Showing posts with label Green energy. Show all posts
Showing posts with label Green energy. Show all posts

Wednesday, August 12, 2015

Bank of America issues $600m green bond

            Image: Thinkstock

Bank of America has issued a green bond worth $600 million (£383m) for energy efficiency and renewable projects.
It will help fund projects under the company’s $70 billion (£44.7bn) multi-year environmental business commitment.
It initially issued $500 million (£319m) in 2013, which helped finance projects such as retrofitting traditional street lights to LEDs in Los Angeles, California and solar installations.
Thomas Montag, Chief Operating Officer said: “We believe green bonds will play an important role in closing the financing gap for renewable energy, energy efficiency and other low carbon projects. The market for green bonds is expanding rapidly and issuing our own green bonds is one way we are helping to meet that growing demand.”
A record $36.6 billion (£24.3bn) worth of green bonds were issued last year, according to a new report launched earlier this year.

Indian bank raises $50m for green projects

Image: Thinkstock
An Indian bank has raised almost $50 million (£32m) for renewable projects.
It was through the issue of Green Infrastructure Bonds to International Finance Corporation (IFC), a member of World Bank Group.
YES BANK will lend the cash to fund projects such as wind and solar farms.
It has made a commitment of funding 5GW of green projects by the end of the decade.
Inessa Tolokonnikova, IFC’s Financial Institutions Group Manager for South Asia, based in Mumbai said: “Green bonds have opened a new finance flow that will be essential to confronting climate change impact. IFC’s investments in programmes like YES BANK’s Green Infrastructure bonds will also encourage issuers in other markets to issue similar bonds and support greater resources for climate change finance.”
The Government of India has set a target of installing 175GW of renewable capacity by 2022.

Tuesday, November 19, 2013

Eco-friendly village to save green cover

At a time when the threat of climate change induced by global warming is looming large over our eco-system, the local environmentalists of Etawah have come up with a noble concept of making villagers aware about the benefits of plantation to save the shrinking green cover.
The forest conservation movement called as 'Green Village' concept, which has been recently acknowledged and forwarded to 196 countries by an international body, United Nations Framework Convention on Climate Change, UNFCCC, is being led by Prabhat Mishra, assistant director, National Savings, Etawah. Mishra has been motivating villagers to save the forest since past eight years.
"The 'Green Village' concept was developed by me in the year 2005. Under this model, a village is selected and each family from the village is made aware and educated about the disasters of deforestation and benefits of afforestation. At least one member of each family is being asked to do plantation of a plant of at least one specie in his/her surroundings," said Mishra.
In this way, not only the people's participation would be ensured but percentage of green cover area will also be increased, he added.
'Green Village' model is equally helpful in controlling species from getting extinct,desertification and deforestation. This will be helpful in sustainable development, bio-diversity conservation, water conservation, soil conservation and bio-sequestration, informed Mishra. "We are living in a world which is under 'transition and transformation phase' of energy and is facing the problem of climate change. Trees are the 'best natural sinks' of CO2 and will help to tackle the climate change," said he further.
Over the years, deforestation has resulted into major loss of biodiversity. "Man's intervention has speeded up the deforestation rate. An estimated 18 million acres of forest are lost each year according to the United Nations Food and Agriculture Organisation," said Rajiv Chauhan, secretary, Society for Conservation of Nature. He is also a part of the 'Green village' campaign.
The causes of deforestation are industrial agriculture, shifting cultivation, urbanization, population growth, desertification, selective destruction and habitat destruction, he added. According to IUCN's Red List, habitat destruction is universally the most dominant threat to biodiversity, he said.
According to World Bank data, for the 70% of the world's poor living in rural areas, agriculture is the main source of income and employment. Due to increasing population pressure, villagers are paying more attention on crop cultivation than on afforestation.
This situation will increase deforestation and will disturb Oxygen evolution and Carbon dioxide consumption ratio in the ecosystem; ultimately adding to climate change. It is estimated that about 15% of all greenhouse gas emissions are the result of deforestation. Such practices and activities are not environment friendly and are un-sustainable.
It is the fact that without remedial measures, the current living 'biological life forms' will collapse, Chauhan added. Deforestation can only be checked by applying afforestation strategies through maximum participation of local communities. "One such grass root level strategy can transform the whole village into 'Green Village'," he said further.

Tuesday, June 11, 2013

Godawari Green Energy to commission first CSP plant under JNNSM

KOLKATA: National Aluminium Company Limited (Nalco), a Navratna PSU, has set up its 2nd wind power plant at Ludarva in Jaisalmer district of Rajasthan with a capacity of 47.6 MW. The move is part of Nalco's plan to diversify into other metals and the energy sector. One part of the project has been commissioned successfully and power production has commenced from 18 wind energy generators.

The Rs 283-crore wind power project is being executed through Gamesa Wind Turbines Private Ltd.,which involves erection of 56 Wind Turbines, each of 850 KW rating. This is Nalco's second green initiative towards promoting sustainable development by harnessing the unconventional and renewable energy sources, which would credit the company with incentives from the government. The project is scheduled to be completed by August 2013.

Earlier, the company commissioned its first Wind Power Plant of 50.4 MW capacity at a cost of Rs 274 crore at Gandikota in Kadapa district of Andhra Pradesh, in December, 2012. It is also planning to set up the third wind power plant in its own mined out area of Panchpatmali bauxite deposit in Odisha's Koraput.

Wednesday, November 21, 2012

General Motors plans to make 500,000 electrified cars a year by 2017


Yesterday, General Motors made a provocative announcement: by 2017, the company plans to produce 500,000 electric and partially electric vehicles each year.
To put that in perspective, in 2011 GM sold just over 9,000,000 vehicles worldwide. If the U.S. auto industry continues its rollicking pace -- and if auto markets in the rest of the world keep growing (China, India) or recover (Europe) -- GM could easily pass the 10,000,000 mark within five years. That would make electrics and partial electrics about 5% of the company's total output. 
But what kind of vehicles will these be? As our colleagues at Green Car Reports point out, GM isn't planning to focus much of its attention on hybrids. Yes, it will continue to work on its eAssist hybrid system, which is already found on certainBuick and Chevrolet models. As of October 31, GM had sold about 26,000 eAssist vehicles in 2012.
But GM Product Chief Mary Barra seems to be betting on plug-in hybrids and extended-range electric cars like the Chevrolet Volt, which has sold more than 19,000 units this year. In yesterday's videoconference, she said, "We think plug-in technology will plan an increasingly important role over the years to come." 
The next of those plug-ins should be the stunning 2014 Cadillac ELR, a swanky, two-door sibling to the Volt. Later this year, at the 2012 Los Angeles Auto Show, GM will also debut the fully electric 2014 Chevrolet Spark EV.  
Our take
GM could be onto something, and it's not hard to see why. Thought the all-electric Nissan Leaf is about $4,000 cheaper than the extended-range Chevy Volt, the Volt has been selling about three times as well.
Part of the difference could be related to distribution, but we have a hunch that range anxiety plays a bigger role. For $4,000 more, eco-conscious consumers can purchase a well-built sedan that's not limited by battery range. Though the Volt initially had trouble explaining itself to consumers, recent ads poking fun at owners' "gas anxiety" seem to be having an effect.
GM's may also be banking on cheaper electric-car technology and increasing economies of scale, which would cut the cost of producing fully electric and range-extended vehicles. If those bets pay off, GM could leapfrog to the front of the eco-friendly pack by forgoing mild hybrids in favor of more advanced-tech vehicles.
That said, it's important to point out that even though GM's goals are intriguing, the company still expects that 95% of its vehicles will be sold with conventional combustion engines.

Wednesday, November 14, 2012

ABB hails breakthrough for green power grids


Swiss firm ABB announced a breakthrough in technology to carry electricity over long distances, making desert solar plants and ocean wind farms much more viable.
Its new circuit breaker makes it easier to send electricity through high-voltage direct-current (DC) lines into the grids that link power stations to consumers, the engineering company said on Wednesday.
DC lines are much more efficient over long distances than the alternating current (AC) lines that are largely used at the moment. They are also more compatible with some forms of renewable power generation.
But using DC lines widely has been impractical without a heavy-duty circuit breaker that can cut power when need be.
The search for such a circuit breaker has taken more than 100 years and ABB has been battling rivals Alstom and Siemens to invent one first - potentially giving it an important advantage in what it hopes will be a multi-billion dollar market for DC grids.
"If they've managed to do this it's very significant," said Roger Kemp, an engineering professor at Lancaster University in northern England. "DC transmission is a much higher efficiency way of moving electricity around."
It could bring closer the idea of huge solar power arrays in the Sahara Desert supplying electricity to Europe, Kemp said.
ABB Chief Executive Joe Hogan hailed what he said was "a new chapter in the history of electrical engineering."
High voltage DC is already used to connect wind farms to the power grid and for delivering power to offshore oil and gas platforms. But without a breaker, its use is very limited.
If you try to switch off direct current at the very high voltages needed for power transmission, it can cause a spark across the switch which simply keeps the electricity flowing. That is not a problem with alternating current because there is a window to interrupt the flow.
STOPPING A TRUCK
The challenge of breaking direct current can be compared to quickly stopping a truck hurtling down a highway at top speed, ABB's chief power engineer, Claes Rytoft, said.
ABB's circuit breaker works by combining mechanical and power electronics that are capable of interrupting power flows equivalent to the output of a large power station within five milliseconds - 30 times faster than the blink of a human eye.
Conventional AC grids are also not compatible with the DC power produced by many renewable sources, particularly solar energy. Computers, televisions and mobile phones also run on DC, meaning electricity has to be converted from AC.
The two systems have been at odds since their proponents, Nikola Tesla and Thomas Edison, battled for supremacy in the new technology a century ago.

Friday, September 21, 2012

Sai Info Systems forays into 'green' data centres

With the demand growing in the country for 'green' data centres, Ahmedabad-based Sai Info Systems (SIS) is foraying into the same as part of its expansion plans. The company is investing around Rs 200 crore for developing the energy efficient data centres for its potential clients.

"When evaluated under power utilisation index (PUI), while a conventional data centre consumes 1.8-2 Mw of power for every 1 Mw of IT infrastructure, a green data centre consumes about 1.4. In India, and especially in Gujarat, demand for green data centres is growing gradually which is why we are foraying into the same," said Sunil Kakkad, CMD, SIS.

At an investment of Rs 200 crore, the company has so far developed 1,500 racks of green data centre, of which 300 racks is for SIS's captive consumption.

ITM Hydrogen Station deployed at the University of Nottingham


HFuel Gavin-Walker-hydrogen-refuelling
The primary function of the ITM installation at the University of Nottingham is to provide the capability to generate their own fuel on campus for a small fleet of fuel cell vehicles. The secondary function is the provision of a source of high purity, high pressure hydrogen for a dedicated research laboratory.
The system is a containerised generation system based on ITM’s patented PEM electrolyser technology. Electrolyser capacity will be adequate to provide a minimum 5kg single charge of gas to a vehicle at 350 bar and a supply of 150 bar hydrogen to the University laboratory. Storage capacity on site will be approximately 30kg to provide a degree of flexibility to the refuelling profile.

Boeing/American Airlines Test ecoDemonstrator Aircraft which includes a regenerative fuel cell



Boeing ecoDemonstrator
Testbed jet to advance progressive environmental technology
WASHINGTON– Boeing (NYSE: BA) and American Airlines today showcased a Next-Generation 737-800 airplane known as ecoDemonstrator in Washington, D.C., to highlight testing of environmentally progressive technologies. The visit to the nation’s capital follows extensive flight testing in Glasgow, Montana, where it flew a series of missions designed to test and accelerate advanced technologies that increase fuel efficiency and reduce airplane noise.
Top officials from Boeing, American Airlines, and the Federal Aviation Administration (FAA) held a joint news conference at Reagan National Airport to highlight innovation and collaboration among government and industry.
“The ecoDemonstrator illustrates how we’re pursuing technologies and advanced materials that make airplanes operate more efficiently and produce fewer emissions and less noise,” said John Tracy, Boeing chief technology officer. “I am proud of the leadership role that Boeing is playing in advancing the science of aerospace and demonstrating the value of these technologies to our airline customers, the flying public, and to society at large.”
American Airlines is loaning a new Next-Generation 737-800 to Boeing to serve as the testbed for these advanced technologies.  The flight testing completed in Glasgow allowed Boeing engineers to gather volumes of data about the viability of each technology. After testing is complete, the airplane will be returned to standard configuration and delivered to American later this year.
“At American Airlines, we are working diligently to improve our carbon footprint. Reducing noise pollution, conserving fuel and waste minimization are just a few of the areas where we are making progress,” said David Campbell, vice president of Safety, Security, and Environmental for American Airlines.  “This is why it is so crucial for us to participate in programs like the ecoDemonstrator, so that we can test technologies that will continue to improve not only American’s environmental performance, but our entire industry as well. We remain committed to doing our part to be good stewards for the environment.”
The FAA program known as CLEEN (Continuous Lower Energy, Emissions, and Noise) provided funding for the adaptive trailing edge on the airplane as well as some flight test costs.
Other technologies on the 2012 ecoDemonstrator airplane include variable area fan nozzles, active engine vibration reduction, a regenerative fuel cell, and testing of flight trajectory optimization to enable more efficient routing for fuel savings. With fuel now the leading operating expenditure for airlines worldwide and increasingly stringent environmental regulations, improving fuel efficiency and reducing carbon and noise emissions is a top priority for the aviation sector.
“Boeing is fully committed to helping airlines operate more efficiently, with reduced environmental impact,” said Tracy. “We are committed because it is the right thing to do, and because meeting the environmental challenges we face will enable our industry to grow and broaden the benefits that aviation provides to global economic growth.”
The 2012 ecoDemonstrator is the first of several test platforms.  Boeing plans to have one per year, with each airplane testing a new set of technologies.  In 2013, a wide-bodied airplane will serve as the testbed.
The FAA CLEEN program is also participating in the 2013 program, providing cost-share funding for a ceramic matrix composite engine nozzle and its related flight test costs.

Saturday, June 9, 2012

Suzlon launches environment app for Apple iOS and Android


The Minister for New and Renewable Energy, Farooq Abdullah, launched the 'Suzlon Earth - an EnvironmentDiary' a digital application for Apple iOS and Androidplatform on the occasion of World Environment Day.
On the launch, Farooq Abdullah said: "I am very happy to launch this digital application on the occasion of World Environment Day. The Suzlon Earth app is a fantastic digital tool to empower people with knowledge and information making them part of the revolution towards environmental responsibility. I applaud Suzlon for this engaging and thoughtful tool on modern communication devices like tablet computers, allowing enthusiastic audiences to stay connected with just a click."
"I personally believe that smart use of technology is the key to reaching out and engaging with people. Suzlon is India's leading wind energy company and has constantly demonstrated thought leadership in taking issues of climate change and renewable energy to larger audiences with Pure Air Lovers Society and now with this app. I look forward to using this app on my iPad to keep updated on what's happening in the world of green," added Abdullah.
The app is a social news application for friends of the environment. It aggregates news, events, actions, governmental decisions, tools and blogs from top environmental sites from around the world. Another feature also includes news about Suzlon, its products, stock price, videos, photo gallery, publications, Twitter feeds and Mr. Tulsi Tanti's blog. This app is available for free download at the Apple and Android app stores or this link; http://www.suzlon.com/application/index.html
Speaking on the development, Tulsi Tanti, Chairman - Suzlon Group, said: "We are delighted to launch this app. I believe it is a powerful way to empower people with knowledge and information about the environment and how we impact it. Through this app we are now able to reach out to the opinion and decision makers of the next generation."

Tuesday, April 17, 2012

Germany's solar woes dim the promise of green jobs

It has been a rough year for Germany's solar panel manufacturers. Hailed not long ago as a promising new sector ripe with job opportunities, the industry is now seeing its biggest players succumb to over-production and stiff competition from Asian firms.

“It is fair to say that the industry is in a crisis,” says Gerhard Stryi-Hipp, director of energy policy research at the Fraunhofer Institute for Solar Energy Systems.
The latest casualty of the downturn is Q-Cells SE, once one of the world's leading producers of photovoltaic cells. Faced with mounting losses amid record-low prices for solar cells, the company from Bitterfeld-Wolfen filed for bankruptcy protection last week.
Leaders in both Germany and the US have touted green jobs as a growing source of high-paying, difficult-to-outsource jobs of the 21st century. But while the majority of new jobs in Germany are tied to renewable energy now, the solar industry slowdown indicates that green job gains might be short-lived and subject to the same pressures from Asia as other industries.
A March study for the Federal Environment Ministry estimates that solar installations created 110,000 new jobs last year – almost the same number as in 2010, putting the growth trend near zero for the first time in the young industry's history. 
Once built, solar power plants require little maintenance and don't provide much long-term employment. “As long as the market is growing, solar installations will create new jobs,” says Mr. Stryi-Hipp. But “the solar manufacturing sector has already passed its zenith and will be adding fewer and fewer jobs” in years to come.
Until recently, German solar firms expected growing exports to sustain the job growth of years past. But as their profit margins grew thin, they started to send jobs abroad. “We see now that exports have only a limited effect on domestic employment,” says Stryi-Hipp, “as companies set up international production sites in an effort to become more efficient.”
The troubled solar sector notwithstanding, green industries remain the biggest job creator as Germany works towards its goal of getting 35 percent of its energy from renewable sources by 2020 and a whopping 80 percent by 2050. The March study estimates that all renewable energy sectors combined created 370,000 jobs last year – more than half of the almost 550,000 new jobs the German economy added as a whole that year, according to official statistics.
RELATED: Flying too close to the sun: German solar companies fall on hard times 
In the future, jobs are likely to shift from the narrow field of photovoltaic energy to the myriad industries involved in the overall transformation of Germany's energy economy.
“We're going to see a lot of jobs in the markets for wind and biomass,” Stryi-Hipp predicts, “as well as industries that are indirectly related to renewable energy, things like electrical grids, battery storage, heating, or building maintenance.”

The solar bubble

For now, the assembly lines at Q-Cells will keep running until June, and paychecks will keep coming for 1,300 employees in Germany as well as 900 more at the company's branch in Malaysia. After that, it is anyone's guess how many people will lose their jobs in the company's restructuring.
It is the fourth insolvency in less than a year to come out of the heartland of Germany's solar industry, a region aptly dubbed "Solar Valley.” Q-Cells joins the ranks of former industry heavyweights SolarHybrid AG, Solar Millenium AG, and Solon SE, failed companies that employ another 1,200 people – engineers, administrators, and factory workers whose jobs now hang in the balance.
The downfall of Q-Cells has rekindled speculation about a bubble in the market for solar panels and modules. The production capacity of Germany's solar manufacturers is almost double the current market demand, an overcapacity Ulrich Blum, professor of economics at Martin-Luther University in Halle describes as “dramatic.”

“The production boom has been fueled by unrealistic expectations concerning global subsidies for renewable energy,” Mr. Blum says.
Citing the low cost of solar installations and a resulting spike in profits for energy suppliers, the German government has cut its own subsidies for solar energy by almost 40 percent over the past three years. However, German manufacturers of solar panels were not turning the same profits, and the loss of the subsidies was fatal for several of them. 
German energy laws give suppliers of renewable energy a long-term guarantee on the price and amount of energy sold. This “feed-in tariff” is higher than the free-market price, and consumers pay the difference through their monthly energy bills.
Hans-Josef Fell, a member of the Green Party in the German parliament, is calling for a revision of what he terms “drastic cuts” to Germany's solar feed-in tariffs. With the solar industry still largely dependent on subsidies, the German government effectively controls demand at home.
“Instead of throttling the domestic market for solar panels, the German government should take a more active role in strengthening it,” Mr. Fell says. He wants to increase the targets for solar-energy production and provide bridge loans to ailing companies.

'A clear miscalculation'

German solar manufacturers are struggling to compete against heavily-subsidized competitors in Asia. Five of the world's top ten solar manufacturers are now based in China, including the world's largest producer of solar panels.
These new global players focused first on exports; demand for solar energy in China is only now beginning to flourish. This strategy effectively pulled the rug out from under the feet of German manufacturers, who depend on the same markets and have been unable to offset their losses with new business in China.
“Solar energy has become very cheap thanks to Chinese manufacturers, and while we welcome this positive development for the environment, what we need now is equal access to the emerging Chinese markets," Fell says. 
Asian firms took Germany by surprise with the speed of their development. “Nobody here expected the foreign competition to grow as fast as it did,” says Blum, referring to renewable energy industries in China, India, and South America. “That was a clear miscalculation.”
Blum says it is now time for German manufacturers to abandon the mass market for solar panels, where Germany cannot compete against the much cheaper Asian manufacturers, and move into more specialized fields. He sees good opportunities in component manufacturing and mechanical engineering – building the parts and machines that make up solar panels.
“The more a product becomes standardized, the more it is going to be assembled in countries with lower labor costs than in Germany,” Blum says. Instead of competing with Asian manufacturers directly, “German companies should focus on providing sophisticated, custom-made solutions.”
Others are not willing to give up on the mass market for photovoltaics just yet. Stryi-Hipp argues that the cost of labor is not a major factor in the overall production value of solar panels, unlike other mass-market industries where cheap labor makes all the difference.
“There are still opportunities for German manufacturers,” says Stryi-Hipp, “and it's too soon to give up on the mass market.” He believes that a period of consolidation will lead to one or two big German companies that can compete with Asian firms through economies of scale.
“The solar economy will not disappear from Germany,” says Fell, “and the mass market continues to have a future here.”


Friday, April 6, 2012

EcoVelocity motor show to showcase hydro-electric project in India


Eco Velocity, the largest showcase of low-carbon cars in Europe, will offset its emissions by supporting a hydro-electric project in India. 
As well as displaying the latest hybrid and electric vehicles and lower-emission petrol and diesel cars, EcoVelocity will also offer a series of presentations and talks from industry experts. 
And visitors will be able to get their hands on the cars over a 3.5-mile test drive route. 
James Brown from Carbon Neutral Investments, which is working with EcoVelocity to offset the carbon it produces, said: ‘EcoVelocity has taken the position as Britain’s major motoring show, and with all the exhibitors boasting impressive low emissions in their automotive products, it’s important the organisers can demonstrate the same values.’


Friday, February 24, 2012

Oil PSUs moving towards eco-friendly production tech


The public sector oil companies in the country are aware of their social responsibilities and are taking all steps to adopt eco-friendly production technologies and keep pollution to the minimum, according to Mr S. Jaipal Reddy, the Union Minister for Petroleum and Natural Gas.
He was speaking at the Visakha refinery of HPCL here on Monday after inaugurating the clean fuel project, meant to produce petroleum to Euro-3 and Euro-4 specifications.
He said the public sector oil companies were posting losses to the extent of Rs 1,50,000 crore and it would require at least Rs 40,000 crore if they were to supply petroleum to every customer in the country in accordance with Euro-4 specifications. “Still, they are making all efforts to supply as clean a fuel as possible and the HPCL project here is a good example of their resolve to keep the environment clean,” he said.
The Union Minister for Petroleum and Natural Gas Mr S. Jaipal Reddy, flanked by the Union Minister of State for Human Resource Development D. Purandeswari, and APCC President and State Transport Minister, Mr Botcha Satyanarayana, at HPCL's refinery in Visakhapatnam on Monday. -- C.V. Subrahmanyam.
The Minister said that, at present, petroleum was being supplied to 13 cities in the country to Euro-4 specifications and “by 2013, Visakhapatnam would also get such petrol and diesel. “I have taken the decision keeping in mind the peculiar environmental problems of Visakhapatnam.”

STRATEGIC OIL RESERVES

Mr Jaipal Reddy said an underground storage facility for petroleum was being created here to store 13 lakh tonnes. “We are building such strategic reserves at Mangalore and another place in Karnataka. These strategic reserves will suffice for three months, even if do not get oil from abroad in any emergency. The rock structure at Visakhapatnam is found be suitable for such a facility,” he explained.
Earlier, many speakers including the Union Minister of State for HRD, Ms D. Purandeswari, expressed concern over the growing pollution levels in Visakhapatnam and the need for HPCL to address such concerns. It may be noted that the refinery is presently facing a production cut imposed by the AP Pollution Control Board.

IIM-A's 'BSE-GREENEX' index to reveal carbon emission by companies


The carbon footprints' index that IIM-A has prepared for BSE-listed companies will be called 'BSE-GREENEX' and has a punch-line saying 'Invest in Green India'. The index, which is meant to reveal the amount of carbon emission by the companies, will be launched by BSE on February 22 at BSE's convention hall in Mumbai.
The idea of introducing the index is to enable investors to mitigate their financial risks connected to future climate change. IIM-A prepared the index for BSE-listed companies by analyzing their annual reports from the last four years. BSE will also launch a guideline for investors which will help them understand the relationship between the amount of carbon footprints that a company releases and the respective short-term and long-term impact on its investment and returns.
The index and the guidelines will be launched by minister of corporate affairs, Veerappa Moily in the presence of managing director and chief executive officer of BSE, Madhu Kannan.
"The guideline will reveal that there is room for control over the carbon emission of the companies," said IIM-A faculty Amit Garg, who is closely involved in the development of the index.

CERC unveils green energy tariff guidelines


The Central Electricity Regulatory Commission (CERC) has proposed capital cost of Rs 5.75 crore per Mw for wind energy projects.
The proposal is a part of the regulations the commission released recently and will be used to determine tariff of renewable energy for 2012-17.
The power regulator has proposed a loan tenure of 12 years for determination of tariff, annual depreciation rate of 5.83 per cent for the first 12 years of the tariff period and the rest of the depreciation to be spread over the remaining useful life of the project from the 13th year. Pre-tax return on equity has been stipulated at 20 per cent per annum for initial 10 years and at 24 per cent per annum for the subsequent period, while 16 per cent post-tax return has been proposed to attract investments. The regulations would come into force from April 1 and remain for five years.

Further, CERC said the capital cost for wind energy project would include wind turbine generator, including its auxiliaries, land cost, site development charges and other civil works, transportation charges, evacuation cost up to inter-connection point, financing charges and interest during construction. Project cost varies with technology, size of the projects, cost of infrastructure, statutory charges and fees.
The tariff period for renewable energy power projects, except in case of hydro projects below 5 Mw, solar photovoltaic, solar thermal, biomass gasifier and biogas based power projects, will be for a minimum of 13 years. In case of small hydro projects below 5 Mw, the tariff period would be 35 years and 25 years for solar photovoltaic and solar thermal power projects. It would be 20 years for biomass gasifier and biogas-based power projects.
The normative capital cost for setting up solar photovoltaic power project would be Rs 10 crore per MW for FY 2012-13. The normative capital cost for setting up solar thermal power project was estimated at Rs 13 crore a MW for FY 2012-13.
The normative capital cost for biogas-based power would be Rs 11 crore a Mw (FY 2012-13 during first year of control period) and it would be linked to indexation formula as outlined under Regulation 77. After taking into account capital subsidy, net project cost would be Rs 8 crore a MW for FY 2012-13. The normative capital cost for the biomass power projects based on Rankine cycle would be Rs 4.45 crore a MW for FY 2012-13 during first year of control period)
The control period of five years has been specified in the final regulations. Considering the comments received from stakeholders, the regulatory commission has decided to review the biomass price at the end of third year of the control period to capture the volatility in the biomass fuel market.
A project would qualify as a biomass gasifier-based power project if it is using new plant and machinery and has a grid connected system that uses 100 per cent producer gas engine, coupled with gasifier technologies approved by ministry of new and renewable energy.
CERC’s tariff regulations come at a time when installed capacity of renewable energy has grown from a mere 20 Mw in 1989 to around 21,000 Mw in 2011.
It is fast replacing fossil fuel-based power generation. Installed capacity of renewable energy has already touched 12 per cent of the installed power capacity. During the XI Plan, the component of renewable energy exceeds 23 per cent of power added to the grid.

Monday, February 20, 2012

Green Infra to add 135 MW of wind capacity by March end


IDFC PE-funded Green Infra Ltd expects to add 135 MW of wind power capacity by the end of this financial year, the company's Chief Operating Officer, Mr Sunil Jain, told Business Linelast week. Of this, 25 MW would be put under the ‘REC scheme', (where the company will get tradable renewable energy certificates), he said.
Mr Jain, however, did not respond to a more recent query as to whether or not Green Infra was interested in buying over the wind power assets of DLF, which are up for sale. The market buzz is that it is, and it has a history of acquisition. For instance, in 2009, it bought 100 MW of assets of British Petroleum.

Thursday, February 9, 2012

Telecom towers body move to use green power


The Tower and Infrastructure Providers' Association is planning to float a Request for Proposal (RFP) inviting NGOs and private green power companies to generate and supply off-grid power to telecom towers in the country. The Association proposes the ‘RESCO off-grid distribution model' where renewable energy companies can set up renewable energy (RE) based power plants near the telecom towers and sell power to the telecom company at a predetermined cost. Additional power can also be sold to commercial users living in areas where the power plants are located.
“We will be issuing a Request for Proposal (RFP) very shortly inviting companies which are willing to work on this model,” an industry source told Business Line. The source said that the RFP will be floated a few weeks from now.
“We will try a pilot first, and if it works well, we will take it up on a long-term basis.”

NEW RULES:

This comes in the wake of TRAI's recent regulation directing all telecom service providers to ensure that part of the power that is used for the towers comes from renewable sources.
Under the new rules, at least 50 per cent of towers and 20 per cent of the urban towers are to be powered by hybrid energy sources (renewable and grid) by 2015. The move is aimed at reducing carbon emissions due to increased dependence on diesel.
Telecom companies are today not willing to invest in infrastructure required to generate green power, but are willing to work with private companies to purchase green power.
The Association is learnt to be in talks with several renewable energy developers “including a Bangalore-based green power developer,” the source said.
“They are very open, they're talking to us, and we will work positively in this direction,” he added.
Other sources indicate that Applied Solar Technology, one of the country's largest off grid green power producers, is one of the companies that will work with telecom companies to supply green energy to the towers.

Wednesday, February 8, 2012

Chennai industrial estates turn eco-friendly


Many industrial estates in the city are setting up sewage and effluent treatment plants in an effort to promote eco-friendly practices and reduce burden on civic agencies.
The industrial estate in Ambattur is the forerunner among the estates with two sewage treatment plants set up in north and south phase. The projects were implemented by the Chennai Auto Ancillary Industrial Infrastructure Upgradation Company (CAAIIUC), a special purpose vehicle promoted by the Central and State governments and stakeholders to improve infrastructure at the estates in Thirumudivakkam, Thirumazhisai and Ambattur.


Pointing out that the estate has undergone a major revamp in the last few years, CAAIIUC director K.Sai Sathyakumar said, “We are attempting to use the treated waste water for gardening and non-potable purposes. A small volume of the treated sewage is let into the Cooum. The sewage generated by five areas in the estate, including Pattaravakkam, is also treated at the plant.”
The sewage treatment plants of a total capacity of 3.5 million litres a day (mld) are being operated for over six months now. The waste water generated by over 1,500 industrial units, which are a mix of chemical, automobile components and heavy engineering products manufacturing units, are being linked to the facilities.
As the next step towards turning environment friendly, the CAAIIUC is all set to establish a one mld effluent treatment plant. At present, some of the industries discharge their effluent into ground or waterways and this often goes unnoticed.
The company's chairman, Dilip Kumbhat, said the Tamil Nadu Small Industries Development Corporation has allotted one-acre land in the estate for the purpose. Construction of the facility would start in a month. “We are also exploring the possibility of treating hydrochloric acid to be reused by the manufacturers,” he said.
Once the two facilities to treat and reuse water soluble coolant come up, the estate would not be disposing waste water into the city's sewerage network, he added.
Of the total project cost of nearly Rs.50 crore, 40 per cent is being utilised for the improvement of industrial estates in Thirumudivakkam and Thirumazhisai. Following the successful functioning of sewage treatment plants, the company is proposing facilities to treat effluent.
Members of the CAAIIUC said that effluent generated by nearly 100 to 150 industries in a 25 km radius would also be treated in the facilities.
However, many of these estates face problems in handling sewage and garbage illegally dumped on their premises.
Industrial unit holders in Perungudi want the State government's intervention in the safe disposal of waste water. The sewage treatment plant in the estate has not been functioning properly and some units discharge untreated sewage in the waterways, they said. Smaller industrial estates, including the one at Vyasarpadi, complain of poor infrastructure and want the government to take over the maintenance.
Welcoming the industrial estates' eco-friendly efforts, environmental experts in the city said industrial units must minimise generation of garbage and waste water. Reuse and recycling must be given priority than the disposal, they said.

Monday, February 6, 2012

Tamil Nadu government to establish network of eco-clubs


More eco-clubs will be established in schools as part of the emphasis of the State government on involving the younger generation in efforts to protect the environment, Environment and Forests Secretary C.V. Shankar said here on Thursday.
Speaking at the inaugural of a two-day conference on ‘Climate change and CO2 management: mitigation, separation and utilisation', at the Centre for Environmental Studies, Anna University, he said there were 8,000 such clubs in schools throughout the State. “The State Planning Commission gives Rs.2,500 per club per year for their functioning. Now the Commission is keen on expanding the network of clubs. We are thinking of printing booklets with messages on the environment, the importance of planting trees and reducing CO2 emissions,” he said. On the efforts being taken by the government to reduce CO2 emissions, Mr. Shankar said that 10 crore trees are being planted over a period of 8 years with Japanese funding under the Tamil Nadu Biodiversity Project.
Director of the Centre for Environmental Studies, A. Navaneetha Gopalakrishnan, said that climate change from increasing levels of green house gases in the atmosphere has become a significant threat. Former Director of National Environmental Engineering Research Institute (NEERI) Sukumar Devotta said the main source of CO2 was power generation from burning of fossil fuels. There was a need to look at cost effective solutions for setting up CO2 capturing mechanisms in power stations, he said.
Anna University Registrar S.Shanmugavel, Centre for International Affairs Director K.Baskar and Centre for Climate Change and Adaptation Research Director A.Ramachandran participated in the event.

Green sector does well during economic slowdown


Clean technology and sustainable development were drawing significant investments even in times of economic slowdown, leaders from the business world and political community suggested at the Delhi Sustainable Development Summit, organised by the Energy and Resources Institute (Teri).
The “green race is on” and corporates should integrate business opportunities while adopting sustainable business methods. This was the consensus emerged from the three-day summit that concluded on Saturday.
Contrary to the belief that during economically challenging times, investments in green and sustainable business practices reduced, Bindu N Lohani, vice-president of Asian Development Bank (knowledge management and sustainable development), said, “You will be surprised to know that there have been positive responses from the private sector.” The investment climate has changed. People were doing more in the clean energy business, Lohani said.

The event saw participation of global leaders and policymakers from 29 countries, including Finland President Tarja Halonen, Nobel laureate Elinor Ostrom, European Commissioner for Climate Action Connie Hedegaard. Prime Minister Manmohan Singh and Environment Minister Jayanthi Natarajan also attended the meet. This year’s theme was Protecting the Global Common.
Hollywood actor and former governor of California Arnold Schwarzenegger, the biggest draw of the summit, said, “It is possible to have sustainable development action in an economically viable environment. Also, stakeholders should not wait for international agreements, but initiate local action to the extent possible.”
Peter Bakker, president of the World Business Council for Sustainable Development, said, “There is no economic activity that does not burden the environment, hence more and more corporates are becoming aware that sustainability is the centre stage of everything. The green race is on and it is not just about nations, but also about businesses.”

Simulating with Proteus

https://youtu.be/GDxYzqvTcnI