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05 POLICY LANDSCAPE in order to decarbonise their heating sectors. For example, Malawi introduced a goal to manufacture 2,000 solar water heaters (no date given) and to increase the penetration of solar water heaters from the 2,000 in place as of 2015 to 20,000 by 2030. 57 Bosnia’s INDC submission included the introduction of renewable energy into existing district heating systems and the construction of new district heating systems fuelled by renewable technologies. 58 Jordan’s INDC included the goal to provide short-term support for the deployment of solar water heaters. 59 In general, policy makers have adopted one of two types of mandates: solar obligations, which have been enacted in 11 countries at the national or state/provincial level, and technologyneutral renewable heat obligations, which were in place in 10 countries by year-end 2015. Mandates have advanced slowly at the national level, particularly in comparison to the municipal level (see City and Local Governments section), and no new mandates were adopted at the national level in 2015. Financial incentives and public financing also have been extended to support the deployment of renewable heat technologies, although there were few new developments in 2015. Australia announced a new grant scheme covering 50% of project costs for renewable heat for industrial processes as one of the focus areas for investment under the Australia Renewable Energy Agency. 60 The Czech Republic expanded its residential subsidy scheme to support district heating and heat recovery and relaxed requirements for solar thermal systems to qualify for incentives. 61 France doubled the budget for its renewable heat support scheme Fonds Chaleur – first established in 2009 – to provide USD 455 million (EUR 420 million) to support renewable heat in the industrial, residential and district heating sectors. 62 Italy announced its intention to double the size of qualifying projects under its renewable heating and cooling incentive scheme from 1 MW to 2 MW. 63 Slovakia launched its long-awaited support scheme to scale up renewable technologies in residential buildings, including rebates of up to 50% of project costs for renewable heat systems. 64 At the sub-national level, the Renewable Heat NY programme (introduced in 2014) began offering incentives in the US state of New York for the use of high-efficiency wood heating systems for residential and commercial buildings that lack access to natural gas. 65 Despite low international oil and gas prices, few incentives for solar process heat were reduced in 2015; however, Thailand halted its process heat subsidy for 2015–16. 66 TRANSPORT In the transport sector, renewable fuels and electric vehicles (EVs) continue to attract attention from policy makers in the form of regulatory measures and fiscal incentives. The vast majority of policies adopted in the renewable transport sector have been directed at the production and use of biodiesel and ethanol. This support has shifted increasingly towards the promotion of second-generation, advanced biofuels in new policy development, although, globally, the majority of policies adopted to date focus predominantly on first-generation biofuels. (p See Figure 41 and Reference Table R24.) Efforts to promote biofuel technologies have employed similar provisions as in the power and heating/cooling sectors – including targets, regulatory measures and tax/financial incentives – to spur growth within the transport sector. New and existing policies have focused almost exclusively on road transport rather than on aviation, rail or shipping. EVs also have received increased support, although to a much lesser degree. The number of jurisdictions that have enacted policies to promote a direct linkage between renewable energy and EVs remains very limited. A small number of new renewable transport targets were introduced in 2015, with most of these targets in INDC submissions. France set a new target of 15% renewables in final transport energy consumption by 2030; Liberia put forward a target for blending up to 5% palm oil biodiesel by 2030 for vehicle fuels; Lao PDR seeks to increase the use of biofuels to meet 10% of its transport fuel demand by 2025; and Malawi set a goal of increasing the proportion of vehicles running on ethanol to 20% by 2020. 67 In the aviation sector, Japan aims to utilise some biofuels for air transport by the time the country hosts the Olympics in 2020. 68 Globally, the transport sector continued to be embroiled in debate over the economic and environmental impacts of biofuels, with particularly vocal debates continuing in Europe and the United States in 2015. Critics contend that the full life-cycle emissions associated with the fuels negates the positive environmental impact of displaced fossil fuel consumption, while others challenge concerns about the impact on food crop prices and land use. 69 Many long-running policy debates were adjudicated in 2015, with rulings made on obligations for the use of first-generation biofuels in the EU and the United States. After seven years of speculation and negotiation, the European Parliament approved revisions to the EU renewable energy act to establish a limit on the use of first-generation biofuels to meet the EU’s 10% renewable fuels mandate. The new provisions limit crop-based biofuels to a 7% share of the EU’s 2020 10% renewable transport energy target. They also include indicative support for second-generation biofuels through a 0.5% voluntary target and by allowing their contribution to be double-counted towards meeting the overall EU mandate. 70 At the national level in the EU, Germany reduced its required blend volumes for biodiesel from 6.25% to 3.5% to bring the requirement in line with the targeted emissions reduction goals. 71 In the United States, a similar debate over first-generation biofuel mandates in the form of the Renewable Fuel Standard (RFS) – a national mandate for total volume of biofuel blending – occurred throughout 2015. In December, the US Environmental Protection Agency released updated biomass-based diesel 116
volume requirements that were an increase over previous years but lower than the statutory requirements that originally were set under the RFS. 72 Despite ongoing debates over biofuel production and use, biofuel support policies continued to be adopted during 2015. The most commonly used form of regulatory support for the renewable transport sector continues to be biofuel blend mandates, which specify a minimum share or volume of renewable fuel to be blended with traditional transport fuel. At year-end 2015, blend mandates were in place at the national level in 32 countries and 27 states/provinces/territories: 45 jurisdictions mandate specified shares of ethanol and 27 mandate biodiesel blends, with many countries having mandates for both fuels. ( R See Reference Table R25.) on biofuel blends that were established in 2001. 86 In addition, policies continued to be adopted to protect domestic industries; Brazil enacted an 11.25% import tariff on ethanol, the EU renewed anti-dumping duties against US biodiesel producers until 2020, Malaysia limited imports of Indonesian palm oil, and Indonesia continued to advance its case against the EU at the World Trade Organization (WTO). 87 While electric vehicles have received support in a number of countries, policy makers continue to be slow to adopt measures that link them to renewables. A number of measures have been adopted worldwide to promote EVs, such as Jordan’s commitment to install 3,000 solar PV EV charging stations; however, policies directly linking EVs and renewable energy received little to no attention in 2015. 88 In 2015, Brazil began allowing voluntary biodiesel blending of B20 for road transport; for rail transport, agriculture and industrial uses, the blend ceiling was raised from B7 to B30. 73 Brazil also increased its ethanol mandate from E25 to E27. 74 Ecuador introduced an E5 blend mandate, which is set to be raised to E10 by 2017. 75 India made a number of changes to its national biofuels programme, setting supply quotas for Indian states to comply with the new E10 mandate; a proposed National Policy on Biofuels would increase blending of ethanol and biodiesel in India to 20% by 2017. 76 Indonesia raised its blend mandate for transport, household, commercial and industrial sectors from 10% to 15%; Malaysia increased its biofuel mandate from B7 to B10; and Thailand’s B7 mandate came into force. 77 A biofuel bill pending adoption in Uganda at year’s end would establish a national 20% biofuel blend mandate if fully adopted. 78 The use of additional regulatory measures to promote renewables in the transport sector expanded in 2015 to incorporate auctionbased mechanisms, market deregulation and additional forms of mandates. Paraguay mandated that 30% of all new purchases for public fleets be flex-fuel vehicles. 79 South Africa introduced a competitive bidding programme similar to its renewable power capacity tenders. 80 In India, state-owned oil marketing companies issued a tender to buy 2.7 billion litres of ethanol from domestic sources; additional reforms that deregulate the ethanol market in India allow farmers to produce their own corn-based ethanol. 81 New financial incentives and public investment schemes were introduced in 2015 to promote biofuel production and consumption. India made a number of changes to its national biofuel support programme: tax reductions were established to encourage the production of E10, the national ethanol import tariff was reduced from 7.5% to 5%, the central excise tax (12.36%) on ethanol blended with gasoline was removed, and the government announced an investment of USD 1.53 billion through 2018 to support palm oil production. 82 At the sub-national level, the US state of California revised its tax code to make biodiesel a non-taxable fuel. 83 Public financing also has been utilised to support R&D in advanced biofuels. For example, in 2015 the US Department of Agriculture announced a USD 70 million loan guarantee to support the development of a cellulosic biofuel facility. 84 The US Department of Energy also provided USD 18 million for the production of algae biofuel, aimed at reducing the cost of algaebased fuels. 85 In some countries, support for biofuels was reduced. For example, voters in Lithuania chose to remove excise exemptions CITY AND LOCAL GOVERNMENTS Cities and municipalities are playing a pivotal role in the global energy transition. Cities rely on a mix of regulatory policies, mandates and direct purchasing to support the deployment of renewable energy within their jurisdictions. Local-level support for renewable technologies often is included in broader initiatives to increase air quality, reduce carbon emissions or promote job creation. Support traditionally has been directed towards power generation technologies, but policies and mandates supporting renewable heat and renewable transport, as well as linkages between renewable energy and energy efficiency, have been gaining momentum at the municipal level. Local-level policies fill the gaps in (or supplement) policy frameworks at the national or state/provincial level to drive local renewable energy growth. In addition to supplementing national frameworks, municipalities can serve a unique role as proving grounds for innovative renewable energy policies, often piloting programmes that later might be adopted by a broader set of cities or at the national level. Cities also play a major role in adopting some of the world’s most ambitious renewable goals and are leading the rapidly expanding 100% renewable energy movement. In 2015, municipal policy makers continued to use their unique purchasing and regulatory authority to spur deployment across their jurisdictions, making cities among the most ambitious and fastest-moving governmental actors in adopting renewable technologies. The important role of municipal governments in promoting deployment of renewable energy technologies on a large scale was highlighted throughout the COP21 process. Local-level climate-based commitments to scale up renewable energy solutions became an important component of the Paris negotiations, and will be critical to meeting the goals agreed to in the Paris Agreement. This section provides an overview of actions taken by cities around the world and does not provide a comprehensive list of municipal policy actions. Cities have assumed a leading role in the promotion of renewable energy through direct purchasing of renewable power equipment. For example, in 2015, Washington, D.C. completed a deal for one of the largest municipal on-site solar PV projects in the United States, increasing the city government’s total installed solar capacity by 70%. 89 In Harare, Zimbabwe, the municipal 05 RENEWABLES 2016 · GLOBAL STATUS REPORT 117
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05 POLICY LANDSCAPE<br />
in order to decarbonise their heating sectors. For example, Malawi<br />
introduced a goal to manufacture 2,000 solar water heaters (no<br />
date given) and to increase the penetration of solar water heaters<br />
from the 2,000 in place as of 2015 to 20,000 by 2030. 57 Bosnia’s<br />
INDC submission included the introduction of renewable energy<br />
into existing district heating systems and the construction of new<br />
district heating systems fuelled by renewable technologies. 58<br />
Jordan’s INDC included the goal to provide short-term support<br />
for the deployment of solar water heaters. 59<br />
In general, policy makers have adopted one of two types of<br />
mandates: solar obligations, which have been enacted in 11<br />
countries at the national or state/provincial level, and technologyneutral<br />
renewable heat obligations, which were in place in 10<br />
countries by year-end 2015. Mandates have advanced slowly at<br />
the national level, particularly in comparison to the municipal level<br />
(see City and Local Governments section), and no new mandates<br />
were adopted at the national level in 2015.<br />
Financial incentives and public financing also have been extended<br />
to support the deployment of renewable heat technologies,<br />
although there were few new developments in 2015. Australia<br />
announced a new grant scheme covering 50% of project costs<br />
for renewable heat for industrial processes as one of the focus<br />
areas for investment under the Australia Renewable Energy<br />
Agency. 60 The Czech Republic expanded its residential subsidy<br />
scheme to support district heating and heat recovery and relaxed<br />
requirements for solar thermal systems to qualify for incentives. 61<br />
France doubled the budget for its renewable heat support<br />
scheme Fonds Chaleur – first established in 2009 – to provide<br />
USD 455 million (EUR 420 million) to support renewable heat<br />
in the industrial, residential and district heating sectors. 62 Italy<br />
announced its intention to double the size of qualifying projects<br />
under its renewable heating and cooling incentive scheme from<br />
1 MW to 2 MW. 63 Slovakia launched its long-awaited support<br />
scheme to scale up renewable technologies in residential<br />
buildings, including rebates of up to 50% of project costs for<br />
renewable heat systems. 64<br />
At the sub-national level, the Renewable Heat NY programme<br />
(introduced in 2014) began offering incentives in the US state of<br />
New York for the use of high-efficiency wood heating systems for<br />
residential and commercial buildings that lack access to natural<br />
gas. 65 Despite low international oil and gas prices, few incentives<br />
for solar process heat were reduced in 2015; however, Thailand<br />
halted its process heat subsidy for 2015–16. 66<br />
TRANSPORT<br />
In the transport sector, renewable fuels and electric vehicles<br />
(EVs) continue to attract attention from policy makers in the form<br />
of regulatory measures and fiscal incentives. The vast majority<br />
of policies adopted in the renewable transport sector have been<br />
directed at the production and use of biodiesel and ethanol.<br />
This support has shifted increasingly towards the promotion<br />
of second-generation, advanced biofuels in new policy<br />
development, although, globally, the majority of policies adopted<br />
to date focus predominantly on first-generation biofuels. (p See<br />
Figure 41 and Reference Table R24.)<br />
Efforts to promote biofuel technologies have employed similar<br />
provisions as in the power and heating/cooling sectors – including<br />
targets, regulatory measures and tax/financial incentives – to<br />
spur growth within the transport sector. New and existing policies<br />
have focused almost exclusively on road transport rather than on<br />
aviation, rail or shipping. EVs also have received increased support,<br />
although to a much lesser degree. The number of jurisdictions<br />
that have enacted policies to promote a direct linkage between<br />
renewable energy and EVs remains very limited.<br />
A small number of new renewable transport targets were<br />
introduced in 2015, with most of these targets in INDC submissions.<br />
France set a new target of 15% renewables in final transport energy<br />
consumption by 2030; Liberia put forward a target for blending<br />
up to 5% palm oil biodiesel by 2030 for vehicle fuels; Lao PDR<br />
seeks to increase the use of biofuels to meet 10% of its transport<br />
fuel demand by 2025; and Malawi set a goal of increasing the<br />
proportion of vehicles running on ethanol to 20% by 2020. 67 In the<br />
aviation sector, Japan aims to utilise some biofuels for air transport<br />
by the time the country hosts the Olympics in 2020. 68<br />
Globally, the transport sector continued to be embroiled in debate<br />
over the economic and environmental impacts of biofuels, with<br />
particularly vocal debates continuing in Europe and the United<br />
States in 2015. Critics contend that the full life-cycle emissions<br />
associated with the fuels negates the positive environmental<br />
impact of displaced fossil fuel consumption, while others challenge<br />
concerns about the impact on food crop prices and land use. 69<br />
Many long-running policy debates were adjudicated in 2015, with<br />
rulings made on obligations for the use of first-generation biofuels<br />
in the EU and the United States. After seven years of speculation<br />
and negotiation, the European Parliament approved revisions to<br />
the EU renewable energy act to establish a limit on the use of<br />
first-generation biofuels to meet the EU’s 10% renewable fuels<br />
mandate. The new provisions limit crop-based biofuels to a 7%<br />
share of the EU’s 2020 10% renewable transport energy target.<br />
They also include indicative support for second-generation<br />
biofuels through a 0.5% voluntary target and by allowing their<br />
contribution to be double-counted towards meeting the overall<br />
EU mandate. 70 At the national level in the EU, Germany reduced<br />
its required blend volumes for biodiesel from 6.25% to 3.5%<br />
to bring the requirement in line with the targeted emissions<br />
reduction goals. 71<br />
In the United States, a similar debate over first-generation<br />
biofuel mandates in the form of the Renewable Fuel Standard<br />
(RFS) – a national mandate for total volume of biofuel blending<br />
– occurred throughout 2015. In December, the US Environmental<br />
Protection Agency released updated biomass-based diesel<br />
116