Archive for January, 2012


India can be a great power, ushering in a game changing third industrial revolution by utilising its renewable energy resources and collaborating with power producers and suppliers, says American economist and author Jeremy Rifkin.

“With the second industrial revolution, which was ushered in through internal combustion engine and heavy use of crude oil, being on life support, this is the right time for India to use its renewable natural resources to start the third industrial revolution,” Rifkin, president of Washington-based Foundation on Economic Trends, told IANS.

Rifkin was in New Delhi for the release of a report, Mega Trends of the Emerging Third Industrial Revolution in India, prepared in collaboration with FICCI Young Leaders (FYL).

“India is the Saudi Arabia of renewable energy sources and if properly utilised, India can realise its place in the world as a great power,” said Rifkin.

“But political will is required for the eventual shift from fossil fuels to renewable energy.”

According to Rifkin, the country can leapfrog into the third industrial revolution by creating infrastructure that allows individual buildings, houses and villages to generate energy by utilising renewable sources like solar, wind and geothermal energy.

“Imagine houses in villages producing energy through solar power and then selling the same energy through internet or distribution companies, this will give level-playing field to the rural areas in terms of industrialisation.”

“It will take about 20 years for a juvenile infrastructure for third industrial revolution and another 20 years for a mature infrastructure,” he said.

The report, which identifies India’s transit to a post-carbon economic era, claims that if 20 percent of all energy needs be sourced from renewable sources, it would create jobs and industries that in the long term will lower the cost of generating energy through these methods.

“It’s just like the case of personnel computers. Earlier they were very expensive but with mass production and usage the cost of one (personnel computers) has come down,” said Rifkin, who has advised the European Union and German Chancellor Angela Merkel on this concept of Third Industrial Revolution.

Some of the mega trends mentioned in the report include less dependence on fossil fuels, new business models in sharing of energy, new and intelligent technologies, collaborative eduction for preparing a workforce of 21st century.

Solar Power in India is growing at a rapid pace boosted by state and federal government subsidies. Besides the large energy deficit and falling Indian solar panel prices are also helping. Adani Power which is one the biggest power producers in India has completed a 40 MW solar farm in Gujarat which makes it the largest /biggest solar farm in India right now.

Note the Indian solar projects are growing continuously and with the possible addition of 1000 mw of solar energy in 2012 we will see much larger solar installations with 100 MW solar farms being planned. Besides solar thermal power plants are bigger in size in general. While the growth of big solar installations is good, India really needs to move to rooftop small solar installations and off grid solar promotion.

India has seen decent growth in the past mainly driven by Wind Energy which accounts for almost 65% of the estimated 20 GW of Green Energy capacity installed in the country.However to meet India’s 2020 Green Energy Target of 15% of power to be generated from renewable sources set by CERC,at least 40 GW more would need to be installed (that is a conservative estimate as load factors for green energy are lower).This is assuming that India meets its target of raising the power capacity to 400 GW by 2020 from around 175 GW at present.Solar Energy in India has not got off to a good start despite immense potential as the federal subsidy program JNNSM has seen irrational bidding by bit players and debt financing is difficult.Wind Power in India has seen the most growth amongst the green sources of power but it too faces hurdles as good quality wind sites have all been taken.

Why 17000 MW is too Low

Biomass,Small Hydro and other sources of green power face problems of scale making the 40-80 GW of the required green energy capacity quite difficult unless the government changes its policies even more.Note 17 Gw of renewable energy between 2012 and 2017 equates to around 3 GW of alternative energy capacity per year which is much lower than the 4-8 GW of green energy needed per year.While out of the 100 Gw of power capacity expected 17 G may seem higher ,not e that renewable energy load capacity is around 25-33% of a normal thermal/gas power plant which means that the power generated from the green sources will be only 7% from the newly installed 100 GW capacity much lower than the 10% target by 2015.That would leave around 23 GW to be installed in just 3 years which seems quite impossible.Note India already faces a massive energy deficit and that will only increase as the prices of fossil fuels like coal and oil are increasing at a parabolic rate driven by the growing demands of China and India.With the fossil fuel a depleting source of fuel,renewable energy is the only alternative left.While the government has put in decent efforts,it has been bogged down by a lack of clear thinking.Using the auction mechanism did not help with JNNSM while Wind Power too faces problems of getting proper payments from bankrupt state distribution companies.It needs to structurally reform the whole electricity market in order to meet the growing energy demand of the country.Otherwise the 8% GDP growth rate will look like a pie in the sky.

India to Add 17 GW Renewable Energy in 2012-17

India plans to add 17,000 megawatts, or 17 gigawatts, of renewable-based power generation capacity between 2012-17, requiring an investment of up to 1.5 trillion rupees ($33.8 billion), as the country attempts to bridge its energy deficit and move to cleaner energy sources, the renewable energy secretary P. Uma Shankar said Thursday.

“India’s electricity demand is expected to increase from 900 billion kilowatt hours to 1,400 billion kwh by March 2017. To meet this demand we will need a capacity addition of 100,000 megawatts during the next five-year plan” Mr.Shankar said at a conference.More than half of India’s current power generation capacity of 173.6 gigawatts is based on coal and this is expected to continue for future capacity additions.

India’s power sector overall will need an investment of $300 billion to $400 billion during the next five-year economic plan that starts April 2012 and ends March 2017 to meet its generation targets, power secretary Mr. Shankar said.

The Indian Solar Power has been one bright spot in the gloomy infrastructure and engineering sectors in 2011. With share prices crashing with growing corruption, land acquisition and financing problems, Solar Energy has surged in India thanks to government support and subsidies . While a number of Green Technology companies have started up to capitalize on the growing renewable energy trend, the established construction companies in India have not been far behind . While utilities like Tata Power, Adani, Reliance Power, NTPC have already built or are setting up power plants based on solar panels , L&T has become a major solar EPC players . L&T is now raising debt with a $100 million issue to fund its solar expansion plans .

Total new investment in clean energy increased 5% to $260bn in 2011, despite the sluggish global economy and a painful squeeze on manufacturers

London and New York, 12 January 2012 – Global investment in clean energy reached a new record of $260bn in 2011, up 5% on 2010 and almost five times the total of $53.6bn in 2004. Investment in solar far outstripped that in wind, and perhaps of most note, US clean energy investment moved back ahead of China for the first time since 2008, according to the latest authoritative data from analysis company Bloomberg New Energy Finance. Last year also saw the one trillionth dollar invested in clean energy globally since the company started compiling data in 2004.

The record investment figures for 2011 are particularly striking because they were achieved during a turbulent year for the world economy in general and for the clean energy sector in particular. The industry has suffered severe pressure on the profit margins of manufacturers, a sharp fall in share prices, some notable bankruptcies, cuts in European government subsidy support, and a reduction in the availability of bank finance.

2011 highlights include a 36% surge in total investment in solar technology, to $136.6bn. This was nearly double the $74.9bn investment in wind power, which was down 17% on the previous year. This is not the first time that Bloomberg New Energy Finance has shown total investment in solar out-pacing that in wind (on today’s revised figures for prior years, solar exceeded wind in 2004 and again in 2010), but this is the first time there has been such a huge gap.

Michael Liebreich, chief executive of Bloomberg New Energy Finance, said: “The performance of solar is even more remarkable when you consider that the price of photovoltaic modules fell by close to 50% during 2011, and now stands 75% lower than three years ago, in mid-2008. The cost of PV technology has fallen, but the volume of PV sold has increased by a much greater factor as it approached competitiveness with other sources of power.”

A second highlight was the performance of the US in 2011. In 2008, the US was by far the largest single country worldwide in terms of total investment in clean energy, but it was overtaken by China in 2009. China increased its lead in 2010. However in 2011, the US roared ahead once again, with total investment surging to $55.9bn, up 33%; China saw investment rise just 1% to $47.4bn.

Liebreich commented: “The news that the US jumped back into the lead in clean energy investment last year will reassure those who worried that it was falling behind other countries. However before anyone in Washington celebrates too much, the US figure was achieved thanks in large part to support initiatives such as the federal loan guarantee programme and a Treasury grant programme which have now expired. The country’s principal remaining support measure for renewable energy, the Production Tax Credit, is currently also scheduled to fall away at the end of 2012 unless it is extended. There may be a rush to get projects completed in 2012, followed by a slump in investment in 2013 if it expires.”

Europe as a whole saw clean energy investment rise 3% to $100.2bn, with the strongest features being solar installations – both large-scale and distributed – in Germany and Italy, and offshore wind financings in the North Sea. India led the table in terms of growth in investment with a jump of 52% to $10.3bn, while Brazil clocked up a respectable 15% increase to $8.2bn.

The largest single type of investment was the asset finance of utility-scale renewable energy projects. This increased from a revised $138.3bn in 2010, to $145.6bn in 2011. Among the big projects financed in the last quarter of the year were the 288MW Amrumbank West offshore wind farm off Germany for $1.3bn, the 272MW Seigneurie de Beaupre wind farm phases one and two in Canada for $756m, and the 92.5MW Hanas Ningxia Yanchi Gaoshawo solar thermal plant in China, for $354m.

The second-biggest category of investment last year was the finance of distributed renewable power technology, notably rooftop PV. This reached $73.8bn in 2011, up from $60.4bn in 2010 – with Italy and Germany the two countries playing the biggest role as sharply falling solar panel prices increased the returns offered by feed-in tariffs.

Several other categories of investment actually fell slightly during 2011. Corporate research and development in clean energy slipped to $13.2bn last year, from $15.3bn, and government research and development fell to $12.7bn from $16.2bn – due in large part to the fading effect of the “green stimulus” programmes announced by major economies after the 2008 financial crisis.

Public markets fund-raising fell from $14.2bn in 2010 to $11.9bn in 2011 in the face of a dismal performance by sector share prices. The WilderHill New Energy Global Innovation Index, or NEX, which tracks the performance of 97 clean energy shares worldwide, fell 40% in 2011, touching in early October its lowest level since 2003. The main reason for this share price retreat was severe pressure on wind and solar manufacturers, caused by falling prices, over-capacity, and competition from Asia. One of the biggest public markets equity raisings in the fourth quarter was a $215m initial public offering by Chinese solar company Sungrow Power. The market also displayed an enduring appetite for next-generation biofuel companies.

Venture capital and private equity investment saw a modest increase of 4% in 2011 to $8.9bn. Two of the largest deals of the fourth quarter were a $133m equity raising for US high-end plug-in hybrid vehicle manufacturer Fisker Automotive and a $130m round for US thin-film photovoltaic module maker Stion Corporation.

2011 was characterized by significant volatility in levels of activity, with big variations in the amount of investment in each quarter. The most buoyant period by far was the third quarter, when asset finance alone reached $47.8bn, helped by a rush of projects taking advantage of the US federal loan guarantee programme that expired at the end of September. In the following quarter, asset finance worldwide fell 28% to $34.3bn. This reflected a combination of the fact that the US loan guarantee was no longer available, and the impact of the euro area sovereign debt crisis on bank lending to renewable energy projects.

Liebreich commented: “Overall, 2011 was a far better year for the clean energy industry than the press coverage would lead one to believe. Remember that for every equipment company operating at thin or negative margins, there is an installer who is getting a good deal. 2012 looks like being another challenging year, with the European financial crisis continuing to fester, and the supply chain working its way out of some fearsome over-capacity. But rumours of the death of clean energy have been greatly exaggerated. We will be seeing a new generation of technology starting to hit the market, and we are expecting important announcements by some of the biggest energy and engineering companies in the world as they take advantage of current market conditions to establish themselves in the sector.”

The third-largest sector for investment in 2011 after solar and wind was energy-smart technologies, including smart grid, power storage, efficiency and advanced transport. This area saw total investment of $19.2bn, the bulk of it in corporate R&D and venture capital and private equity raisings. This was however down 17% on 2010 levels.

Among the smaller renewable energy sectors in 2011, biofuels saw total investment edge up from $8.6bn to $9bn, biomass and waste-to-energy suffered an 18% setback to $10.8bn, geothermal slipped from $3.2bn to $2.8bn, marine marked time at $0.3bn, and small hydro fell 25% to $3bn.

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