Search!

Web envkerala.blogspot.com
Showing posts with label energy. Show all posts
Showing posts with label energy. Show all posts

Friday, December 17, 2010

State ahead in energy conservation

THIRUVANANTHAPURAM: Water Resources Minister N.K. Premachandran has said that Kerala has much to do as regards energy conservation.

He was speaking at the Kerala State Energy Conservation awards presentation ceremony organised by the Energy Management Centre (EMC), Kerala, as part of the National Energy Conservation Day observances.

“In this age of climate change and global warming, energy efficiency and conservation along with public awareness is the key to a better environment,” the Minister said.

Kerala had set an example on energy conservation for the nation by taking action long before the enactment of the Energy Conservation Act of 2001.

Mr. Premachandran said by initiating the campaign on the use of CFL lamps, Kerala had positioned itself far ahead of others in the field of energy conservation.

Awards were presented in categories of large, medium and small-scale energy consumers, channels and media, non-profit organisations, research and innovation and individuals.

Winners of various school and college-level competitions also received prizes at the function.

Source: The Hindu, 15-12-2010

Wednesday, October 27, 2010

10,000 villages to get power from renewable energy sources

NEW DELHI: Union Minister for New and Renewable Energy Farooq Abdullah on Tuesday announced that 10,000 remote villages across the country would be electrified with renewable energy sources by March 2012 under an innovative initiative that will also generate employment.

“We will provide electricity to 10,000 villages at the cost of Rs. 500 crore by the end of the current plan period,” Dr. Abdullah said, while addressing a press conference to mark the start of the Delhi International Renewable Energy Conference (DIREC) here.

Dr. Abdullah said the scheme would help in employment generation as one person would be appointed at each village for maintenance of the power plants set up there. The type of plants to be set up at these centres would depend on the renewable energy source available there.

Dr. Abdullah said the three-day DIREC conference would begin on Wednesday and be attended by 70 countries with 40 ministerial delegations. The Minister said the United States and China would be the largest participants and a number of MoUs will be signed between Indian and foreign new-energy sector companies.

Water mills

He said Jammu and Kashmir Chief Minister Omar Abdullah would also take part in the event and meet representatives from Iceland, which had shown a deep interest in developing geo-thermal energy sources in the country. He said trials were on to exploit the energy potential of old water-mills in States such and Jammu and Kashmir and Uttarakhand.

The Minister said the role of renewable energy played in serving the common man was to provide energy access to millions of disadvantaged and remote habitations. “It is important for us to give a big thrust to this passion of renewable energy not only in India but across the entire developing world,” he remarked.

Source: The Hindu, 27-10-2010

Saturday, August 21, 2010

Tamil Nadu bans incandescent bulbs to save power

CHENNAI: Tamil Nadu Friday banned use of old-style, energy intensive incandescent bulbs in offices across the state and ordered the use of compact fluorescent lamps (CFL) to save power.
According to the order, the ban was applicable to state government undertakings, government boards, cooperative societies, local bodies and organisations getting governmental assistance.
Comparing the energy consumption of four crore 60 watts incandescent bulbs and 14 watts CFL for an hour, the government said the use of CFL results in a whopping saving of 1,840 MW.
While the four crore 60W incandescent bulbs burning for an hour would consume 2,400 MW, a similar number of 14W CFLs would consume only 560 MW, it said.

Source:Times of India

Tuesday, July 20, 2010

Green is the right answer

COPENHAGEN: Public skepticism about global warming may be growing, but the scientific consensus is as solid as ever: man-made climate change is real, and we ignore it at our peril. But if that issue is settled (and it should be), there is an equally large and important question that remains wide open: what should we do about it?


One prescription that is bandied about with increasing frequency certainly sounds sensible: the world should drastically cut the amount of greenhouse gases that it pumps into the atmosphere each day. Specifically, we are told, the goal should be a 50 per cent reduction in global carbon-dioxide emissions by the middle of the century. Even its backers concede that achieving this target won’t be easy — and they are right. In fact, they are so right that they are wrong. Allow me to explain.


Our dependency on carbon-emitting fuels is more than enormous. It is overwhelming. For all the talk about solar, wind, and other hyped green-energy sources, they make up only 0.6 per cent of global energy consumption. Renewable energy overwhelmingly comes from often-unsustainable burning of wood and biomass by people in the Third World. Fossil fuels account for more than four-fifths of the world’s energy diet. So, in order to cut global carbon emissions in half by the middle of the century, we would obviously have to start getting a lot more of our energy from sources that don’t emit carbon.


Can we do this? According to the International Energy Agency, here’s what it would take to achieve the goal of cutting emissions by 50 per cent between now and mid-century : 30 new nuclear plants; 17,000 windmills; 400 biomass power plants; Two hydroelectric facilities the size of China’s massive Three Gorges Dam; and 42 coal and gas power plants with yet-to-be-developed carbon-capture technology . Now consider this: this list does not describe what we would have to build between now and 2050, but what we would have to build each and every year until then!


One more thing: even if we managed to do all this (which we obviously cannot), the impact on global temperatures would be hardly noticeable by 2050. According to the best-known climate-economic model, this vast undertaking would likely wind up reducing global temperatures by just one-tenth of one degree centigrade, while holding back sealevel rises by only one centimetre.


That’s not a lot of bang for the buck. Indeed, the projected costs of this approach — some $5 trillion annually by mid-century — are so much greater than its likely benefits that it makes no sense to call it a solution at all. Fortunately , there is a better, smarter way to deal with global warming . What if, instead of spending trillions of dollars trying to build an impossible number of power plants — or, more likely, condemning billions of people around the world to continued poverty by trying to make carbon-emitting fuels too expensive to use — we devoted ourselves to making green energy cheaper?


Right now, solar panels are so expensive that only wellheeled, well-meaning (and, usually, well-subsidised ) Westerners can afford to install them. But think where we’d be if we could improve the efficiency of solar cells by a factor of ten — in other words, if we could make them cheaper than fossil fuels. We wouldn’t have to force anyone to stop burning coal and oil. Everyone, including the Chinese and the Indians, would shift to the cheaper and cleaner alternatives, — and global emission targets would automatically be met.


Can we achieve this technological miracle over the next 20 to 40 years? In a word, yes. The price of solar energy has been dropping steadily for 30 years — by about 50 per cent every decade — and we could likely accelerate that decline further with sufficiently large investments in research and development.


How large? If we were willing to devote just 0.2 per cent of global GDP (roughly $100 billion a year) to green-energy R&D , I believe that we could bring about game-changing breakthroughs not just for solar power, but also for a wide variety of other alternative-energy technologies.
Forget about subsidising inefficient technologies or making fossil fuels too expensive to use. Instead, let’s fund the basic research that will make green energy too cheap and easy to resist.

Source : Time of India

Thursday, July 15, 2010

World's biggest solar power station opens in Spain

Spain is no stranger to the harnessing of renewable energies. It has hydro-electricity plants — only China and the US have built more dams — its wind power sector, like solar power, has received generous government subsidies.

A comparison

The new La Florida solar plant takes Spain's solar output to 432MW, which compares with the US output of 422MW. The plant, at Alvarado, Badajoz, in the west of the country, is a parabolic trough. With this method of collecting solar energy, sunlight is reflected off a parabolic mirror on to a fluid-filled tube. The heated liquid is then used to heat steam to run the turbines. The mirror rotates during the day to follow the sun's movement. The solar farm covers 550,000 square metres (the size of around 77 soccer pitches) and produces 50MW of power.

Protermosolar, the association that represents the solar energy sector, says that within a year another 600MW will have come on-stream and projects that by 2013 solar capacity will have reached 2,500MW.

Many renewables

The northern, though thinly populated, region of Navarra is already producing 75 per cent of its energy from a range of renewables, including wind, solar, hydro and biomass. Spain's windfarms now produce around 20,000MW of electricity and on one day in November they accounted for 53 per cent of demand.

Last year, solar energy met 2.8 per cent of demand out of a total of 12.9 per cent for all renewables.

In March, the government in Madrid announced a plan to increase the renewable share to 22.7 per cent by 2020, slightly ahead of EU targets.

Spain is now the fourth largest manufacturer of solar power technology in the world and both solar and wind power technology exports have become valuable earners. — © Guardian Newspapers Limited, 2010

Source:The Hindu 15 July 2010

Tuesday, July 13, 2010

India climate meet ahead of Mexico to push tech deal

NEW DELHI: India will try to push climate talks forward at a two-day ministerial meeting in November by focusing on winning agreement on sharing clean technologies, a sticky issue that divides rich and poor countries.

The Nov 8-9 talks are aimed at clarifying rules on sharing future innovations and existing technologies involving contentious intellectual property rights (IPR) issues.

The talks will come just weeks before a major UN climate meeting in Mexico and are an attempt to breathe new life into global climate negotiations after last December's Copenhagen summit fell short of agreeing a treaty.

Brazil, South Africa, India and China -- dubbed the BASIC group -- were among more than 120 nations that agreed a non-binding deal in Copenhagen to limit a rise in average world temperatures to below 2 degrees Celsius (3.6 F) over pre-industrial times.

But the accord lacked details of how to reach this goal. Several poor countries said the rich industrialised world was not offering to cut emissions enough and they expressed fears they would not receive sufficient technology and funding to deal with global warming.

Indian officials said environment minister Jairam Ramesh made the offer to host the November talks at a meeting of the Major Economies Forum (MEF) countries in Rome last month.

The MEF, which helped nudge big emitters to support a goal of limiting global warming to less than 3.6 degrees Fahrenheit (2 degrees Celsius) above pre-industrial levels, groups 17 nations that account for roughly 80% of the world's emissions.

"We want a common position on technology transfer through partnerships in which poor countries are given access to technology and that they can get help with applying it as well," a senior government official said.

The BASIC countries say countries such as Australia, Canada, and the United States should immediately provide countries like China and India technology to store carbon dioxide emissions underground.

U.N. climate talks are said to have made progress on sharing green technologies, but differences remain.

Developing nations want new technology and billions of dollars in aid to help them move away from fossil fuels, the main source of mankind's planet-warming greenhouse gases, as part of a deal at the year-end UN talks in the Mexican resort of Cancun.

"There is probably no problems with future technologies, but it is the sharing of existing technologies that involves looking at issues of IPR," said K. Srinivas, a New Delhi-based independent climate change expert.

Source:Decan Herald 13 July2010

Kuravilangad grama panchayat turns waste into power

KURAVILANGAD (KOTTAYAM): When the urban swathe spreads disgorging large quantities of solid waste everyday, it is time for local self-government institutions to sit up and take note. The nightmarish consequences of waste left uncared for became a reality for the Kuravilangad grama panchayat when a quarry in disuse in the locality got filled up and the neighbourhood became increasingly restive.

When the problem began to acquire the dimensions of a local-level crisis, the panchayat decided to set up a bio-waste treatment plant in November 2006. “When we found that the people in the neighbourhood were beginning to feel agitated about mounting solid waste, we decided to go in for a decentralised system of waste disposal and simultaneously go in for a bio-waste treatment plant,” says panchayat president P.C. Kurian.

Under the plan, the people were encouraged to dispose of at source the waste collected from houses, schools, hospitals and other buildings. The panchayat also put in place a mechanism to collect market waste for conversion into biogas. The panchayat also imposed a ban on use of plastic with less than 30 micron thickness. “Soon, we began thinking about making a productive use of the biogas. This prompted us to think in terms of using the biogas to power the streetlights in the panchayat,” says Mr. Kurian.

The fallout was the setting up of an electricity-generation unit attached to the biogas plant within six months of its establishment. The power generation facility became operational on May 26, 2007, and it now provides power for 100 CFLs.

The plant, which gets roughly 250 kg of waste a day, is operated by a panchayat employee. Prior to treatment, proper care is taken to segregate plastic materials from the biodegradable matter.
The treated waste, after a process of repeated recycling, gets converted into biogas, which fuels the electricity generator.

The project, which was flagged off during the outbreak of chikungunya , had a positive cascading effect on the health of the local people. “The project led to a drop in the number of reported fever cases in the panchayat. Moreover, we were able to control the recent wave of dengue to a large extent thanks to our solid waste management system,” claims Mr. Kurian.

The project had an initial cost of Rs.19 lakh, funded by the panchayat from its own resources. In 2009, the plant came in for appreciation when Kuravilangad bagged the Nirmal Gram Puraskar, the Central government award for implementation of sustainable total-sanitation projects by local bodies.

source:The Hindu 13 July 2010

Thursday, April 29, 2010

Pay attention to green issues, says Binoy Viswam

THIRUVANANTHAPURAM, April 23 -- Forest Minister Binoy Viswam has said that all political parties will have to formulate an unambiguous policy on issues related to environment. He was speaking at the World Earth Day 2010 observance organised by the Kerala State Council for Science, Technology and Environment (KSCSTE) at the Sasthra Bhavan here on Thursday.

"A time will come in the near future when all political parties will be forced to take a clear stand on issues relating to relating to relating to environment. When it comes to protecting the environment, the Left parties should take the initiative. They should take greater responsibility and promote accountability in working out solutions to environmental problems. Only then would Left would really become Left,'' he said.

The Minister said that there was a trend to ridicule those who talk of earth, environment, flora and fauna as being 'anti-developmental'. "They are not against development, they just insist that we should consider environment and people at large before taking decisions. They also want development, but development should be for the benefit of society,'' he said. A nation cannot be termed as developed when 70 percent of the population earns less than Rs 20 per day, he said.

Echoing the Minister's view, KSCSTE executive vice-president C T S Nair said that GDP alone cannot be a scale for measuring development. "It will be just like looking at the speed of a car and not the fuel efficiency or stock of resources. We need to produce more goods to meet the basic needs and we really need to move towards a green economy,'' said Nair.

Energy Management director S.K. Khanduri talked of the importance of observing 'Earth Day' in sensitising society on issues like global warming global warming, the gradual increase of the temperature of the earth's lower atmosphere as a result of the increase in greenhouse gases since the Industrial Revolution and energy conservation. He was quick to point out the unnecessary use of electrical lights in the Sasthra Bhavan Auditorium which had quite a lot of daylight coming in through the windows. "The behaviour of society should change to promote sustainable living Sustainable living might be defined as a lifestyle that could, hypothetically, be sustained without exhausting any natural resources. The term can be applied to individuals or societies. ,'' he said.

KSCSTE Member Secretary in-charge in his talk said that while air-conditioners were used to fight heat, this itself contributes to global warming and thus the vicious cycle continues.

The highlight of the technical session was the talk by Dr Thamban Meloth on his experiences in Antarctica. A scientist with the National Centre for Antarctic and Ocean Research, Goa, he focused his talk on 'Climate Change in Antarctica and its Global Implications'. C. Jayakumar of the Marine and Coastal Survey Division of the Geological Survey of India Geological Survey of India (GSI), established in 1851 is a government organization in India for conducting geological surveys and studies. It is one of the oldest of such organizations in the world. , Mangalore, also gave an interesting presentation on 'Earth and Climate Change'.

There was a group discussion for students in the afternoon co-ordinated by Ajith Venniyoor of the Kerala Sustainable Urban Development Project (KSUDP).

Source: New Indian Express, 23rd April 2010

Tuesday, March 30, 2010

Harness renewable energy: Minister

KOLLAM: Union Minister for New and Renewable Energy Farooq Abdullah said here on Sunday that Kerala had tremendous potential for generation of power from new and renewable energy sources. He was talking to presspersons during his journey by road from Kochi to Thiruvananthapuram.

Dr. Abdullah said he would initiate talks with the State government on ways to harness the renewable energy potential of the State. The Centre would extend all support to promote such projects, which, in some cases, can even go up to 90 per cent funding. Such projects were ideal for Kerala, he said.

The Minister pointed out that Punjab had at least 29 bio-mass plants generating electricity. Micro-hydel stations and bio-mass plants, if promoted, could reduce transmission loss and a ensure a more comfortable power position for the country. Tidal, wind and solar power were the other areas that the Centre was promoting and Kerala had tremendous scope in these areas, he said.

Unlike Kashmir, Kerala did not have Pakistan or China on its border and this provided a congenial atmosphere to promote such projects, he said in a lighter vein. The programme to produce 20,000 MW from wind energy would be extended all over the country.

Asked about the proposed Athirapilly power project in the State, Dr. Abdullah said granting clearance for the project came under the jurisdiction of the Ministry of Environment and Forests. He said he was certain that if there were no environmental problems, such projects would be given clearance.

Regarding identifying locations for new hydel projects in the country, 65 per cent were “go areas” and 35 per cent “no go areas.” The latter areas raised environmental issues as these were wildlife habitats and had strong Adivasi presence. Therefore the thrust should be on developing hydel projects in the “go areas” to avoid controversies and delays.

Source: The Hindu, 29th March 2010

Friday, March 19, 2010

Students develop eco-friendly engine

Thiruvananthapuram: A group of Mechanical Engineering students of the Sarabhai Institute of Science and Technology here have developed an electromagnetic engine that promises a clean alternative to fossil fuel-powered vehicles. The students, V. Jayaram, Chanthu S. Krishnan, Akhilesh S.S. Nair and Sreejith P.S., modified a 60 cc sprayer engine to demonstrate the electromagnetic principle. The engine operates on the repulsive force between two magnets, one embedded in the piston and the other on top of the cylinder.

The electromagnet on the cylinder head is powered by a battery that can be charged using solar panels. The engine is controlled by an electronic gadget that acts as the accelerator. “We have demonstrated that any petrol or diesel powered engine can be modified for electromagnetic propulsion. Such a modified engine will be free of noise and air pollution. The cost of modification may range between Rs.20,000 and Rs.30,000,” says Jayaram.

The team took about two years to design the engine. The students were guided by F.P. Joshua, Professor, and D. Praveen Kumar, Assistant Professor. “Electromagnetic engines are more efficient than servo motors and permanent magnet DC motors,” says Jayaram. He said the electromagnetic engine had the potential to revolutionise the automobile industry. “Once the engine is suitably modified, the fuel tank, timer chain, camshaft, air filter, fuel injection system and exhaust mechanism can be dispensed with, thereby freeing up space and reducing the weight of the vehicle considerably,” he added. The students are planning to file a patent application for the design.

Source: The Hindu, Dated: 19.03.2010

Tuesday, March 16, 2010

Solar power to light up Mankulam panchayat

KATTAPPANA: With the completion of a Central scheme for electrification of remote grama panchayats on March 25, a total of 1,786 houses in Mankulam grama panchayat in Idukki district will be electrified through the installation of solar power units. It was a major scheme undertaken by the Agency for Non-conventional Energy and Rural Technology (ANERT) in the grama panchayat. The unique terrain and remoteness of many areas in the panchayat have made it difficult to draw power supply lines. Already solar panels have been installed in 1,300 houses. The grama panchayat authorities hope that solar panels can be installed in all houses before the last date for the completion of the scheme. Mankulam grama panchayat president Valsamma Shaji told The Hindu on Monday that the panchayat had already given power connection to households, shops and business establishments according to priority. She said that lack of power connection had been a major problem faced by the grama panchayat since its bifurcation from the Munnar grama panchayat about a decade ago.

The Kerala State Electricity Board supplies electricity to 400 households in the grama panchayat, which is far below the demand. The survey for installing solar power units had been undertaken nearly two years ago. Another survey was held prior to the implementation of the scheme to eliminate those having power connection already. A major feature of the scheme is that cent per cent subsidy is provided to the households for the installation of the panels. Central government bears 90 per cent of the cost while the rest is contributed by the district panchayat and the State government.

P.D. Joy, grama panchayat member, who is supervising the completion of the scheme on time, said that solar power units would be highly useful to the households, which were not provided with [power connection due to the remoteness of the area. Mankulam grama panchayat had created a history of sorts in October 2004, by starting a mini hydel project producing 50 kV electricity, which was supplied to 300 households. This was the first electricity project implemented by a grama panchayat in the country. This was done in association with the United Nations Industrial Development Organisation (UNIDO) and Energy Management Centre (EMC) with public participation.

However, the project had to be abandoned four years ago due to technical problems and failure in synchronisation with the electricity provided by the KSEB. Mr. Joy said that this was the reason for seeking tailor-made schemes for the households. A solar unit consists of a panel, two lights, battery and a plug point. It has also facility for charging mobile and WLL phones.

Source: The Hindu, Dated: 16.03.2010

Wednesday, March 10, 2010

Solar energy mission plans power projects

KOCHI: The Jawaharlal Nehru National Solar Mission aims at setting up 20,000 mW grid solar power and 2,000 mW of off-grid solar power by 2022, Bibek Bandyopadhyay, advisor on the Solar Thermal Programme of the Ministry of New and Renewable Energy, has said. Elaborating on the highlights of the mission at the Indo-German dialogue on ‘accelerated dissemination of solar energy technologies in India' at the Rajagiri School of Engineering and Technology last week, Dr. Bandyopadhyay said the programme also intends setting up 20 million solar lights and 20 million square metres of solar thermal collectors by 2022. He said that the mission will be implemented in three phases. The first phase of three years up to fiscal 2012-13 has a target to set up 1,100 mW grid connected solar plants and 200 mW capacity off-grid solar applications.

It will focus on capturing the low-hanging options in solar thermal and on promoting off-grid systems to serve populations without access to commercial energy and modest capacity addition in grid-based systems. In the second phase, capacity will be aggressively ramped up to create conditions for up scaled and competitive solar energy penetration in the country after taking in to account the experience of the initial years. The target of the mission is to create favourable conditions for solar manufacturing capability, particularly solar thermal for indigenous production and market leadership. It will also try to promote programmes for off grid applications, reaching 1,000 mW by 2017 and 2,000 mW by 2022. The mission objective is to achieve 15 million square metres of solar thermal collector area by 2017 and 20 million by 2022. Dr. Bandyopadhyay said the mission will promote accelerated use of solar energy while ensuring the country's energy security with environmental compatibility.

Source: the Hindu, Dated: 10.03.2010


Saturday, March 6, 2010

Call for energy-efficient buildings

KOCHI: Incorporating energy-efficiency measures in buildings has the potential to save up to 50 per cent energy, since buildings are responsible for 40 per cent of the total greenhouse gas emissions. For existing buildings, the savings potential through alterations and energy-efficient fittings is between 20 and 25 per cent. Even non air-conditioned buildings can go green, by making optimal use of wind and daylight and by adopting other environment-friendly measures. These were stated at ‘Go Green' – a seminar-cum-exhibition on green buildings, organised here on Friday by the Rotary Club of Thripunithura and KREEPA, as part of their Akshaya Vikas Project.

Making a presentation, Siva Kishan, chief executive officer of GRIHA – Green Rating for Integrated Habitat Assessment (which is the national rating system for green buildings), said the Energy Conservation Building Code regulates the usage of power in new buildings. “Green-rating mechanisms have been able to sensitise the construction industry to the benefits of integrated design and resource efficiency, from both the economic and environmental perspective. A rating system for India must respond to the country's diversity and help develop sensible solutions relevant to different building projects.” In her presentation on ‘Green buildings – the potential to earn carbon credits,' Mayurika Chakraborthy, senior consultant with Deloitte Touche Tohmatsu India, said that less power consumption for lighting, air-conditioning, etc., would mean lesser usage of electricity from the thermal-power dominated power grid. “This in turn means an equivalent reduction in the amount of greenhouse gases like carbon dioxide that are released from fossil fuels. This makes a green building eligible to earn carbon credits.”

Guruprakash Sastry, manager (Green Initiatives) of Infosys, said the IT firm has been aggressively going ahead with its plan to design all its buildings as green buildings, to optimise energy performance and occupant comfort. “Sustainable buildings and saving every percentage of electricity and water make business sense and reduces expenses, especially when the annual electricity bills exceed Rs.120 crore and the water consumption is over 3 billion litres.” Quoting Winston Churchill, Sathiaram Ram of IGBC, Hyderabad, said, “We shape our buildings. Thereafter, they shape us.” Buildings consume more energy than industry and vehicles. The green concept must become part of society's DNA. Even a 100-sq ft building can make a difference in shaping a better world. The intangible benefits of green buildings include better working/living atmosphere, he said and cited how a 20,000 sq ft green building saved Rs.9 lakh a year. “India also has a great opportunity to export green-building technologies. Already, India has 508 green buildings spread over 358 million square ft area,” Mr. Ram said.

Source: the Hindu, Dated: 6.03.2010

Thursday, March 4, 2010

How do we go for Power Management of Desktop Computer System

The Climate Savers Computing Initiative (CSCD), is a non-profit group dedicated to reducing energy consumption of computers. Ministry of New and Renewable Energy has joined hands with CSCI and requested NIC to issue direction to all NIC units to enable power management settings in the computer systems. See details in this regard.

To calculate your power savings, click here

What exactly is the Climate Savers Computing Initiative?

Started by Google and Intel in 2007, the Climate Savers Computing Initiative is a nonprofit group of eco-conscious consumers, businesses and conservation organizations. The Initiative was started in the spirit of WWF’s Climate Savers program which has mobilized over a dozen companies since 1999 to cut carbon dioxide emissions, demonstrating that reducing emissions is good business. Our goal is to promote development, deployment and adoption of smart technologies that can both improve the efficiency of a computer’s power delivery and reduce the energy consumed when the computer is in an inactive state. Find more...

Wednesday, March 3, 2010

German experts to attend solar energy meet

KOCHI: A seminar on solar energy technologies will be organised by Rajagiri School of Engineering, Kochi, on March 4 and 5. The programme, called Indo-German Dialogue on Accelerated Dissemination of Solar Energy Technologies (ADSET 2010), is being held in collaboration with the German Aerospace Centre and the Institute of Thermodynamics and Thermal Engineering of the University of Stuttgart, Ministry of New and Renewable Energy, and Department of Science and Technology.

Exhibition: Announcing the details of the programme at a press conference here, the convenor of the seminar and Professor at Rajagiri School of Engineering and Technology, Varghese Panthalookaran, said an exhibition would be organised as part of the meeting. Close collaboration between nations was a prerequisite for the success of the national solar mission announced by the Central government, and the meeting would be a step in that direction, he said. H. Muller Steinhagen, Director, Institute of Technical Thermodynamics, German Aerospace Centre, Germany, B. Bandopadhyay, Advisor, Solar Thermal Programme, Ministry of New and Renewable Energy, R. Banerjee, Professor, Department of Energy Science and Engineering, IIT, Bombay, are among the experts expected to participate in the programme.

Source: The Hindu, Dated: 03.03.2010

Thursday, February 25, 2010

State to go ahead with Athirappilly project

THIRUVANANTHAPURAM: Governor R.S. Gavai has said the State government would go ahead with the Athirappilly hydro-electric project and the SmartCity project.

“The Athirappilly hydro-electric project with an installed capacity of 163 MW will be taken up after clearing all legal issues,” the Governor said while delivering the policy address to the Assembly here on Wednesday. The Governor said the government also proposed to set up more wind energy projects with private participation and added that Cheemeni village in Kasaragod district had been identified as the end use project for utilising the Kerala State Electricity Board’s (KSEB) share of coal from the Baitarni West coal block. A coal-based thermal power plant with capacity of 1320 MW was being implemented there jointly by the KSEB and KSIDC. The government also proposed to set up a gas-based power plant of 1,000-1,100 MW capacity at Cheemeni. The KSEB was also planning to replace all incandescent bulbs by distributing 1.5 crore CFL bulbs to make Kerala the first 100 per cent CFL using State in the country.

Mr. Gavai said the Kerala State Road Transport Corporation (KSRTC) would start parcel services during the coming financial year and begin issuing season tickets. The State Water Transport Corporation planned to construct a modern shipway at Ponjikkara in Alappuzha district. The Motor Vehicles Department will introduce e-payment facility. Work on the proposed Kannur international airport and that on the first phase of the Vizhinjam International Container Trans-shipment Terminal (VICTT) will commence during the current year. A Maritime Development Board will be set up by merging the Ports Department, the Hydrographic Survey Wing and the Kerala Maritime Development Corporation Ltd.

Source: The Hindu
Online edition
Thursday, Feb 25, 2010

Wednesday, February 24, 2010

Kerala power board plans to develop 5 small hydel projects

Thiruvananthapuram: The Kerala State Electricity Board (KSEB) on Tuesday announced its plans to develop five small hydro electric projects as carbon credit projects under the United Nations Framework Convention on Climate Change (UNFCCC).

In a statement here, the power board said it proposed to utilise the financial assistance extended by the Union Ministry of New and Renewable Energy for small hydel projects in addition to getting the registration of the UNFCCC for carbon credit projects.

This would help it cover the huge financial outlay for the small hydel projects.

Source: The Hindu, Online edition
Wednesday, Feb 24, 2010

Shining stars of power-saving

THIRUVANANTHAPURAM: Four office buildings in the state - two each in Thiruvananthapuram and Kochi - are among the first 49 buildings nationwide that have been awarded star rating by the Bureau of Energy Efficiency (BEE), a statutory body under the Union Power Ministry.

The Kochi offices of Reserve Bank of India (RBI) and Wipro Ltd have received fivestar ratings, the highest, while the RBI office and the Southern Railway Deputy Regional Manager’s Office in Thiruvananthapuram have received four stars and three stars respectively.

The ratings are indicators of how well energy is managed in office buildings. Similar to that given to hotels, the ratings count from one star to five depending on the degree of energy efficiency. Star ratings are part of a BEE campaign to promote energy conservation in office buildings across the country.

Energy management and conservation are once again top news with the Kerala State Electricity Board (KSEB) predicting an impending power crisis. Daily power consumption, according to the KSEB, has hit unprecedented levels even before the summer season has officially begun.

Twenty-one RBI buildings have made it to the BEE list with varying levels of energy efficiency, while only two buildings connected to electricity - the Vidyut Bhavan in Jaipur and the APTRANSCO Vidyut Soudha, Hyderabad, are on the list.

Star ratings are determined by an Energy Performance Index (EPI) calculated through the formula Kilowatt Hour per square meter per year (kWh/sqm/year). Building owners can apply to BEE by paying Rs 1 lakh as registration fee. Office buildings with more than 50 percent air conditioned built-up area and buildings with less than 50 percent AC built-up area are rated separately. Periodical reviews by the BEE ensure that the conditions are adhered to.

"The country is divided into different climatic zones for the purpose of rating - composite, warm and humid; and hot and dry. The idea’s catching up. A lot of people are calling us up to know how to apply," said A.M. Narayanan, head, Energy Efficiency Division, Energy Management Centre (EMC). In Kerala, EMC represents BEE.

Tiki Rajwi
First Published : 24 Feb 2010 02:10:00 AM IST
Expressbuzz

Monday, February 15, 2010

Kuttiadi project to be ready by March

THIRUVANANTHAPURAM: The 100 MW Kuttiadi additional extension power project will be ready for commissioning next month, Power Minister A.K. Balan has said. In a release here on Sunday, the Minister said the 25 MW Neriamangalam extension and 3.75 MW Kuttiadi tail race schemes had been completed taking the total quantity of power added to the grid by the Kerala State Electricity Board (KSEB) to 90 MW. The Pallivasal extension, Thottiyar and Poozhithod schemes, forming part of various schemes aimed at additional generation capacity of 730 MW, were at different stages of implementation, Mr. Balan said. He said steps were being taken for a 2,400 MW mega power project at Cheemeni in Kasaragod district. Once the LNG terminal became a reality in Kochi, the 1,950 MW second stage of the Kayamkulam thermal power project would become a reality. Steps would also begin soon on a 1,000 MW project at Brahmapuram under the full ownership of the KSEB, the final goal being generation of around 3,000 MW power over the coming decade, he said. The Minister said work on 206 sub-stations had been taken up as part of the Rs.1,800-crore transmission master plan.

Of these, 71 sub-stations had been commissioned and 11 kV lines drawn across a distance of 8,500 km. As many as 12,100 transformers had also been set up over the last three years. The pace of work done in transmission and distribution segment should be clear from the fact that as much as one-fourth of the total distance of 11 kV lines and the total number of transformers were put in place after the present government came to power.

CFL distribution
The LDF government, he said, had also succeeded in bringing down transmission and distribution loss from 24.6 per cent to 18 per cent. The effort now was to pull it down further to 15 per cent. As part of the energy conservation efforts, the KSEB had distributed 10 lakh CFLs free-of-cost to SC/ST and BPL consumers. By March, the government would launch a massive programme to distribute two CFL lamps to each family in the State. Simultaneously, the Model Section programme was being extended to all section offices of the KSEB, Mr. Balan said.

Source: The Hindu, Dated: 15.02.2010

Tuesday, January 12, 2010

‘Utilise solar energy for society’

KOCHI: The scientific community should take up the challenge of coming up with photovoltaic materials that could effectively utilise the solar energy for the welfare of the society, Zhores I. Alferov, Nobel Prize winner in Physics (2000), has said. He was delivering the inaugural address at the conference on materials for the millennium organised by the Department of Applied Chemistry at Cusat here on Monday.

Source: The Hindu, Dated: 12.01.2010