.iea.org/media/statistics/topics/emissions/CO2_Emissions_Overview.pdf
What dirty little solar panel secret are you referring to. Got a source?
My argument is to follow this. Below are snips for the report and the whole thing is worth a read. My comments are in blue.
http://www.iea.org/publications/freepublications/publication/The_Way_forward.pdf
Energy is critical to global prosperity, as it underpins economic growth, social development, and poverty reduction. It has fuelled global economic development since the industrial revolution, and countries aspire to further inclusive economic growth. However, with more than 80% of global energy sourced from fossil fuels, growing energy demand has led to increasing greenhouse gas emissions. Today’s challenge is to decouple economic growth and social development from increasing emissions. This requires action by central and local governments, publicly and privately owned businesses, communities, and individuals.
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Challenges to this transition include locked-in infrastructure, short-term market conditions favouring coal, fossil fuel subsidies, and inadequate carbon pricing. Solutions lie in greater efficiency and switching to cleaner energy sources. This document sets out five priorities for immediate action: interventions with short-term impact, a focus on electricity emissions, longsighted investment and innovation, and mobilising other goals in service of decarbonisation.
(locking in new coal, LNG, bitumen are what they are talking about)
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Long-term impacts of short-term actions When considering what package of short-term measures to deploy, countries should also keep in mind consistency with longer-term decarbonisation. For example,switching to natural gas power generation can reduce emissions from coal, but by 2030 power generation must be moving beyond natural gas to a greater share of zerocarbon options. New investments in gas infrastructure should take this into account.
(notice it does not say BC should create a whole new industry called LNG with a life cycle of 30 years)
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Electricity supply must shift to lower-carbon options.More efficient coal can assist this goal in the short term.Natural gas will be part of the mix for longer, but the average emissions intensity of power generation must fall to below that of natural gas generation before 2030. This fall is propelled primarily by new investments in zerocarbon sources: between 2020 and 2030, the average emissions intensity of new power generation in the 2DSis only 52 gCO2/kWh.
(again this says NG not LNG and notice the dates that we need to faze them out)
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To propel power sector decarbonisation forward, strong policies with wide reach are required. Carbon pricing(including carbon taxes and emissions trading) is critical, and is being used increasingly in developed and developing countries. A challenge will be to achieve the high carbon price levels needed to shift plant investment and retirement decisions. Regulation (such as fleetwide or individual technology performance standards) can also be a useful, pragmatic policy tool.
(Strong policy is needed so why is it that BC LNG industry get's a free pass on the carbon tax?)
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Advances in the availability and cost of low-carbon technologies will underpin long-term decarbonisation. For example, photovoltaic modules have reduced dramatically in cost from USD 4/W in 2008 to USD 0.8/Win 2012, and are expected to further halve by 2030. At this time, however, most technologies are not developing at a rate consistent with the 2°C goal. Increased support for technology development is required.
(Yes we need cheaper solar but as all things in technology the price falls over time. We have seen that with computers and cell phones)
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One degree celsius of warming can be expected to reduce available electricity generation capacity in the summer by up to 19% (Europe) and 16% (the United States) by the 2040s. Transmission and distribution networks’ efficiency is also compromised by a rise in temperature. Higher temperatures will either require additional peak generation and transmission capacity or greater demand-side response at peak times.
(That can't be good .... site c would would not help us much as we may think)
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Reduced water availability and increased competition for water resources are major threats to the energy sector n the coming years. Water is needed, in particular, for thermal power plant cooling and hydropower generation. A changing climate can also reduce the availability of fuels for electricity generation.
(Maybe we should be looking at way to create energy that does not need water like solar / wind and the bonus part is the fuel is free)
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The answer to our fossil fuel problems are not more fossil fuels. Locking us in with new fossil fuel projects is exactly what the fossil fuel industry wants from us. Why do you think there is such a push for these projects.