Chapter 7growth and improve living standards. Environmentalprotection has become an increasingly salient social issuein the past few years, but the public’s attention has mostlyfocused on those issues which directly affect economicproductivity and living conditions. The issue of carbonemissions has not yet hit the radar of the average citizen,and thus little public pressure has been put on the governmentto reduce emissions. On the other hand, providingenough energy to sustain China’s energy and manufacturingintensive economy is both a social and political priority.Indeed, meeting energy demand is the single most importantobjective of China’s green development. In nextsection, we will show how Chinese government plans tomeet the challenge of satisfying China’ growing energydemand, and the opportunities and challenges for globalclimate change with China’s green development plan.3. Overview of China’s energy policies:opportunities and challengesIt is our view that the key objective in the government’sgreen development plan is to enhance China’s energy securityby moderating the growth of energy demand andat the same time increasing energy supply. Compared toa business-as-usual scenario, China’s carbon emissionswill grow at a slower rate as a result of these initiatives.Yet these initiatives alone are highly unlikely to lead to areduction in China’s total carbon emissions or even a fulldecoupling of emissions from growth in the next two decades.5The findings presented in this section suggest that:• Energy efficiency programs will lower the energy intensityof GDP, but are not likely to reduce China’s totalenergy demand or total carbon emissions.• The government’s economic restructuring efforts mayeventually bear fruit, but are not likely to reduce energydemand or carbon emissions in the near term.• China’s burgeoning green industries will influence globalenergy markets through learning and scale effects,even though they will have little impact on China’s primaryenergy mix.• China’s new and improved electricity transmission anddistribution system will not only integrate new renewablesources into the state grid, but also incorporatenew coal developments and other fossil fuel sources;thus, its effect on emissions is likely mixed.• Electricity pricing reforms are required to rationalizeenergy usage, but such reforms have stalled due to thegovernment’s concern over inflation and social unrest.We now turn to examine in greater detail each of thesefive aspects of China’s current energy policy frameworkto explain how we arrived at the above conclusions. Toreiterate, these five initiatives are energy efficiency, economicrestructuring, expansion of renewables, electricitytransmission, and electricity pricing reform.3.1 Improving energy efficiencyThe Chinese economy is very energy-intensive. In 2006,per unit of GDP, China consumed 48% more energythan the US and nearly twice as much compared to Japanor France (EIA 2008). The high energy intensity ofthe Chinese GDP is the result of a combination of factors,including but not limited to: inefficient technology,a manufacturing-driven export-led economy, and pricecontrols that distort energy usage by industrial and residentialconsumers.From the late 1970s to the late 1990s, China actuallyhad a rather strong track record of reducing the energyintensity of its economic growth. But after China’s accessionto the World Trade Organization, manufactured exportsbegan to soar, as did the energy intensity per unit ofGDP. In order to curb this unwelcome trend, the Chinesegovernment in 2004 began to adopt a number of policiesto promote energy efficiency. Those policy measures includedfiscal incentives such as tax breaks for purchasingenergy conserving equipment, stricter standards for newbuildings and appliance, mandated closures of inefficientcoal-fired power plants and manufacturing plants, andinformation-driven programs like appliance labeling andmedia advertising (Zhou, Levine and Price 2010). Despitethe blip in the early 2000s, the Chinese governmenthas been remarkably successful with its energy efficiencyprograms.The government has been particularly aggressive inclosing small and inefficient power plants and producersof energy-intensive products. In 2007, the NDRClaunched a “build big, close small” campaign to consolidatethe number of coal-fired power plants. The followingtypes of generators had to be shut down: those under50,000kWh, those under 100,000kWh and in operationfor more than 20 years, and those that do not satisfy existingenvironmental or efficiency standards. Between2006 and 2010, China closed down 72.1GW of smallcoal-fired generators (Wen 2011). Many inefficient producersof coal, steel, concrete and coke were also closeddown. This type of industrial upgrading has, and willcontinue to, improve energy efficiency in China.Perhaps more importantly, the central governmenthas signaled that it will begin to evaluate the performanceof local officials based on their ability to meet notonly economic growth targets, but also national energyintensity reduction targets. The 12th FYG states that thecentral government will strengthen evaluation of energyconservation goals and improve the reward and punishmentsystem to ensure that local governments have theproper incentives to carry out energy efficiency policies(NDRC 2011, chapter 22 section 1).From 2006 to 2010, the implementation of energyefficiency policies has helped China to reduce energyintensity by 19.1% from 2005 levels. This achievementwas a little shy of the stated target of 20%, but nonethelesssignificant. However, there were severe unintended consequencesof energy efficiency programs, particularly atthe local level. Some local officials, struggling to meet theenergy intensity reduction targets, scheduled brownouts5 According to the latest forecastsby the China Energy Group atLawrence Berkeley National Laboratory,China's emissions arelikely to peak between 2030 and2035. However, this result is basedon the crucial assumption thatChina's average GDP growth ratebetween 2010 and 2020 will be7.7%, considerably lower than theprevious 10 years and in line withChina's stated target, and even slowergrowth rates of 5.9% between2020 and 2030 and 3.4% between2030 and 2050 (Zhou et al. 2011,3). This again demonstrates thatcompatibility between emissionsreduction and economic growthnot only requires aggressive policies,but also a much slowergrowth rate than what China isaccustomed to.78
Chapter 7which caused temporary shutdown of factories, schools,and hospitals. When the lights were turned off, manufacturersfired up diesel generators to compensate for the lossof electricity from the grid. Such actions had the perverseeffect of driving up diesel prices and ultimately food prices(Xinhua 2010), not to mention promoting an uncontrolledsource of energy and emissions in the form of off-grid dieselgeneration. The use of ad hoc measures – brownouts,shutdowns, off-grid generation, etc. – suggests that Chinawas pushing close to its practical limit of energy intensityreduction under the current policy framework.Though the central government gave no specific reasonfor lowering the energy intensity reduction target inthe 12th FYG to 16% from the 20% target in the 11thFYG, it likely did so to limit these types of unintendedconsequences at the local level. A lower target will hopefullypreclude local officials and manufacturers fromtaking drastic and disruptive measures to reduce energyconsumption. And given China’s proven track record onenergy efficiency, a 16% reduction in energy intensityappears achievable under the current policy framework.3.2 Restructuring the economyOne of the goals of economic restructuring is to decreasethe relative importance of the industrial sector in theeconomy while increasing the share of the service sector,and thereby slow the growth of energy demand. TheChinese government has often discussed the need foreconomic restructuring in order to achieve a more balancedand sustainable economic development and mitigatethe depletion of China’s limited natural resources.Nonetheless, at present, the Chinese economy is stillheavily reliant on manufacturing and energy intensiveindustries.The 12th FYG lays out various policies to promote lessenergy-intensive industries. The document states thatthe government should severely control the export ofenergy-intensive, pollution-intensive goods and naturalresources and promote the export of services and service-relatedproducts such as cultural products, Chinesemedicine, software, and information technology (NDRC2011, Chapter 51 Section 1). The 12th FYG also callsfor a 4% increase in the share of services in the economy(NDRC 2011, chapter 3), which was about 43.6% in2010 (Central Intelligence Agency 2011). In part to meetthis goal, the government is offering firms in the servicesector the same rates for water, electricity and naturalgas currently enjoyed by firms in the industrial sector(NDRC 2011, chapter 17 section 2).How quickly the large Chinese economy can shiftaway from energy-intensive, export-oriented manufacturingand large infrastructure investments and towardincreased services and domestic consumption is openfor debate. Though the government’s intentions are clear,it has yet to put forth a detailed and actionable plan tofacilitate the restructuring of the Chinese economy, beyondthe shift in resource pricing noted above. In ourview, a significant transition away from energy-intensiveindustries such as steel and cement, not to mentiondownstream sectors like building and rail construction,to more services could take decades.3.3 Growing renewable energyIn the past few years, renewable energy, especially wind,has witnessed explosive growth in China. As of 2010, thecountry had a total of 25.8GW of installed wind capacity,second only to the United States in absolute terms.More than half of that capacity, 13.8GW, was added in2009 alone (GWEC 2011, 4). China has become a hugemarket for renewable technology deployments, whichhas enticed the participation of the world’s leading energycompanies. At the same time, China’s own greenindustries – particularly solar panel production – havethemselves become globally competitive players.The two national grid companies are required by lawto purchase energy from wind and solar farms at higherrates, which will ensure that renewable power plantscan cover their cost and maintain a profit margin.The current build out of renewable energy infrastructurein China will likely continue on the back of strongerpolicy support. The two national grid companies are requiredby law to purchase energy from wind and solarfarms at higher rates, which will ensure that renewablepower plants can cover their cost and maintain a profitmargin. This pricing policy allows the nascent wind andsolar industries to expand despite being more expensivethan conventional energy. China’s major power producers,especially the five firms known domestically as the"Big Five," have been in negotiations with local governmentsto secure rights on land and at sea to develop newrenewable resources. Ocean front investment agreementsfrom the Big Five can exceed RMB 100 billion (USD $15billion) in committed funds (Zhang 2010a). This showsthe scale of some of the investment in renewable energy.Similarly, there has been a wave of land deals in westernChina’s vast deserts with high solar potential (Dong2009). Numerous hydroelectric projects are also on thedrawing board. China’s grid companies are also investingin a new transmission system that will help overcomecurrent transmission bottlenecks and facilitate the integrationof renewable sources into the grid.Renewables have the benefit of being zero emission,but that is not the primary reason for the government’smassive investments. Rather, investing in alternativeenergy resources is desirable because such investmentsallow China to both diversify its energy portfolio andexpand its domestic energy supply. The reality is thatthe expansion of renewables along with other non-fossilfuel sources like nuclear will not have a large impact onChina’s energy landscape or emissions. Not only is thegovernment’s target of 15% non-fossil fuels in the primaryenergy consumption by 2020 rather modest, but amajority of that 15% will come from hydroelectric power(Zhou 2010).Green Growth: From religion to reality 79
- Page 4:
Chapter xxxFROM RELIGIONTO REALITY:
- Page 8 and 9:
Chapter 1possibility of this outcom
- Page 10:
Chapter 1for new innovation and inv
- Page 15 and 16:
Chapter 134 Ibid.35 Information bas
- Page 17 and 18:
Chapter 1Hughes, Thomas. 1983. Netw
- Page 19 and 20:
Chapter 21 Overview: The country ca
- Page 21 and 22:
Chapter xxxEUROPEAN UNION:GREEN GRO
- Page 23 and 24:
Chapter 32 See, for instance Jacobs
- Page 25 and 26:
Chapter 313 Germany and Poland both
- Page 27 and 28: Chapter 317 This, of course, is lim
- Page 29: Chapter 321 This problem is unique
- Page 34 and 35: Chapter 4imports significantly more
- Page 36 and 37: Chapter 4such the policies in the n
- Page 38 and 39: Chapter 4concept became a central t
- Page 40: Chapter 4Gross energy consumption b
- Page 43 and 44: objectives." In Climate Change and
- Page 45 and 46: Chapter 51 In fact, the story is so
- Page 47 and 48: Chapter 5tion of funds seems to rei
- Page 49 and 50: Chapter 5political structure that a
- Page 51 and 52: Chapter 51 IntroductionCalifornia
- Page 53 and 54: Chapter 5reserves further contribut
- Page 55 and 56: Chapter 5ting regulatory infrastruc
- Page 57 and 58: Chapter 5world, standards set for t
- Page 59 and 60: Chapter 5take a more traditional co
- Page 61 and 62: Chapter xxxCOLORADOSTATE CASE ANALY
- Page 63 and 64: Chapter 53.1 Public advocacyPublic
- Page 65 and 66: Chapter 53.4.1 Energy industryGiven
- Page 67 and 68: Chapter xxxKOREAA COUNTRY CASE ANAL
- Page 70 and 71: Chapter 6from 2012 to 2016 (MKE, 20
- Page 72 and 73: Chapter 6Current subsidies for elec
- Page 75 and 76: Chapter xxxCHINAA COUNTRY CASE ANAL
- Page 77: Chapter 72 In his investigation of
- Page 81 and 82: Chapter 77 Recent explorations show
- Page 83 and 84: Chapter 7ence/earth/02copenhagen.ht
- Page 85 and 86: Chapter xxxBRAZILA COUNTRY CASE ANA
- Page 87 and 88: Chapter 86 INPE counts Amazon defor
- Page 89 and 90: Chapter 817 This program is controv
- Page 91 and 92: Chapter 8off of its current track o
- Page 93 and 94: Chapter 823 Rosa et al. (2009, 16)
- Page 95 and 96: Chapter 829 For a detailed historic
- Page 97 and 98: Chapter 8(IPEA 26 May 2010, 16).34
- Page 100: TAKE LEAD, OCTOBER 12-13 TH ,2011 C