NewEnergyNews: TODAY’S STUDY: HOW NEW ENERGY WILL ADVANCE IN SOUTH AFRICA

NewEnergyNews

Gleanings from the web and the world, condensed for convenience, illustrated for enlightenment, arranged for impact...

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YESTERDAY

  • Holiday Weekend Reading: NEW ENERGY IN CHINA
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    THE DAY BEFORE

  • TODAY’S STUDY: INTEGRATING NEW ENERGY
  • QUICK NEWS, May 24: SO AFRICA TO BUILD A GIGAWATT OF WIND; LUCKY CORRIDOR FOR NEW MEXICO NEW ENERGY; MEGAWATT TEST OF CIGS THIN FILM
  • THE DAY BEFORE THE DAY BEFORE

  • TODAY’S STUDY: THE BENEFITS OF WIND AND SOLAR TOGETHER
  • QUICK NEWS, May 23: AN ‘UNPRECEDENTED’ MOVE TO NEW ENERGY; BRAINTRUST GOES AFTER SOLAR PRICE; INTERIOR APPROVES WIND ON INDIAN LAND
  • THE DAY BEFORE THAT

  • TODAY’S STUDY: EUROPE’S PV TO 2016
  • QUICK NEWS, May 22: APPLE TURNS TO SUN; EU WIND CAN LEAD ECONOMIC RECOVERY; CHINA’S NEW GRID MAY ONLY MEET OLD NEEDS
  • AND THE DAY BEFORE THAT

  • TODAY’S STUDY: BANKS ON COAL
  • QUICK NEWS, May 21: A FIGHT FOR SUN IN TEXAS; NRG LAYOFFS HERALD FADING PTC HOPES; WHAT WORRIES GRID OPERATORS MOST
  • THE LAST DAY UP HERE

  • SUNDAY WORLD HEADLINE- CHINA STARTS WORLD’S BIGGEST TRANSMISSION
  • SUNDAY WORLD HEADLINE- SOLAR’S IMPACT ON GERMAN OCEAN WIND
  • SUNDAY WORLD HEADLINE- INDIA WIND GETS A GOLDMAN SACHS BILLION
  • SUNDAY WORLD HEADLINE- HOW KOREA IS LIKE DENMARK
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    Anne B. Butterfield of Daily Camera and Huffington Post, is a biweekly contributor to NewEnergyNews

  • Colorado's Elegant Solution to Fracking (April 23, 2012)
  • Anne Butterfield (Huffington Post via New EnergyNews)

    Eventually those local moratoriums against fracking will expire in Boulder, Longmont and Erie. And residents will worry anew about toxic fracking operations inching up on schools and neighborhoods in pursuit of a product that goes "poof" the instant it's used. Nice value ~ not.

    And it's timely that the University of Colorado at Denver School of Public Health just announced a study which finds that air pollution within a half mile of frack-ops have toxic emissions five times over federal safety standards, causing elevated life time cancer risks and respiratory and neurological effects for nearby residents. Rep. Diana DeGette is now urging the Environmental Protection Agency to consider Colorado's study as they finalize air standards for fracking.

    It has also just come out that fracking is inching up on agriculture to compete for Colorado's water. Taking only .08 of a percent per year, it's a smidge for sure, but that water gets so polluted it must be disposed in a way that removes it from the hydrologic cycle. And that's not pretty when we're looking down the craw of a new drought kicked off with an historic climate change induced heat wave plus a horrifying wildfire this season.

    Permanently voiding precious Colorado water out of the hydrologic cycle feels even worse in view the fact such water can be lost for naught when the depletion rate on fracking wells is 63-85 percent in the first year, according to Dave Hughes of the Geological Survey of Canada. This can mean fruitless water waste when drilling down the slippery slope of diminishing marginal returns.

    But Colorado will need all the more gas, as the Clean Air Clean Jobs Act requires Xcel Eenrgy in Colorado to soon retire 900 megawatts of coal burning capacity. The act also requires that the natural gas used for recouping that coal-fired capacity comes from in state (see page 18 here). That puts upward pressure on fracking all over the state. This means more tangles between fracking and populated areas, and more permanent loss of precious Colorado water. It seems like Colorado may have backed itself into a box canyon, where residents are cornered with fracking risks to land, air, water and health.

    But there's an elegant pathway to reducing Colorado's need for natural gas -- by using the sun in a familiar technology that is at least two times more efficient than solar photovoltaics. It's good old fashioned solar thermal - those rooftop panels that heat water.

    Colorado could amend the CACJA to promote solar thermal as a jobs intensive domestic energy supply that works with natural gas to heat homes, buildings, water and industrial processes. This could free drilling companies to sell excess Colorado gas out of state for much higher prices (see page 8 here), possibly gaining crucial industry support for this intrusion of renewables into their market. Higher profitability, less contentious drilling and more renewable energy jobs is the hope.

    In all of North American, Colorado is "ground zero" for the best conditions for producing huge benefits from solar thermal. It's the sunshine, cold ground water, high heating loads, renewables-savvy population and existing industry that can, if the state takes on robust targets, lead the nation in an industry that swaps jobs and skills in place of burning money. And burning money is what we do when we burn costly fuels that go poof the instant they're used.

    A robust Colorado plan for solar thermal could put the clean air and clean jobs back into the so-called, gas-friendly Clean Air Clean Jobs Act.

    And in case anyone has forgotten ~ there are huge economic risks with shale gas, a.k.a. the fracking boom, as the resource is almost certainly not as profitable, resourceful or as clean as hyped by industry. On deeper review, it's promising to be an economic bubble.

    Fracking is supposedly going to make our nation 100 years of cheap gas, as, amnesiac members of Congress and the President are wont to say. But various geological experts such as the Potential Gas Committe have poured cold water all over that flaming hype, detailing how the supply could be as little as 21 or even 11 years. And Arthur Berman, a widely regarded petro-geologist has commented that the industry reminds him of the sub prime mortgage mess and wrote, "U.S. shale plays share many characteristics with the gold rushes.... Both phenomena result from extreme promotion. Anyone can join. Every participant believes that they will get rich. Great amounts of capital are destroyed as entrants try to get a position. The bonanza is exhausted sooner than most expected and few profit in the end."

    So if you are one of the thousands of Coloradans who are waking up to the nightmare of fracking in your community - go online and read the Colorado Solar Thermal Roadmap. Then find every political leader you can to talk about it. Colorado would be wise to use its natural solar resources to hedge against an over-reliance on gas, one that shall expand as the CACJA requires. And coal with its rising prices is on the wane nationwide as well, which means the demand for gas will be a pressure cooker loaded with risk for our energy security, economy, and environment.

    Author's note: Want to support my work? Please "fan" me at Huffpost Denver, here (http://www.huffingtonpost.com/anne-butterfield). Thanks.

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    Anne's previous NewEnergyNews columns:

  • Colorado's Elegant Solution to Fracking (April 23, 2012)
  • Shale Gas: From Geologic Bubble to Economic Bubble (March 15, 2012)
  • Taken for granted no more (February 5, 2012)
  • The Republican clown car circus (January 6, 2012)
  • Twenty-Somethings of Colorado With Skin in the Game (November 22, 2011)
  • Occupy, Xcel, and the Mother of All Cliffs (October 31, 2011)
  • Boulder Can Own Its Power With Distributed Generation (June 7, 2011)
  • The Plunging Cost of Renewables and Boulder's Energy Future (April 19, 2011)
  • Paddling Down the River Denial (January 12, 2011)
  • The Fox (News) That Jumped the Shark (December 16, 2010)
  • Click here for an archive of Butterfield columns

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    Some details about NewEnergyNews and the man behind the curtain: Herman K. Trabish, Agua Dulce, CA., Doctor with my hands, Writer with my head, Student of New Energy and Human Experience with my heart

    email: herman@NewEnergyNews.net

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    Your intrepid reporter

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      A tip of the NewEnergyNews cap to Phillip Garcia for crucial assistance in the design implementation of this site. Thanks, Phillip.

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    Pay a visit to the HARRY BOYKOFF page at Basketball Reference, sponsored by NewEnergyNews and Oil In Their Blood.

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  • Thursday, January 05, 2012

    TODAY’S STUDY: HOW NEW ENERGY WILL ADVANCE IN SOUTH AFRICA

    The South African Renewables Initiative; Partnering for Green Growth
    December 2011 (The South African Government)

    Developing Innovative Funding for Renewable Energy: Setting South Africa onto a green growth path

    South Africa is taking steps to develop as a site for renewable energy generation. The current national plan for electricity includes an ambitious 19 gigawatts (GW) of renewables to be added to the grid by 2030.

    The South African Renewable Initiative (SARi) has been established by the Government of South Africa to support the rapid and ambitious scaling up of renewables in a manner that will deliver economic, social and environmental benefits without imposing unacceptable costs on the nation’s citizens and economy.

    The South African Government is seeking to work together with other international partners to develop a set of innovative blended financial instruments aligned to national plans for green growth. International partnerships will play a key role in enabling the country to deliver, and build on, this ambition for green growth.

    The potential opportunities posed by the current plan for renewables development through international cooperation is outlined below…

    click to enlarge

    Renewables for energy security, jobs and environment

    The Integrated Resource Plan (IRP) is South Africa’s strategic planning framework for electricity in the energy sector. The current plan, adopted in 2011, includes an ambitious ramp up of renewables – to almost 19 Gigawatts (GW) (made up largely of Wind, Solar PV and Concentrated Solar Power) to be added to the grid by 2030.

    Achieving an ambitious scale-up of renewables as envisaged in the IRP would deliver four key economic benefits to South Africa:

    Industrial development: Creating and sustaining employment by localising parts of the global value chain of renewables, notably manufacturing, construction, operations and servicing but also potentially research and product development and developing the skills and value chains to supply these industries.

    Medium-term energy security: Renewables, if developed in the next ten years could add several percentage points to energy reserves, helping to addressing the medium-term risk of economic and social dislocation as a result of reduced energy supply deficits.

    Export competitiveness: 60% of South Africa’s electricity supply is used by industry, and these energy users, while concerned about controlling costs, are also increasingly vulnerable to international measures which may be taken to control the trade of products associated with high carbon emissions. Greening South Africa’s energy supplies would help to secure the on-going competitiveness of energy-intensive exports.

    Green growth: A burgeoning renewables industry will help to build business and policy awareness of the potential of the green economy. This can help to catalyse green investments in other areas of the economy.

    Generating these benefits from renewables cannot be achieved through a gradual build-up of scale but only through a strategic ramp-up, which enables the buildup of capacity to be both cost-optimised and aligned towards strategic technology choices, rather than a fragmented development of the industry.

    The aim is not simply to develop a discrete volume of renewable capacity but to develop South Africa as a regional, if not continental, export and service hub.

    This requires coordinated domestic action across energy, industry, finance and other domains, and concerted international support.

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    Attracting investment

    Renewable energy projects are, by their nature, capital intensive, since they include long-term infrastructure investments with fuel costs that are low to zero. Achieving South Africa’s economic, climate and energy goals for renewables depends on attracting international and domestic investment into the sector, including strategic technology partners interested in producing renewables technology in South Africa as a base for export. It is estimated that approximately US$35 billion of new investment will be needed to roll-out renewables as envisaged in the IRP, with additional investment in manufacturing.

    The private sector is generally well developed in South Africa but its participation in the energy sector, and in particular in power generation, has been limited to date.

    Over recent years there has been significant progress in the institutional developments and energy sector reforms needed to attract renewables investment to South Africa. This is evidenced by the launch of the first independent power production procurement for 3,725 MW of renewable energy capacity in 2011. 300 potential bidders responded in the initial application phase.

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    Overcoming the incremental cost Challenge

    Implementing the IRP plan will mean that almost 9% of electricity will come from renewables by 2030. While the cost of renewable energy has been falling, it remains higher than the alternatives; particularly coal. Currently 90 % of the country‘s electricity is generated from abundant supplies of cheap coal. The incremental cost between renewables and the underlying cost of electricity poses a major challenge to the successful implementation of clean energy technologies.

    Best estimates are that the incremental cost of implementing the IRP for renewables compared to other energy alternatives could amount to a present value in the region of US$8.5 billion, over the lifetime of the power procurement contracts that would be signed up to 2030.

    These costs would have to be passed on to energy consumers, if they are not offset in other ways.

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    Bringing down the cost of capital

    High incremental costs are related to high capital costs. Pioneering renewable energy projects in developing countries, face high capital costs due to a combination of technology and country risk. Bringing these down through sound domestic policies and through the provision of low cost loans and other financial instruments will reduce the incremental cost burden.

    Low cost loans and other financial instruments can play a key role in bringing down the incremental cost if these two mechanisms are coordinated, and scaled up together.

    Best estimates, developed as part of the SARi model are that applying low cost loans and other risk mitigation instruments optimally across the whole build programme would result in a reduction of the annual average incremental cost by around 25% to a present value of US$6.4 billion. These estimates demonstrate that the incremental cost can be reduced to a present value in the region of US$3.5 billion, if the domestic cost savings from wind are also used to offset the higher costs of solar.

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    Enabling ambition

    The IRP is a living plan, which will be revised and updated as necessitated by changing circumstances.

    South Africa’s energy tariffs, set by the independentregulator NERSA aim at being cost reflective. This means that eventually, the incremental cost of renewables will be combined with other energy sources and passed on through the electricity tariff to consumers.

    However in the short to medium term if these incremental costs prove too high the ability to absorb them into the tariff may become a constraint to progression of the roll-out. On the other hand, if the domestic burden of incremental costs can be brought down, it is possible that future revisions of the IRP may accelerate renewables development beyond that currently envisaged.

    Therefore mobilising international public finance would support the prospects of more rapid and further growth of renewables being included in future planning cycles.

    Through Performance based funding

    It is envisaged that a performance-based funding mechanism for green electricity could be combined with low-cost loans and other financial instruments, to close the gap between the South Africa’s ambition for renewables and the level achievable without additional revenues.

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    Supporting coordination

    Developing a financial mechanism that bridges industrial, economic and short-term energy security goals, while contributing to South Africa’s carbon reduction commitment, will support the institutional developments needed for renewables, and for other policy measures needed for development of the broader green economy.

    SARi will provide not only a means of supporting scaled up renewables development and ambition in South Africa, but also as a source for sharing learning and inspiration with other ambitious national initiatives and emerging international frameworks. Such exchange of learning with other innovative and ambitious initiatives, on common challenges and successful approaches will be crucial to SARi as it develops.

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    International Partnership

    South Africa already benefits from many joint activities with international public partners in the energy field, including multilateral and bilateral loans, capacity building and catalytic programmes seeking to overcome barriers to renewables development.

    To date, however, these activities have been largely bilateral, and they have not been integrative of energy, industrial and economic and climate policies. Neither have these partnerships been of a scale that can deliver a critical mass of renewables and the associated benefits.

    The design analysis undertaken under the South African Renewables Initiative indicates that South Africa could initiate an ambitious ramp up of renewables at an acceptable cost to all parties. This requires coordinated and scaled up funding, likely to blend both low cost loans and under financial risk mitigation instruments as well as pay-for performance grants to offset part of the incremental cost.

    The South African Renewables Initiative therefore brings together many of South Africa’s existing partners into a systematic and more ambitious partnership to drive renewables development in South Africa.

    Mobilising and coordinating resources at scale will also depend on drawing in additional partners, beyond the initial founders, to contribute and invest.

    The South African Government will involve all relevant ministries and institutions in the partnership. Key departments include the Department of Trade and Industry, the Department of Energy, the National Treasury, the Department of Public Enterprises, the Department of Environmental Affairs, the Department of Economic Development, the Department of Science and Industry, and The Presidency, as well as the Development Bank of South Africa and the Industrial Development Corporation.

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    Leadership for Low Carbon Transformation

    The South African Renewables Initiative is a work-in-progress, and it is hoped will be a growing partnership, drawing in partners that are committed to working with South Africa to support her ambitions for green growth through renewables.

    The initiative’s launch in Durban in December 2011 in the context of the 17th conference of the Parties marks the end of an intensive period of design, engagement and planning. At the same time, it initiates an equally intensive process of turning plans into actions, and actions into positive development and climate outcomes.

    SARi is an initiative that supports the integration of energy, climate, industrial and economic and public financing policies and practices. A cross-departmental process has been developed to enable the effective alignment on the initiative between departments that have the requisite specialist skills and policy mandates.

    The challenge of sequencing, planning and integrating policies, financing and development of infrastructure is by no means unique to South Africa. Other countries are facing the same challenge of leading and coordinating change across multiple domains.

    SARi will provide not only a means of initiating action in South Africa, but aims to serve as a lighthouse initiative that serves as a source for shared learning and inspiration with other ambitious national initiatives and emerging international frameworks. Such exchange of learning with other ambitious initiatives will be crucial to SARi as it develops.

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