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01 GLOBAL OVERVIEW<br />

Global oil prices plummeted more than 70% between June 2014<br />

and January 2016, due to oversupply and slowdown in economic<br />

growth in China and Europe. 41 Coal and natural gas prices were<br />

down as well. 42 While these trends affected markets for some<br />

renewables, they also highlighted the improving cost-competitiveness<br />

of solar and wind power. 43 Further, these trends reinforced<br />

concerns about the volatility of fossil fuel prices. 44<br />

The dramatic rise in global coal consumption that occurred over<br />

the past decade, due largely to China, appears to be slowing<br />

somewhat. 45 China’s government announced plans to close more<br />

mines and to reduce coal’s share of the energy mix in 2016, due<br />

in part to a virtual flat-lining in electricity demand; however, some<br />

countries – particularly in Asia – still have big plans for coal. 46 Other<br />

countries and regions have introduced regulations that could constrain<br />

coal use (e.g., the US Clean Power Plan), have announced<br />

plans to phase it out (including Austria, Finland, Portugal and the<br />

United Kingdom) or have already achieved phase-out targets (e.g.,<br />

Ontario, Canada and Scotland). 47 In 2015, the United States (the<br />

world’s second largest coal consumer after China) saw the acceleration<br />

of a downward trend in coal consumption. 48<br />

Low oil prices facilitated reductions in subsidies, but globally<br />

fossil fuel subsidies remained substantial – estimated at over<br />

USD 490 billion i (compared with USD 135 billion for renewables)<br />

in 2014 – and continued to temper renewable energy growth. 49<br />

Other challenges faced by renewables in 2015 included the<br />

integration of rising shares of renewable generation, policy and<br />

political instability, regulatory barriers and fiscal constraints. 50<br />

(p See, for example, Sidebar 1.) In Europe, markets have slowed<br />

due in part to relatively high penetrations of renewables and to<br />

challenges related to their integration, but also to the ongoing<br />

shift in support policies that began during the financial crisis. 51<br />

Elsewhere, national energy monopolies lack awareness of renewables<br />

or demonstrate resistance to their adoption, and in many<br />

economies concerns remain about how to integrate variable<br />

renewable generation. 52 In addition, in many developing countries,<br />

policy and political instability combined with corruption<br />

have made it difficult to access financing (particularly for energy<br />

access projects), which slows advances despite extensive renewable<br />

resources and positive technology developments. 53 Even so,<br />

markets continued their geographic spread, further establishing<br />

renewable energy as a mainstream energy source worldwide. 54<br />

Although Europe remained an important regional market and a<br />

centre for innovation, activity continued to shift towards other<br />

regions. China again led the world in new renewable power<br />

capacity installations. 55 Many other countries – including Brazil,<br />

Chile, India, Mexico, Morocco and South Africa – accelerated<br />

their efforts in 2015, and the number of developing countries<br />

across Asia, Africa and Latin America that were manufacturing<br />

and deploying renewable technologies continued to expand. 56<br />

Employment and investment during 2015 followed the market<br />

expansion into new countries. The number of jobs in renewable<br />

energy rose again during 2015, reaching an estimated 8.1 direct<br />

and indirect jobs worldwide, plus an estimated 1.3 million direct<br />

jobs associated with large-scale hydropower. 57 (p See Sidebar 2.)<br />

Global investment climbed to a new record level. This occurred<br />

in spite of the plunge in fossil fuel prices, the strength of the<br />

US dollar (which reduced the dollar value of non-dollar investments),<br />

the continued weakness of the European economy and<br />

further declines in per unit costs of wind power and solar PV. 58<br />

For the sixth consecutive year, renewables outpaced fossil fuels<br />

for net investment in power capacity additions. 59 However, the<br />

increase in investment was due entirely to increases in solar<br />

and wind power; investment in all other renewable power technologies,<br />

as well as biofuels, declined relative to 2014. 60<br />

Private investors stepped up their commitments to renewable<br />

energy significantly during 2015, and an increasing number of<br />

investors opted to divest from fossil fuels. 61 Some in the financial<br />

community backed away from coal due to its perceived high<br />

risk, and focused on clean energy. 62 The year witnessed both an<br />

increase in the number of large banks active in the renewables<br />

sector and an increase in loan size, with major new commitments<br />

from international investment firms to renewables and energy<br />

efficiency. 63<br />

New investment vehicles – including green bonds, crowdfunding<br />

and yieldcos – expanded during the year. Although their levels<br />

remained relatively small, green bonds supporting renewable<br />

energy (as well as energy efficiency) grew many-fold from 2012 to<br />

2015 and have helped to address a major challenge for renewable<br />

energy financing: lack of liquidity. 64 Funding for emerging markets<br />

increased with the creation of innovative financial instruments for<br />

the African market and with the increase in financing of companies<br />

selling distributed energy products in Africa and India. 65 (p See<br />

Distributed Renewable Energy chapter.) Mainstream financing and<br />

securitisation structures also continued to move into developing<br />

country markets as companies (particularly solar PV) and investors<br />

sought higher yield, even at the expense of higher risk. 66<br />

For the first time, developing countries, including China, were<br />

ahead of developed countries for total investment in renewable<br />

energy. Several developing countries saw substantial increases,<br />

due at least in part to rapidly expanding markets driven by falling<br />

solar and wind power technology costs, whereas developed<br />

countries as a group saw an 8% decline in investment. China<br />

alone accounted for more than one-third of the global total ii and<br />

was the first country to break the USD 100 billion threshold. 67 By<br />

dollars spent, the leading countries for investment were China,<br />

the United States, Japan, the United Kingdom, India, Germany,<br />

Brazil, South Africa, Mexico and Chile. 68 Considering investments<br />

made in new renewable power and fuels relative to annual GDP,<br />

top countries included Mauritania, Honduras, Uruguay, Morocco<br />

and Jamaica. 69 Among the leading countries for investment per<br />

inhabitant were Iceland, the United Kingdom, Uruguay, Japan<br />

and Ireland. 70 (p See Investment Flows chapter.)<br />

In parallel with growth in renewable energy markets and<br />

investments, 2015 saw continued advances in renewable energy<br />

technologies, including improvements in materials and efficiency<br />

i International Energy Agency (IEA) estimates include subsidies to fossil fuels consumed by end-users and subsidies to consumption of electricity<br />

generated by fossil fuels. IEA, World Energy Outlook 2015 (Paris: 2015), p. 96, http://www.worldenergyoutlook.org/weo2015/.<br />

ii Note that this estimate does not include investment in hydropower projects >50 MW, which ranked third, behind solar and wind power, for total investment<br />

in 2015. See Frankfurt School–UNEP Collaborating Centre for Climate & Sustainable Energy Finance and Bloomberg New Energy Finance (BNEF),<br />

Global Trends in Renewable Energy Investment 2016 (Frankfurt: March 2016), http://fs-unep-centre.org/publications/global-trends-renewable-energyinvestment-2016.<br />

China was responsible for a large share of new large-scale hydropower capacity in 2015. (p See Hydropower section.)<br />

30

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