UN–DESA Policy Brief No. 34Financing the Green Technological TransformationS ustainable development requires a fundamen-...
The upcoming Rio+20 Conference, to be ...
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Policybrief 34: Financing the Green Technological Transformation

Sustainable development requires a fundamental, global green technological transformation over the next 30 to 40 years. Otherwise, it will be impossible to simultaneously meet the goals of ending poverty and averting the catastrophic impacts of climate change and environmental degradation.
Published on: Mar 4, 2016
Published in: Technology      Economy & Finance      

Transcripts - Policybrief 34: Financing the Green Technological Transformation

  • 1. UN–DESA Policy Brief No. 34Financing the Green Technological TransformationS ustainable development requires a fundamen- Table tal, global green technological transformation Mid-point estimates of incremental investment costs per annum, 2010-2050aover the next 30 to 40 years. Otherwise, it will In billions of US dollars at 2010 pricesbe impossible to simultaneously meet the goals Energy Energy Adaptation to Agriculture andof ending poverty and averting the catastrophic supply end-use climate change food security Totalimpacts of climate change and environmental Required incremental 1,000 800 105 22 1,927degradation. investment cost The World Economic and Social Survey Baseline incremental 1,400 1,000 200 2,600 investment needs2011 (WESS 2011) estimates that an additional Total incremental investment 2,400 1,800 105 220 4,525$1.9 trillion (in 2010 prices) will need to be Source: United Nations, World Economic and Social Survey 2011: The Great Green Tehcnologicalinvested worldwide per year during 2011-2050. Transformation, (table VI.3, p. 174).This annual cost will be equivalent to about 3 per a Values are midpoint values of ranges of estimates.cent of global output. More than half the increase,about $1.1 trillion, will need to be invested in from various sectors, given expected economic and popula-developing countries. This requirement, while significant, tion growth rates, and is estimated at $2.6 trillion per annum.is well within reach, even in developing countries, but will At least half the estimated incremental investments forrequire strengthened international cooperation and scaling up providing universal access to clean modern energy and forof existing sustainable development financing. sustainable agriculture for food security would need to take place in developing countries. Developing countries will haveWhat to invest in? a potentially bigger role in demonstration, deployment and diffusion, including the costs of building related infrastruc-Economic transformation is not possible without investments ture. In all, the incremental investment effort for developingin new economic activities embodying greener technologies. countries is estimated at $1.1 trillion per year.For developing countries, the challenge of transformingeconomies and of participating in green technological trans-formation should not involve a trade-off. How to finance the required investments? Global estimates of incremental investment require- The mobilization of domestic resources will provide the bulkments are calculated on the basis of assumptions regarding fu- of resources needed in developing countries. In the particularture trends in population, economic growth rates and required case of foreign technologies, inadequate financing has beentechnological progress. The WESS 2011 estimate is consistent consistently identified by developing countries as the greatestacross various sectors and objectives, instead of simply adding obstacle to more rapid adoption (see figure). Relaxing financ-up unrelated investment estimates across sectors. ing constraints, both in domestic resource mobilization and The overall estimate, in particular, assumes that climate access to foreign financing, is therefore critical. For developingchange mitigation efforts, mainly consisting of the transition countries particularly, internationally induced constraints onto clean energy, will be achieved in the best possible time, long-term financing of domestic investment for sustainablethrough retirement of the existing stock of “brown energy” development need to be eliminated.sources and installation of clean energy sources in both devel-oped and developing countries. This assumption dramatically Less need for reserves will help domesticreduces the estimated costs of climate change adaptation, sug-gesting that the total investment estimate is much less than resource mobilizationwhat would otherwise be required, since delayed mitigation In developing countries, enhanced domestic resource mobi-would increase adaptation costs by a factor of at least ten. lization (private savings and public revenues) is critical for In the table, the row on baseline incremental needs undertaking the required additional investment effort overincludes the costs of sustaining the current level of services the medium run. However, many developing countries haveJune 2011 United Nations D epar tment of Economic and S ocial Affairs 1
  • 2. The upcoming Rio+20 Conference, to be held in June 2012, will need to mobilize the international community to rise to the chal- lenge and step up efforts to muster sufficient resources for sustainable development.The cur- rent proliferation of financing mechanisms has not resulted in adequate financing. Existing mechanisms tend to be too project-oriented, making it difficult to align resource allocations with national sustainable development strategies. Thus, there is a need for better coordination and, where appropriate, consolidation of these mechanisms. Reforming financing modalities to permit greater control ofpoorly developed markets for long-term financing and weak project design and implementation by nationalfiscal capacities, limiting the scope for substantial increases in authorities is also important. Governance and accountability weaknesses that bedevildomestic funding for long-term investment. international development finance mechanisms will also have Moreover, because of deficiencies in the global financial to be confronted in Rio+20. The successful Montreal Proto-and payments system, a number of developing countries hold col, which dealt with protecting the planet’s ozone layer, coulda significant portion of domestic savings as international provide a meaningful model for reforming other environmen-reserves, which are largely invested in financial assets in devel- tal funds. The Multilateral Fund for the Implementation ofoped countries. In doing so, developing countries make net the Montreal Protocol provided compensation to developingtransfers to advanced countries every year to the tune of $500 countries for the cost of giving up the production and use ofbillion or more. ozone-depleting substances. The Fund’s Executive Committee This pattern will need to be reversed if there is to be a has equal representation of seven industrialized and seven re-net real transfer of resources to support developing countries cipient countries elected annually by a meeting of the partiesto finance the greening of their economies. A reform of the to the Protocol.global reserve system that would reduce their need to amass In conclusion, the three key messages are:vast amounts of reserves to protect themselves against external • First, at three percent of global output, the estimated incre-shocks would help. mental investment requirements for achieving sustainable development are not prohibitive.External transfer pledges and flows • Second, developing countries will face important financing constraints which must be overcome. This will not onlyhave been inadequate require full delivery on and further scaling up of pledgesSince the Rio Earth Summit in 1992, there have been many made at Copenhagen and elsewhere, but will also requireefforts to mobilize adequate finance for sustainable develop- much more effective international policy coordinationment. Specific commitments and pledges have been elicited to effect the real net financial transfers to developingunder the banner of climate change. Because estimates of countries.climate change financing requirements are more readily avail- • Third, it will require governance reforms of global envi-able, progress is more easily evaluated. ronmental funds.n There has been a proliferation of pledged funding chan-neled through a plethora of financing mechanisms. So far, atotal of $18 billion has been pledged, $2 billion delivered, Prepared by:and $734 million disbursed. At the United Nations Climate Manuel F. Montes, Vladimir Popov and Rob VosChange Conference in Copenhagen in 2009, developed For further information please contact:countries pledged at least an additional $30 billion annually Rob Vos, Director, Development Policy and Analysis Divisionfor 2010-2012 and $100 billion yearly by 2020 towards the Department of Economic and Social Affairs, Rm. DC2–2020costs of fighting climate change in poorer countries. In com- United Nations, New York, NY 10017, U.S.A.parison to the estimated needs for climate change financing Tel: +1 212 963–4838 • Fax: +1 212 963–1061alone, the Copenhagen pledges represent no more than a fifth e-mail: vos@un.org http://www.un.org/en/development/desa/policy/index.shtmlof current requirements and half the requirements from 2020.2 United Nations D epar tment of Economic and S ocial Affairs June 2011

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