Friday, September 18, 2015

West Polluted World' for 150 Years, and India Says It Won't Pay




Original Post: Anindya Upadhyay

“You made the mess -- you clean it up” may well be India’s attitude at the coming international climate-change talks in Paris.
“It’s the West which has polluted the world for the last 150 years with cheap energy,” Indian Power Minister Piyush Goyal said in an interview. “I can’t tell the people of India that we’ll burden you with high costs because the West has polluted the world, now India will pay for it. Not acceptable to us.”
Prime Minister Narendra Modi’s government has sent mixed signals about its stance toward climate change, adopting aggressive targets for adopting renewable energy while at the same time pointing the finger of blame at richer nations for causing global warming.
Indian officials coordinating climate policy have met with their U.S. and Chinese counterparts in recent weeks to discuss the December talks in Paris, and India has said it will make a pledge in the near future for how it will act under the deal that is due to emerge. It isn’t clear whether India will commit to a date to start rolling backgreenhouse gas emissions, and U.S. officials have said they don’t expect such a pledge from India this year.
“India doesn’t take responsibility for the problems that the world is facing because ofthermal coal,” Goyal said in the interview in New Delhi Sept. 8. “Our pollution out of carbon emissions is still very, very low compared to the world.”
PRECISION SCREENS FOR SOLAR CELL PRINTING

Fourth-Largest Emitter

India is the fourth-largest emitter of carbon dioxide, behind China, the U.S. and the European Union. India emitted about 2 billion tons of carbon dioxide in 2014, according to the BP Statistical Review of World Energy. That is about one quarter the amount of China and one third the amount of the U.S.
India said in August that its national proposal to the Paris talks will cover mitigation, adaptation, finance and technology. So far, almost 50 countries constituting more than half the world’s emissions have submitted their plans -- formally known as Intended Nationally Determined Contributions or INDCs.
The government of India is likely to present its proposals by Sept. 27, Christiana Figueres, executive secretary of the UN Framework Convention on Climate Change said Sept. 15 in Brussels.
India’s climate change plan may see a bigger renewable target for 2030 than the current goal of 175-gigawatt capacity to be built over the next seven years, Goyal said. The country needs cheap power to aid development, he said.
He will add large hydro-power projects to expand the renewable target, he said.

Hydropower, LEDs

"I want to reignite the interest in hydro-electric investments," he said. India intends to almost quintuple its clean energy installations to 175 gigawatts by 2022 with wind, solar, biomass and small hydro projects.
India allowed development of offshore wind projects up to 200 nautical miles into the surrounding seas earlier this month to help achieve its climate-change goals.
As part of the government’s energy-efficiency program, Goyal aims to save 100 billion kilowatt-hour units of power consumption annually by eliminating less efficient incandescent and CFL bulbs over the next three years.
“Our target is to do 770 million LED bulbs in the country, eliminating the CFLs and the incandescents in three years," he said.




Reaching for the sun: India’s thrust for renewable energy


Original Post: Gurjit Singh, Jakarta | Opinion

Among the various initiatives launched by the government of Prime Minister Modi in India is the thrust on renewable energy particularly solar energy. 

The initiatives for Smart Cities, Skills Development, Clean Ganga, Digital India and others are also linked to the Renewable Energy Mission to be integrated since low carbon emission is part of the plans for India’s further development.

In June it was decided to enhance renewable generation to 175 GW, of which solar power generation will increase to 100 GW in seven years. This would be about a third of India’s total power generation capacity. 

This target of 100 GW of solar energy is based on the assessment that in several zones of the country sunshine is available for about 260 days annually. There is no doubt this will require a massive investment of Rs. 600,000 crores (US$90 billion) particularly since the current production is about 4,000 MW.  

What is interesting is that much of this expansion is going to be off grid through stand-alone mechanisms with the solar rooftop arrangements contributing nearly 40,000 MW.  

As per targets established by the Ministry of New and Renewable Energy, ground mounted installations, which can be grid connected, will increase to 57,000 MW by 2022. 

 Rooftop solar installations are expected to leap from 2,000 MW in 2015 to a production of 40,000 MW by 2022. Analysis by the Solar Energy Cooperation of India and the Institute for Energy, Economy and Finance believes that the seven-year program for rapid increase in installation is feasible.

The Indian Railways, one of the largest corporations, is also joining this effort and experimenting with solar powered locomotives and stations by using large tracts of land that the Railways own. They hope to alter the energy mix by shifting to solar energy in a big way. 

The Delhi Metro is expected to go completely solar and have surplus to provide to the central network in this period. Cochin International Airport in Kerala has become the first airport in the world to be entirely operating on solar power, an example to be followed by others.
SOLAR MODULE MANUFACTURING EQUIPMENT
As many as 27 solar cities have been earmarked to undertake efforts to reduce conventional energy and showing a greater utilization of renewable energy. In these cities rooftop solar installations will play a major role. At least 13 states in India have already established policies regarding rooftop solar installations.

One of the major challenges in solar energy generation is the use of land particularly to avoid use of arable or functional land.  In India the main focus has been on degraded land and rooftop utilization. 

Another important area is financing. The price of solar powered generation equipment has fallen by 75 percent in the last decade. Large scale plants today can bring solar generation to an affordable price reducing the requirement of subsidies. In India investment schemes encourage foreign companies to also invest in solar parks. 

Of the 300 proposals for setting solar power generation projects, there are several international companies who are likely to meet about 20 percent of the proposed generation. Fiscal incentives including issue of tax free bonds, which proved successful for other infrastructure projects, are on the anvil. 

Commercial banks have earmarked up to Rs. 15 crores ($2 million) for lend to this priority sector. Solar plants on top of roofs can avail of the tax incentivized home loan system of commercial banks. A recent bid for a 648 MW plant in Tamil Nadu anticipates an investment of $750 million at a bid rate of US 11 cent/kwh for 25 years
India is ready to share its experience and initiative with Indonesia as both countries need energy initiatives particularly renewable energy. 

An interesting experiment has been started by the Embassy of India which provided “scholarships” to eight rural women from the regencies of Sikka and NTS in East Nusa Tenggara (NTT). 

These rural women participated in a 6-month program at the Barefoot College in Tilonia in India and returned as confident solar engineers. They returned to their villages and were provided equipment and support by the Wadah Foundation and its associates.  

In early July I had the privilege of switching on solar lights in the village of Pomat and Wolo Mude in Sikka and Kommunitas Koa in NTS in the presence of the regents and other community leaders. These women solar engineers have become community facilitators and enthused the community to build their workshops which are funded by the Wadah Foundation. They stock their equipment and spare parts as well as charging stations and have installed solar panels on the rooftop of every participating household.  

Each house there now has lights at night and the workshop has become a community centre where people can meet at night and hold classes, meetings etc. Portable solar lanterns are also provided and each participant contributed Rp 30,000 ($2.1) to the workshop for providing maintenance services. In most of these villages there was no electricity at all and it was a moment of joy to the people of these villages.

In the fishing village of Wuring Lembah which had electricity, solar lanterns have been provided to all the fishermen who have replaced their expensive kerosene lanterns. 

Earlier they used to spend Rp 60,000 for kerosene lanterns but now they contribute Rp 30,000 each to the workshop for maintenance. This project has shown the validity of solar power in remote villages and has also served to empower women.  

Now that this cooperation is in place, cooperation for large size power plants can be undertaken to tap solar energy and reduce both cost and application of fossil fuels.




Tuesday, September 15, 2015

Global solar photovoltaic manufacturing production slows in recent years


The US Energy Information Administration’s new ‘Today in Energy’ brief looks at the slowdown in the growth rate of global solar panel production:

Global solar photovoltaic manufacturing production is slowing. 
The brief shows that growth in solar photovoltaic (solar PV) module production has slowed in recent years to 4% annually from 2011 to 2013 after increasing by an average of 78% from 2006 to 2011. In addition, the gap between global solar PV module manufacturing capability and production has grown, leading to lower utilisation rates of manufacturing facilities.

The utilisation rates of solar PV module manufacturing facilities (in terms of actual production as a percentage of maximum throughput) peaked in 2011, when production was 36.6 gigawatts (GW) and capability was 52 GW, giving a utilisation rate of 70%. In 2013, although production and capability increased slightly, the utilisation rate of manufacturing facilities declined to 66%.

Unfair trade practices

Sales of solar PV panels made in China into North American and European markets at extremely low prices have led to complaints of unfair trade practices. Based on an investigation that found Chinese solar PV modules were being dumped or subsidised in the US market, the US Department of Commerce established anti-dumping and anti-subsidy duties on PV modules from China. In Europe, the European Commission and the major Chinese manufacturers reached an agreement on minimum prices and shipping volume.
The market is reacting to the slow growth of module production and the decreased utilization of PV manufacturing capability by downsizing and consolidating PV manufacturing companies. For example, Germany reported to the International Energy Agency that there were a total of 11,000 employees working in 40 PV companies operating in Germany at the end of 2013, compared with 32,000 employees in 62 companies at the end of 2008. 
Similar trends were reported in China, with Chinese PV module and cell manufacturers decreasing from 300 companies to fewer than 100 companies.

China the biggest maker

Despite the consolidation of Chinese manufacturing companies, China continues to be the largest producer of solar PV modules, manufacturing 23 GW in 2012 and 26 GW in 2013, or more than 60% of annual global PV module production in those years, mainly to serve export markets. China ranks just ahead of the US as the sixth-largest installer of solar photovoltaics. However, China has announced a goal of installing 100 GW by 2020, almost as much as the 2020 targets of Germany, Italy, and Japan combined.
Future demand for solar PV will be affected by major countries' goals for installed solar capacity. More than 50 countries have established national solar targets, amounting to more than 350 GW by the year 2020. 
The current top six countries in terms of total installed solar capacity—Germany, Italy, Japan, Spain, France, and China - represented 76% of installed capacity in 2012, but only 61% of the global target total for 2020. 
Reaching 350 GW by 2020 would require average annual installments of 40 GW from 2013 through 2020, which is equivalent to manufacturing production in 2013 and well within current PV manufacturing capability of 60 GW per year.
In some cases, national targets are not indicative of a country's future solar PV market. For example, the US doesn’t have a national target. Instead, several individual states have established renewable portfolio standards, some with separate targets explicitly for solar.  Furthermore, countries tend to adjust their targets. For instance, India recently increased its solar target from 20 GW to 100 GW by 2022.
And although the UK has not officially reduced any solar PV commitments, the Government is causing grave concern by rowing back on a number of subsidies to various renewable energy forms, including both large scale and domestic solar PV. 

Original Post: Eia



In (2014), 70% of India’s Solar PV Module Imports Came From China

IS CHINA DRIVING INDIA'S SOLAR GROWTH?



Original Post: by Saurabh Mahapatra (SOLAR LOVE)


Chinese solar panel manufacturers are dominating players in the Indian solar power market, recently released data by the Indian government show.
According to the Ministry of New and Renewable Energy, India imported 161.5 million solar panels in financial year 2014–15. Of these, 113.5 million panels, or 70%, were imported from China.
This marked a significant increase from the 65% share of Chinese modules in financial year 2013–14. Of the total 154.1 million panels imported that year, 100.4 million came from China.
The share of Chinese modules in India was possibly the highest in most major solar power markets. India is among the few large solar markets that does not impose import duties on Chinese modules.
SOLAR MODULE TESTING AT ITS BEST
China is expected to be among the leading suppliers of modules to India in the coming years as well. The Indian government has set a target to have an installed solar power capacity of 100 GW by 2022, and most of this capacity will be in the form of solar PV projects.
Last year, India announced that it would not impose import duties on imported solar panels despite repeated pleas by the Indian module manufacturers that had seen significant erosion of market share.
India has now significantly diluted the mandatory requirement for use of Indian-made solar panels. Only government-owned companies will be required to use Indian-made panels as per a minimum supply requirement. While the first phase of the National Solar Mission required use of a higher percentage of Indian-made solar PV modules, solar power policies enacted by most states did not have such restrictions.
The Gujarat Solar Power Policy of 2009 had no such requirements and it helped in adding around 800 MW of solar power capacity. Recent auctions under the policies of Andhra Pradesh, Telangana, Tamil Nadu, Madhya Pradesh, Rajasthan, Karnataka, and Odisha had little to no restrictions on the use of imported modules




Monday, September 14, 2015

India: Realising its Solar potential


Original Post: Rachel Parkes
The BJP’s general election victory in 2014 triggered hopes that in BJP leader Narendra Modi, India may have the renewables champion to help it realise its vast potential. A year on, Rachel Parkes looks at how India’s renewables market is developing.
The victory of the centre right Bharatiya Janata Party (BJP) in India’s general election in April 2014 was controversial in many respects, and unexpected in its decisiveness. But for the renewables industry in the country it represented the possibility of a revival of fortunes after a period of flagging growth. For, with the BJP’s victory came the leadership of Narendra Modi, former chief minister of Gujurat, long-time advocate of low carbon energy and credited with being the political architect of Gujurat’s transformation into a 900MW Indian solar PV powerhouse.
Since 2009, when year-on-year growth in renewables peaked at 31%, growth had waned to 13-14% in 2013-14 on the back of policy uncertainty and subsidy delays. With a new government, and a new prime minister seemingly personally committed to renewable energy, the industry hoped that renewables – and solar in particular – would pick up once more.
Top of the list of industry players enthused by the BJP’s victory was US solar firm SunEdison, which worked with Modi during his stint in Gujurat, developing the 1 MW first canal-top Narmada solar project. Speaking shortly after the election, Pashupathy Gopalan, SunEdison’s head of operations for the region, said he expected the new prime minister to make a “dramatic change” to the solar industry in India, based on his extensive knowledge of the industry and the “pioneering” steps he took as chief minister. Vineet Mittal, vice chairman of Indian power producer Welspun, echoed this sentiment, telling local reporters that they could now expect Gujurat’s success to be replicated nationally.
Indeed, it was under Modi’s stewardship that resource-starved Gujurat was transformed into a thriving economic powerhouse underpinned by technology, including exponential growth in solar PV. In addition to leading India’s solar revolution, the state also became the country’s third largest wind producer, with installed capacity of 3.6 GW in March 2015, up from 1.5 GW three years ago.
Certainly, the new prime minister has not been short on rhetoric, or new initiatives. Since coming to office, the BJP has dramatically increased the country’s capacity targets for solar to 100 GW by 2022, up from 20 GW. Of this, approximately 40 GW will come from rooftop installations, with an additional 60GW from ground-mounted installations, the Ministry for New and Renewable energy (MNRE), confirmed earlier this year. A National Wind Mission, which will set the target for onshore wind at 100 GW by 2022, is reportedly on the cards for later this year.
Proposed changes to the Tariff Policy could also see the Renewables Purchase Obligation (RPS) for solar PV ramped up from 3% to 8% by 2022 for all utilities, as well as a new requirement for all new thermal plant to have a 10% renewables mix either be generated on-site or bought as a credit from another renewables project.
In addition, Modi’s administration has stepped up its campaign to encourage foreign investment in solar in particular, targeting $100 billion investment from abroad over the next seven years, ramping up a previous target of $100 billion for all renewables over five years. The administration has embarked on a comprehensive campaign of international diplomacy, with visits to Japan, Canada, China and the US, with offers to help overseas companies enter the notoriously difficult Indian market. In addition to a $1 billion deal with the US Import-Export Bank to help companies looking to ship equipment from the US, the government also has plans to set up solar bonds, as well as help foreign firms set up rupee bonds.
Significantly, Modi has also steered India towards a more conciliatory tone on climate change. As part of the Copenhagen agreement in 2009, India pledged to reduce its carbon emissions by at least 20% on 2005 levels, but the country’s official position has always been that the burden for emissions reduction should fall on developed nations. However, in a recent visit to the US ahead of this year’s climate talks in Paris, Modi indicated that India may be prepared to commit to further emissions reductions, with renewable energy – and solar energy in particular - at the centre of the country’s strategy.
BEST EL TESTERS FOR MODULE MANUFACTURING
Climate concerns
However, India’s quest for a renewables revolution should not be mistaken for its prime minister’s personal crusade: there are a number of other factors driving the political momentum. First and foremost the country has grave concerns for energy security. With GDP growth consistently at 5-7%, India’s primary energy demand grew 7% in 2014. The International Energy Agency (IEA) believes that power demand, most of which is still met by coal, will continue to rise by 5.2%/year to 2020. However, domestic coal production has not kept up with the increase in demand in the power sector and some regions have been plagued by blackouts, as utilities struggled to contend with erratic supplies and poor quality coal.
Meanwhile, in order to maintain economic growth, India’s government is keen to keep up its programme of electrification of the country’s 640,000 villages – of which off-grid renewables will play a major part. India’s 12th Five Year Plan (FYP) to 2017 envisages 3.4 GW of off-grid power, of which the majority will be met by non-bagasse co-generation, and 1 GW by solar PV. Last year, the BJP launched the “Smart Villages” initiative, which seeks to deliver low-carbon electricity, sanitation and internet access to 2,500 villages by 2019.
However, Modi’s enthusiasm for all things solar certainly could see it overtake wind as India’s go-to renewable technology. Over the past year, total cumulative solar PV installations have grown from approximately 2.6 GW in mid 2014 to around 4 GW in June 2015 – a considerable achievement given that India produced no solar power of note until 2010. Installed wind capacity, meanwhile, has grown at a slightly slower rate to 23 GW, from 20 GW. The National Wind Mission, long proposed, is yet to materialise, as the second phase of the Jawaharlal Nehru National Solar Mission (JNNSM), launched by the previous administration to promote solar energy, gets already underway.
The IEA, in a report made before the BJP revised its wind and solar targets upwards, projects that installed onshore wind power capacity will grow by 21 GW to 2020, while solar PV will grow by 12.4 GW. Bioenergy, a category that includes solid biomass power, bagasse co-generation and biogas, will grow by 2GW.
However, despite the optimistic growth projections, REN21 notes that solar PV market shrunk in 2014 compared to 2012 and 2013, due to policy uncertainty caused by on-going subsidy delays, and difficulties securing financing.
Indeed, access to finance and the cost of capital is one of the key hurdles facing the renewables industry going forward, despite recent improvements. Interest rates in India are comparatively high, with nominal interest on 10 year government bonds at around 8%. Moreover, the domestic banking sector is still relatively inexperienced in renewables, and subsequently more cautious.
Nevertheless, onshore wind and solar have both benefited from falling unit costs, and as the scale of India’s abundant resources has become increasingly apparent, there can be no doubt that renewable energy has become more attractive as investment opportunity. In addition, the previous administration’s decision to move away from a tax-based subsidy regime (the Accelerated Depreciation regime which allowed large, usually state-owned, companies to claim up to 80% depreciation on renewable energy assets) in favour of a Generation-Based Incentive (GBI), has opened the market up to a larger pool of independent power producers (IPPs).
And, as the levellised cost of energy (LCOE) has come down for both wind and solar, some estimates suggest that the best locations are now competitive with new coal and gas-fired plants without subsidies.
However, the industry in general is still very much dependent on policy support to compete with fossil generation. As such, the abrupt halt to the GBI in 2012 (and its subsequent reinstatement a few months later) caused shockwaves in the marketplace, resulting uncertainty from which the market is yet to recover.
“Generation based incentives play a crucial role in supporting the development of renewables in India,” says Ankita Chauhan, analyst at IHS Energy. “When the government temporarily removed the GBI for wind in 2012, growth slowed considerably. The advance of new technology continues to close the cost gap between renewables and conventional energy sources, but incentives are still needed.”
Bob Smith, CEO of Mytrah Energy, a UK-based wind developer with 543 MW of onshore wind power currently operating in India, says that raising debt in the local marketplace has been one of the most difficult aspects of the company’s development programme.
“India is not an easy place to do business in any respect,” he tells Renewable Energy Focus. “The people who have been successful have had to go through a lot of different experiences in order to be able to build a sustainable business. One of the biggest ones of those is raising money. You go in with your equity cheque, but you have to raise debt in order to be able to build those projects
“We’ve built relationships with 25 banks in India. That’s very hard today. Our ability to keep building is largely down to our relationships with those organisations.”
Grid problems, meanwhile, continue to act as a significant barrier to India’s renewables sector. The country’s transmission network is in dire need of upgrading and expansion, especially if it is to connect the areas of best resource with demand centres. This, says Smith, puts a serious constraint on where developers can site projects.
“Where the wind is, is not necessarily where there is grid,” he says, adding that the company has planned its 200 MW pipeline around the bottlenecks in the grid, as well as the government’s planned expansion programme.
In addition, the grid is also in need of better management. Large volumes of power are lost in the grid, either through theft, poor billing or low loads, which means that state-owned distribution companies are usually left out of pocket.
This in turn has a knock-on effect on the expansion and upgrade projects for the grid, says Chauhan. “The weak financial condition of state-owned distribution companies, who suffer from high rates of power loss, is [a] major challenge to renewables investment,” she says.
Furthermore, land acquisition remains a significant problem for both project siting and grid expansion. Indeed, the canal-top Narmada solar project was conceived as a way round the lengthy and expensive negotiations that often ensure with landowners over land rights.
“India is a democracy, which comes with constraints as well as benefits,” says Smith. “You can’t just go to a farmer and say I’m going to buy your land and build a cable across it. You have to negotiate with him, and that’s why things take a little bit longer. But things do get done eventually.”
International interest
Ultimately, the success of India’s renewables sector will hinge on the country’s ability to attract international investment. With wind now established, and as the new government steps up efforts to tempt foreign capital into the sector, Smith notes that international finance giants are now taking an renewed interest in India’s renewables space.
“We’ve seen a number of substantial players come into the country,” he says. “Morgan Stanley and Goldmans Sachs are investing quite heavily. There are a number of private investors coming into the IPP market.”
“And now India is moving to a much more aggressive pursuit of the solar market as well as wind, which creates a huge demand for equity and for debt, which the internal Indian market cannot support,” he adds. “We’ve seen a lot of international players taking a more interested view than they have in the past, both on the debt side and on the equity side. The recent publicity around it over the past year or so has greatly accelerated the interest in India.”
Chauhan, however, is more circumspect. “An emerging breed of specialised renewable power plant developers and owners are now scaling up in India, building-up experience, and are attracting capital from private investors and power companies from across Asia, Europe and North America,” she says “But considering the many challenges, most private investors are entering cautiously.”
All eyes will be on India over the next few years as it reaches for its ambitious wind and solar targets in 2022, however the jury is out as to whether these targets will be met on time.
“It looks unlikely India will be able to fully reach its goals by the 2022 target year,” says Chauhan. “[But] the country is nevertheless on track to become one of the major centres of renewable power growth globally over the next several years.”
The country will also need to overcome its “difficult for business” image. However, Mytrah’s Smith is optimistic that the commercial environment will continue to improve. “For us, I think that the environment today is as good as it has ever been for energy development in India,” he says. “India is a tremendously entrepreneurial marketplace and when there is a strong demand for something, someone will find a way to meet it.”
ABOUT THE AUTHOR
Rachel Parkes is a freelance journalist and copywriter, with expertise in the Energy and Environment fields. She is a long-time contributor to Renewable Energy Focus magazine.




Integrating solar into the diesel power supply


Original Post: Volker Wachenfeld
Industries in remote areas with weak or even no grid infrastructure typically use fossil fuel generators to ensure a reliable energy supply. Integrating solar power into diesel-powered systems creates a reliable, resource-friendly and efficient energy supply, as Volker Wachenfeld explains.
Rapid operational readiness and maximum reliability and availability are essential for energy-intensive operations in mining, raw material processing, agriculture, water desalination and other areas. In order to be prepared for power outages and power supply interruptions from the grid, the diesel generators often run constantly. This results in high operating costs and leads to high volumes of CO2 emissions.
Rising diesel prices are motivating many companies to search for ways to minimise their operating costs; reducing fuel consumption is a logical way to do this. In many regions, one liter of diesel fuel already costs more than one US dollar. There are additional costs involved with transporting fuel to remote areas and storing it on-site. In contrast, the cost of solar power systems has dropped sharply over the past few years.
This is why more and more industrial companies seek to benefit from power supply solutions implementing hybrid systems that allow for the integration of cheap solar power into existing diesel power systems. The combination of diesel generator sets and photovoltaics in a hybrid system can reduce operating costs, CO2 emissions and dependence on fossil fuel.
There is great potential for such photovoltaic (PV) hybrid systems, because most industries in remote areas have excellent solar irradiation. In regions with weak grid infrastructure, many industrial businesses are critically dependent on a reliable and cost-effective electricity supply to ensure competitiveness. Integrating high shares of photovoltaics into diesel-powered grids must ensure stable grid operation at all times. To meet increasing energy demand, it is also important that these system solutions are scalable and that they can be adjusted according to current energy demands at any time.
Customised solution for stable and safe energy supply

The key technological challenge for these fuel-saving solutions is the use of smart control engineering to maximise the PV share that can be stably incorporated into diesel grids. Alongside the PV inverters, control devices are the main components. The SMA Fuel Save Controller (FSC), for example, manages demand-based PV feed-in at the interface between the diesel and photovoltaic generator and the load, while leaving the genset control unaffected. “Our experiences with covering different power classes and system topology since our first PV-Diesel-Hybrid systems in 2012 have been consolidated into the second generation of the SMA Fuel Save Controller FSC2.0,” comments Mohamed Mostafa, Head of Product Management at the company. “Customer demand ranges from integrating 100-kilowatt solar power into a fossil-fuel system, up to the multi-megawatt range. So with this second generation, we used product segmentation to serve each application segment.”
SMA developed the FSC M as a simple and affordable complete solution. It is a plug-and-play solution for solar grid feed-in of up to 1 MW of PV power in PV diesel hybrid systems. The FSC L solution for solar grid feed-in of up to 5 MW and optional storage integration is suitable for operators who want to use solar power at night and have additional power smoothing capabilities. An optional storage unit can further increase the proportion of solar power fed into the hybrid system by up to 75% of PV capacity compared to installed diesel genset capacity. This means additional savings on fuel and CO2 emissions. A customised solution for systems requiring up to 50 MW of solar power is fitting for larger islands with weak grid capacity like Puerto Rico, Hawaii or The French Overseas Departments.
In all applications, the photovoltaic inverters operate in wide frequency and voltage ranges, and can adapt their output power depending on grid frequency. The generated solar power, the current operational diesel genset power and the current load states must be measured and assessed. This ensures that, in the event of large load changes or a sudden collapse in solar power grid feed-in, sufficient spinning reserve is always available, preventing reverse power feed-in to the generators.
On average, the investment in a PV-Diesel-Hybrid system pays off in three to five years in sunny regions. This depends, of course, on the size of the photovoltaic power plant, local solar irradiation conditions, load behavior and generator output.




Wednesday, September 9, 2015

India To Hold 750 MW Solar Power Auction For Gujarat, Maharashtra



The Solar Energy Corporation of India will soon hold the first auctions under the phase 2 batch 3 of the National Solar Mission.
According to media reports, the Solar Energy Corporation of India (SECI) will soon announce details of the auction of 500 MW capacity in Maharashtra and 250 MW capacity in Gujarat. The projects will be auctioned under the viability gap funding program. The projects would be among the first utility-scale solar power projects to be implemented in Gujarat under a central government solar power policy.
Prospective project developers would be required to bid for the amount of capital cost support required to set up every MW of solar power project. Developers that place the lowest bids will be selected for project development.
The SECI plans to hold auction for 2 GW of cumulative solar power capacity under phase 2 batch 3 program. Auctions will be held following consultations with states. Governments that are willing to provide land and other required facilities to the projects shall be allocated a certain capacity.
Of the 2 GW capacity envisaged for implementation, 250 MW would be based on modules manufactured locally in India. The maximum allowed bid for financial support is ₹1 crore (~US$154,000) for the open category (no restriction on use of imported or domestic modules) and ₹1.21 (~US$186,000) crore for the domestic content category.
Developers will sell power at ₹5.43/kWh (US¢8.35/kWh) during the first year and the tariff would increase by ₹0.05/kWh (US¢0.07/kWh) every year for the next 20 years. Thus, the highest tariff of ₹6.43/kWh (US¢9.89/kWh) would be achieved in the 21st year.
Once the SECI announces the name of selected project developers, they will have 14 months to commission the projects.

Original Post Solar Love


Environmental Group Proposes Mandatory Rooftop Solar Power Systems In India


Impressed by the solar power policy of India’s national capital of Delhi, the country’s Centre for Science and Environment has urged the central government to implement the same policy across the country.
According to the provisions of the Delhi rooftop solar power policy, all buildings constructed after September 1, 2015, are required to install rooftop solar power systems. Such systems are also eligible for net-metering provisions, and while the policy is an extension to the one already in effect, the mandatory installation is one of the most significant additions.
The neighbouring state of Haryana also has a similar mandatory requirement.
The new policy also mentions provisions for building owners to avail loans at concessional rates to set up solar power systems.
The Delhi Government recently announced a target to set up 2 GW of rooftop solar power capacity by 2025, with 1 GW capacity to be commissioned over the next 4 to 5 years. To achieve this target, the Delhi Government shall set up solar power systems atop metro stations, bus stops, and buildings.
The Delhi government is also looking at new ways to raise funds to finance the installation of solar power systems. The Indian power minister mentioned the concept of solar power mutual funds, wherein investors would be eligible to consume a percentage of electricity at a fixed rate, possibly for a fixed amount of time, which could be in months or even years. The incentive could mean that households that invest in rooftop solar power systems would be shielded from the frequent electricity tariff revisions implemented by the utilities.
The central government has announced a target to have 40 GW of rooftop solar power capacity installed by 2022. Mandatory provisions, in addition to clear net-metering regulations and financial incentives, would prove critical to achieve this target. 

originl post: cleantechnica


Govt may provide subsidy for putting solar panels on 500 train roofs

This is in addition to the plan to set up 500MW solar capacity panels on the rooftops of railway stations


Since trains already have batteries attached to the coaches, the electricity generated from the solar panels will be used to run fans and lights and not to provide power for the locomotive’s traction. Photo: Ramesh Pathania/Mint

New Delhi: In what may be a game-changer in helping the Indian Railways cut energy costs, the government may provide subsidy for putting solar panels on the roofs of around 500 trains to generate electricity.
This is in addition to the plan to set up 500 megawatts (MW) solar capacity panels on the rooftops of railway stations. Recently, the Indian Railways, the country’s largest consumer of electricity, ran a pilot coach with solar panels fitted on its roof.
Since trains already have batteries attached to the coaches, the electricity generated from the solar panels will be used to run fans and lights and not to provide power for the locomotive’s traction.
“The railways plan to fit the roof with solar panels for other trains as well. The ministry of new and renewable energy is ready to provide subsidy for around 500 trains towards this purpose,” said a government official, requesting anonymity.
The railways also plans to source 10% of its electricity demand through renewable energy sources by 2020 and signed four agreements with the ministries of power and renewable energy last month. Indian Railways’ power consumption is growing at an average 5% a year and its power bill is estimated at Rs.12,500 crore in the year ended 31 March.
The national carrier is also conducting an energy audit to estimate the amount of savings made and is planning a transmission system to carry the power generated, in an attempt to cut its power costs.
Spokespersons for the Indian Railways and the ministry of new and renewable energy did not respond to Mint’s emailed rquests for a comment.
“Indian Railways is the single biggest consumer of energy and hence it is imperative that the railways must look towards alternative sources of energy,” said railway minister Suresh Prabhu in a 4 August statement.
“The minister said that it has already been announced in this year’s railway budget that Indian Railways will be setting up 1,000MW solar plants in next five years and the suitable initiatives for implementing this have been undertaken. Shri Suresh Prabhu said that railways has already initiated the process of using rooftop of railway buildings for generating solar power. We have also taken innovative initiative for harnessing solar energy by putting solar panels on the roof of railway coaches,” the statement added.
On Monday, SunEdison Inc. announced the installation of eight solar systems for Delhi Metro Rail Corp.’s Badarpur-Faridabad line, which is expected to generate 1.9MW. SunEdison is also setting up a 1.7MW solar plant at the Yamuna Bank station and yard.
The Indian Railways plans to reduce electricity bills by nearly one-third by seeking competitive bids from power producers, sourcing from electricity exchanges and reaching bilateral arrangements, according to this year’s railway budget.
As part of this strategy, it is trying to take advantage of its position as the largest consumer of power in the country to bring down electricity costs by calling for bids from power producers to supply 1,010MW of electricity over three years,Mint reported on 17 July.
By calling for competitive bids, the railways expects to benefit from lower tariffs. The transporter is seeking to reduce its electricity cost to less than Rs.5 per unit from the current average of around Rs.7 per unit.
The National Democratic Alliance (NDA) government has pushed renewable energy to the top of its energy security agenda and is looking to provide green power at less thanRs.4.50 per unit. India needs as much as $250 billion to meet its target of installing 100 gigawatts (GW) of solar power and 60,000MW of wind power by 2022.
Analysts have welcomed the government’s ambitious plans.
“India’s utility scale solar project pipeline is growing rapidly, bringing the government’s ambitious solar goals closer. The installed capacity stands at 4.4GW and projects under development and allocation stand at an additional 10.9GW. The pipeline number is expected to swell further as new tenders are released,” Bridge to India, a solar energy consulting firm, said in a 7 September statement.
“While the market might still fall short of the 60GW target for utility scale projects, this market growth would make India a key global market over the next few years. Depending on the performance of the Japanese market, India could become the third or the fourth largest solar market in the world,” it said.

Original Post: Utpal Bhaskar