Sunday, January 16, 2011

Green Township Framework to be ready by year end

 
KUALA LUMPUR, Oct 18, 2010 -- A framework on developing green townships will be ready by end of the year, Energy, Green Technology and Water Ministry's senior undersecretary for green technology sector Mohd Rosli Abdullah said.

He said the Green Township Framework would outline comprehensive guidelines for new and existing townships in the country to go green by incorporating environmental friendly technologies.

He added that utilisation of land use, traffic and other infrastructure and measuring the level of carbon dioxide would also be among the indicators for a green township.

"It is almost completed. The formulation of the framework is headed by the ministry with collaboration from other agencies including the Works Ministry, Town and Country Planning Department, Malaysian Institute of Planners and local governments," he told reporters after attending the First International Young Planners Forum 2010 here Monday.

The one-day event was opened by Energy, Green Technology and Water Minister Datuk Seri Peter Chin Fah Kui.

Putrajaya and Cyberjaya have been picked to spearhead the project and to become models of green township in the country.

Towards this end, Rosli said government offices in Putrajaya had targeted to reduce its energy and water consumption by 10 per cent by end of this year.

"While we try to incorporate energy-saving technologies in buildings, we are also conducting awareness campaigns to educate staff and building managers on the importance of reducing energy and water consumption in everyday activities," he added.

Earlier in his speech, Chin urged all sectors including members of the public to seriously put in efforts to help cut greenhouse gas emissions, saying the government had pledged to reduce emission by up to 40 per cent by 2020.

"Whether we can achieve it, it is up to all of us. If we just depends on top-down process, I doubt we will get any results," he added.

-- BERNAMA

Towards a green nation and economy

Thestar: Saturday November 27, 2010

AT YOUR SERVICE
By DATUK LOO TOOK GEE
Secretary-General Energy, Green Technology and Water Ministry

In the pursuit of sustainable development, policymakers must find a way to strike a balance between economic efficiency and environmental protection. THE global community is confronted with challenges related to the environment and climate change. As a result, many countries are promoting sustainable development by investing in green technology in the form of cleaner low-carbon transport and energy systems, “smart” electricity grids, energy efficiency, renewable energy as well as in green research and development.
Green technology signifies a global paradigm shift in which economic aspiration combines with resource productivity and conservation to spearhead sustainable development.
Under a Cabinet reshuffle in April 2009, the Energy, Green Technology and Water Ministry (Kettha) was given the mandate to promote sustainable development through the adoption of green technologies in the various economic sectors of the country.
In pushing for a low-carbon economy, the Government launched the National Green Technology Policy on July 24, 2009, which serves as the basis for all Malaysians to enjoy an improved quality of life, by ensuring that the objectives of our national development policies will continue to be balanced with environmental considerations.
The Government also hopes to create a new avenue of growth for the country from green technology, in line with the New Economic Model that was unveiled recently.
The country’s vision for a low-carbon growth trajectory will be driven by four main pillars – energy, economy, environment and society.
To strengthen the platform for our green agenda, the National Green Technology Council was established to spearhead green technology application in the country. This council is chaired by Prime Minister Datuk Seri Najib Tun Razak and supported by a steering committee and five working groups on industry, research and innovation, human capital, promotion and public awareness and transportation.
The Green Technology Policy also outlines five strategic thrusts towards implementing green technologies in the country (for details, go to www.kettha.gov.my).
In the transition to a low-carbon economy, the key issue for our policymakers is how to strike a balance between economic efficiency and environmental protection as the driver for economic growth and environmental sustainability. This needs to take into consideration the importance of promoting the notion of the environment and eco-efficiency as a business opportunity, rather than a cost item.
The following are examples of the initiatives undertaken by the ministry to address the challenges of climate change and reduce our carbon footprint:

Energy efficiency
The Malaysian Industrial Energy Efficiency Improvement Programme represents one of the main efforts undertaken to improve energy efficiency in the industrial sector. Since 2001, fiscal incentives had been introduced by the Government to promote efficient use of energy such as pioneer status, investment tax allowance, duty import exemption and sales tax exemption.
The ministry was now in the midst of finalising the Energy Efficiency Master Plan with clear goals and targets in the industrial, building and residential sectors, so as to coordinate and implement energy efficiency and conservation programmes in a systematic and holistic manner.

Renewable energy
The Government approved the Renewable Energy Policy and Action Plan in April 2010. This policy is aimed at promoting long-term sustainability by reducing our dependence on fossil fuels for electricity generation and at the same time stimulate a new growth industry for the country.
To encourage renewable energy generation in the country, the Government will be implementing the Feed-in Tariff Mechanism which allows electricity produced from such sources like biomass, biogas, mini-hydro and solar to be sold to power utilities at a fixed premium price and for a specific duration.

Green buildings
The Green Building Index (GBI) is a rating tool to grade environment-friendly buildings and the Government is providing fiscal incentives to buildings which are GBI-certified.
Owners of GBI-certified buildings are entitled to income tax exemptions, equivalent to the additional capital expenditure, to green their building. Buyers of green buildings from developers will also be exempted from stamp duty equivalent to the additional cost incurred to green their building.

Sustainable transport
To facilitate the use of electric vehicles (EV) in the country, the Government is in the process of preparing the EV Infrastructure Roadmap, which includes a fleet test programme for electric vehicles. The implementation of this fleet test will be the benchmark in developing a strategic plan and framework as well as identification of entities that will benefit the electric vehicle industry, in areas of services and new business opportunities.

Green Technology Roadmap
Under the Green Technology Roadmap, a baseline study is currently being conducted to ascertain the overall green technology applications in six sectors, namely, energy, transport, building, water and waste management, manufacturing industries and ICT applications.

Green Technology Financing Scheme
A RM1.5bil soft loan scheme called the Green Technology Financing Scheme (GTFS) was launched by the Government early this year to encourage the participation of companies and entrepreneurs in green technology. The Government bears 2% of the interest rate charged and provides a guarantee of 60% on the financing amount, with the remaining 40% being taken by banking institutions.

Green townships in Putrajaya and Cyberjaya
The ministry, together with the Malaysian Green Technology Corporation (MGTC), is developing a green township framework, a green township rating system based on the Common Carbon Metric (CCM) and carbon

FiT-ted for greener energy push

Thestar: Saturday November 13, 2010

PETALING JAYA: The implementation of feed-in-tariff (FiT) in the middle of next year will put Malaysia on a sustainable path towards promoting a renewable energy (RE) market, said experts. According to the RE/Malaysia Building Integrated Photovoltaic (MBIPV) national project team under the Energy, Green Technology and Water Ministry, the FiT system has, over the years, proven to be an effective and efficient mechanism to encourage the development of sustainable markets for RE.
For example, in Germany, the RE capacity has been raised substantially in just 10 years after the introduction of FiT by its government, making the country the world’s leader now in the technology. Last year, Germany’s RE contribution to total electricity consumption stood at 16.1% and the technology was estimated to have created 300,000 green jobs.

The proven success of FiT is the main reason for its growing popularity all around the world, including in many developing countries such as India and Mongolia.
In Malaysia, FiT forms part of the RE Act that will be tabled in Parliament next month for first reading.
Once passed, it is expected to take effect in the middle of next year, and by then, individuals or business owners can sell the electricity they generate from renewable resources to utility companies such as Tenaga Nasional Bhd (TNB) and Sarawak Energy Bhd at a fixed premium rate for a specific period.

For now, the RE resources eligible under the proposed FiT are biomass (from plantation, agriculture, forestry residues and solid waste); biogas (from plantation, agriculture, forestry residues, animal waste, landfill gas and sewage gas); mini-hydro; and solar photovoltaic.

Nevertheless, consumers may have to pay a little bit more for their monthly electricity bills to support the higher charges being levied on RE next year. A 1% tariff hike to cover the costs associated with the FiT scheme may come into force as early as January, but this will only affect users that consume more than 200kwh a month.

Under the proposed RE Act, a new RE Fund will be created, with contributions coming from the 1% levy on high users’ electricity bill. The RE Fund will be managed by the Sustainable Energy Development Authority (SEDA).

RE/MBIPV national project leader and chief technical adviser Ahmad Hadri Haris (pic) told StarBizWeek via email: “In this case, TNB will disburse the FiT payment to all FiT holders. TNB will only cover a certain displaced cost and claim the difference between the displaced cost and FiT payment from the RE Fund.”

(The displaced cost is the average cost of generating and supplying electricity through the utility’s supply line and up to the point of interconnection with the RE systems.)
“TNB will also be paid an administrative fee for managing the billing and payment system for these FiT owners,” Hadri said.

“As such, it is a win-win solution for all parties – the public can install an RE system and generate revenue; TNB does not have to bear the full cost of FiT but gets the renewable electricity; and the country would benefit from RE deployment such as creation of new green jobs.”

You can make electricity at home and sell it to TNB

Thestar: Thursday November 11, 2010

By LEONG HUNG YEE
hungyee@thestar.com.my


KUALA LUMPUR: The soon-to-be implemented feed-in-tariff (FiT) mechanism under the Renewable Energy (RE) Act will enable individuals to earn income by selling electricity generated from renewable resources at home.

Under the RE Act, the public will be able to sell electricity generated from RE to utility companies such as Tenaga Nasional Bhd and Sarawak Energy Bhd at a fixed rate for a specific period.
RE/Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) national project team leader and chief technical adviser Ahmad Hadri Haris said that under the RE Act, consumers can install their own renewable resources such as solar panel at home and would be a secondary income for consumers.

“Consumer producing 4KW of electricity at home will be earning more than RM400 a month. It will be a secondary income generator,” he told StarBiz at the sideline of Malakoff Corp Bhd’s 3rd Energy Expert Series yesterday.

Ahmad said consumers would also be able to offset potential tariff hike by setting up RE such as solar panels at home.

“A normal house needs 4KW while the capital required is about RM60,000. However, with FiT, consumers need to pay only 10%, or RM6,000 while the rest will be borne as a loan from a bank.

“The monthly income generated from the 4KW will be RM696 and the monthly repayment is RM456 to the bank, thus earning consumers a net cash of RM240 per month,” Ahmad said.

MBIPV is a national project under the Energy, Green Technology and Water Ministry to promote the use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings.
Ahmad said the Government was currently in the process of preparing the Act for a first reading in parliament next month.

He said two Acts would need to be passed in parliament for the RE to take off in the country. The first RE Act would focus on RE while the second act was to empower the Sustainable Energy Development Authority (Seda) which will oversee the implementation of RE.

It is part of the Government’s plan to boost renewable energy contribution to Malaysia’s electricity-generation mix from less than 1% in 2009 to around 5.5% by 2015 and to 11% of all electricity generated nationwide in 2020.

Consumers may have to be prepared to pay a little bit more for their monthly electricity bills to support the higher charges being levied on RE next year. A 1% tariff hike to cover cost associated with the FiT scheme may come into force as early as January.

Ahmad said it would be a very minimal impact given that 1% of a RM100 electricity bill would cost RM1. He said some 56% of the nation would not be impacted as they consume less than 200kwh a month.

“Cost of FiT is about 1% incorporated into the electricity tariff for high consumption only (more than 200kwh a month).
“Also 1% is only 0.31 sen/kwh, so it is almost unnoticeable. In return, consumers can generate income from FiT,” Ahmad said.
“FiT is not a subsidy. It is a market support mechanism. It provides an opportunity for all to generate income from producing RE at home,” Ahmad said.
He said the Government would educate the public with an awareness campaign so that consumers can understand the FiT scheme.

The Government has set a target for 2,080 MW or 11% of all electricity generated nationwide in 2020 to be sourced from environment-friendly RE. Currently, less than 1% of the total electricity is generated from RE. In the short term, the Government has set a target of 5.5% of electricity to be generated by RE by 2015.
 
International FiT expert and independent energy policy consultant and researcher at the Environmental Policy Research Centre of Freie Universitat, Berlin, David Jacobs believes the short-term target of 5.5% is definitely achieveable. He said, however, Malaysia should have a more ambitious long-term target.

“With Malaysia targeting to achieve 25% of total usage of renewable energy by 2050, other countries would be in the 60%-70% range by then.”

Jacobs, who is attached to Universiti Tenaga Nasional’s Institute of Energy Policy and Research for six weeks under the Brain Gain Malaysia programme, said electricity tariffs for FiT should be increased by 2% to 5% instead of 1%. He said the Government’s plan to build a nuclear plant by 2020 under the Economic Transformation Programme (ETP) was not cost effective.
According to the ETP handbook, building the twin-unit nuclear plant would require an investment of RM21.3bil up to 2020.

Jacobs said past trends indicated that the total investment cost needed to build a nuclear plant would be twice the cost allocated initially. “The nuclear power plant in Finland was planned with an expected cost of 2.5 billion euros, but the final cost escalated to 5.0 billion euros,” he said.
“Authorities should conduct more economic viability analysis before starting the nuclear plant project. It would make more sense to extend the RE fund for development in that sector,” he said.

Monday, December 20, 2010

2010: Disastrous Year, World gone wild

Thestar: Monday December 20, 2010


NEW YORK: This was the year the Earth struck back.
Earthquakes, heat waves, floods, volcanoes, super typhoons, blizzards, landslides and droughts killed at least a quarter million people in 2010; the deadliest year in more than a generation. More people were killed worldwide by natural disasters this year than have been killed in terrorists in the past 40 years combined.
"It just seemed like it was back-to-back, and it came in waves," said Craig Fugate, who heads the U.S. Federal Emergency Management Agency. It handled a record number of disasters in 2010.
"The term '100-year event' really lost its meaning this year."
And we have ourselves to blame most of the time, scientists and disaster experts say.
Even though many catastrophes have the ring of random chance, the hand of man made this a particularly deadly, costly, extreme and weird year for everything from wild weather to earthquakes.
Poor construction and development practices conspire to make earthquakes more deadly than they need be. More people live in poverty in vulnerable buildings in crowded cities. That means that when the ground shakes, the river breaches, or the tropical cyclone hits, more people die.
Disasters from the Earth, such as earthquakes and volcanoes, "are pretty much constant," said Andreas Schraft, vice president of catastrophic perils for the Geneva-based insurance giant Swiss Re. "All the change that's made is man-made."
The January earthquake that killed well more than 220,000 people in Haiti is a perfect example. Port-au-Prince has nearly three times as many people, many of them living in poverty, and more poorly built shanties than it did 25 years ago. So had the same quake hit in 1985 instead of 2010, total deaths probably would have been in the 80,000 range, said Richard Olson, director of disaster risk reduction at Florida International University.
In February, an earthquake that was more than 500 times stronger than the one that struck Haiti hit an area of Chile that was less populated, better constructed, and not so poor. Chile's bigger quake caused fewer than 1,000 deaths.
Climate scientists say Earth's climate also is changing thanks to man-made global warming, bringing extreme weather, such as heat waves and flooding.
In the summer, one weather system caused oppressive heat in Russia, while farther south it caused flooding in Pakistan that inundated 62,000 square miles (160,580 sq. kilometers), about the size of Bangladesh. That single heat-and-storm system killed almost 17,000 people, more than all the worldwide airplane crashes in the past 15 years combined.
"It's a form of suicide, isn't it? We build houses that kill ourselves (in earthquakes). We build houses in flood zones that drown ourselves," said Roger Bilham, a professor of geological sciences at the University of Colorado. "It's our fault for not anticipating these things. You know, this is the Earth doing its thing."
No one had to tell a mask-wearing Vera Savinova how bad it could get. She is a 52-year-old administrator in a dental clinic who in August took refuge from Moscow's record heat, smog and wildfires.
"I think it is the end of the world," she said. "Our planet warns us against what would happen if we don't care about nature."
The excessive amount of extreme weather that dominated 2010 is a classic sign of man-made global warming that climate scientists have long warned about. They calculate that the killer Russian heat wave, which set a national record of 111 degrees (44 Celsius), would happen once every 100,000 years without global warming.
Preliminary data show that 18 countries broke their records for the hottest day on record.
"These (weather) events would not have happened without global warming," said Kevin Trenberth, chief of climate analysis for the National Center for Atmospheric Research in Boulder, Colorado.
That is why the people who study disasters for a living say it would be wrong to chalk 2010 up to just another bad year.
"The Earth strikes back in cahoots with bad human decision-making," said a weary Debarati Guha Sapir, director for the World Health Organization's Centre for Research on the Epidemiology of Disasters. "It's almost as if the policies, the government policies and development policies, are helping the Earth strike back instead of protecting from it. We've created conditions where the slightest thing the Earth does is really going to have a disproportionate impact."
Here is a quick tour of an anything but normal 2010:
HOW DEADLY:
While the Haitian earthquake, Russian heat wave, and Pakistani flooding were the biggest killers, deadly quakes also struck Chile, Turkey, China and Indonesia in one of the most active seismic years in decades. Through mid-December there have been 20 earthquakes of magnitude 7.0 or higher, compared with the normal 16. This year is tied for the most big quakes since 1970, but it is not a record. Nor is it a significantly above average year for the number of strong earthquakes, U.S. earthquake officials say.
Flooding alone this year killed more than 6,300 people in 59 nations through September, according to the World Health Organization. In the United States, 30 people died in floods in the Nashville, Tennessee, region. Inundated countries include China, Italy, India, Colombia and Chad. Super Typhoon Megi, with winds of more than 200 mph devastated the Philippines and parts of China.
Through Nov. 30, nearly 260,000 people died in natural disasters in 2010, compared with 15,000 in 2009, according to Swiss Re. The World Health Organization, which has not updated its figures past Sept. 30, is just shy of 250,000. By comparison, deaths from terrorism from 1968 to 2009 were less than 115,000, according to reports by the U.S. State Department and the Lawrence Livermore National Laboratory.
The last year in which natural disasters were this deadly was 1983 because of an Ethiopian drought and famine, according to WHO. Swiss Re calls it the deadliest since 1976.
The charity Oxfam says 21,000 of this year's disaster deaths are weather related.
HOW EXTREME:
After strong early year blizzards, nicknamed Snowmageddon, paralyzed the U.S. mid-Atlantic and record snowfalls hit Russia and China, the temperature turned to broil.
The year may go down as the hottest on record worldwide or at the very least in the top three, according to the World Meteorological Organization. The average global temperature through the end of October was 58.53 degrees (14.74 Celsius), a shade over the previous record of 2005, according to the National Climatic Data Center.
Los Angeles, California, had its hottest day in recorded history on Sept. 27: 113 degrees. In May, 129 degrees (54 Celsius) set a record for Pakistan and may have been the hottest temperature recorded in an inhabited location.
In the Southeastern United States, the year began with freezes in Florida that had cold-blooded iguanas becoming comatose and falling off trees. Then it became the hottest summer on record for the region. As the year ended, unusually cold weather was back in force.
Northern Australia had the wettest May-October on record, while the southwestern part of that country had its driest spell on record. And parts of the Amazon River basin struck by drought hit their lowest water levels in recorded history.
HOW COSTLY:
Disasters caused $222 billion in economic losses in 2010, more than Hong Kong's economy, according to Swiss Re. That is more than usual, but not a record, Schraft said. That is because this year's disasters often struck poor areas without heavy insurance, such as Haiti.
Ghulam Ali's three-bedroom, one-story house in northwestern Pakistan collapsed during the floods. To rebuild, he had to borrow 50,000 rupees ($583) from friends and family. It is what many Pakistanis earn in half a year.
HOW WEIRD:
A volcano in Iceland paralyzed air traffic for days in Europe, disrupting travel for more than 7 million people. Other volcanoes in the Congo, Guatemala, Ecuador, the Philippines and Indonesia sent people scurrying for safety. New York City had a rare tornado.
A nearly 2-pound (0.9-kilogram) hailstone that was 8 inches (20.3 centimeters) in diameter fell in South Dakota in July to set a U.S. record. The storm that produced it was one of seven declared disasters for that state this year.
There was not much snow to start the Winter Olympics in a relatively balmy Vancouver, British Columbia, while the U.S. East Coast was snowbound.
In a 24-hour period in October, Indonesia got the trifecta of terra terror: a deadly magnitude 7.7 earthquake, a tsunami that killed more than 500 people and a volcano that caused more than 390,000 people to flee. That is after flooding, landslides and more quakes killed hundreds earlier in the year.
Even the extremes were extreme. This year started with a good sized El Nino, a recurring Pacific Ocean weather oscillation, which causes all sorts of extremes worldwide. Then later in the year, the world got the mirror image Pacific weather system with a strong La Nina, which causes a different set of extremes. Having a year with both a strong El Nino and La Nina is unusual.
And in the United States, the Federal Emergency Management Agency declared a record number of major disasters, 79 as of Dec. 14. The average year has 34.
A list of day-by-day disasters in 2010 compiled by The Associated Press runs 64 printed pages long.
"The extremes are changed in an extreme fashion," said Greg Holland, director of the earth system laboratory at the National Center for Atmospheric Research.
For example, even though it sounds counterintuitive, global warming likely played a bit of a role in U.S. "Snowmageddon" early this year, Holland said. That is because with a warmer climate, there is more moisture in the air, which makes storms including blizzards, more intense, he said.
White House science adviser John Holdren said people should become acclimated used to climate disasters or do something about global warming: "The science is clear that we can expect more and more of these kinds of damaging events unless and until society's emissions of heat-trapping gases and particles are sharply reduced."
And that is just the "natural disasters." It was also a year of man-made technological catastrophes. BP's broken oil well caused 172 million gallons to gush into the Gulf of Mexico. Mining disasters, men trapped deep in the Earth, caused dozens of deaths in tragic collapses in West Virginia, China and New Zealand. The fortunate miners in Chile who survived 69 days underground provided the feel good story of the year.
In both technological and natural disasters, there runs a common theme of "pushing the envelope," Olson said.
Colorado's Bilham said the world's population is moving into riskier megacities on fault zones and flood-prone areas. He figures that 400 million to 500 million people in the world live in large cities prone to major earthquakes.
A Haitian disaster will happen again, Bilham said: "It could be Algiers. it could be Tehran. It could be any one of a dozen cities."
Online:
World Health Organization's Centre for Research on the Epidemiology of Disasters: http://www.cred.be/
World Meteorological Organization: www.wmo.int
Swiss Re report on 2010 natural catastrophes:
http://media.swissre.com/documents/media_information_cata_30_11_2010.pdf
U.S. Federal Emergency Management Agency disasters: http://www.fema.gov/news/disaster_totals_annual.fema

Saturday, December 18, 2010

Expansion in solar photovoltaic to generate RM200mil in opportunities

Thestar: Monday November 22, 2010

By DAVID TAN
davidtan@thestar.com.my


GEORGE TOWN: The solar photovoltaic (PV) capacity in the country is expected to increase substantially to 11mega watt (MW) in 2011, generating about RM200mil in business opportunities for companies involved in installing solar power generation systems.
AWC Bhd managing director Azmir Merican told StarBiz that the 11MW capacity would provide for the grid-connected market in the peninsula and the off-grid market in East Malaysia, following the implementation of the feed-in tariff scheme under the Renewable Energy Law next July.
The feed-in tariffs proposed for residential buildings is around RM1.20 per kilowatt (KW) hour and for commercial properties around RM1.10 per KW hour, while the tariff to consume solar power from Tenaga Nasional Bhd (TNB) is around 32sen per KW hour for both residential and commercial properties.
AWC, a provider of engineering services and integrated facility management solutions, is listed on the Main Market. Ithad just set up a joint-venture company, AWC Solamas Sdn Bhd, with Solamas Sdn Bhd to provide solar power integrated services to tap the huge potential of the renewable energy sector in the country.
Solar panels installed by AWC Solamas
We expect the commercial and government sectors to generate the bulk of demand for solar PV system installation, as the commercial enterprises and the Government would be interested in reducing power spending to stay competitive and to save money.
A large factory, for example, would require the installation of 1MW capacity, which would cost about RM16mil to install.
The RM16mil would include the cost of designing, building, and installing the solar PV system to suit the requirements of the customer, he said.
Commenting on overseas markets, Azmir said the joint venture company would also look into providing its services in the Middle East.
The Middle East is heavily investing into solar projects, and we would like to be a part of this, he said. In Abu Dhabi, United Arab Emirates (UAE), for example, there is 1500MW capacity of concentrated solar power slated for development by 2020, and the installation for 100MW capacity has already started. The UAE has also invested about US$2bil into solar PV manufacturing.
Azmir said the company would also explore Africa, which has a large growth potential in the energy sector, and pursue opportunities in Malaysia and South-East Asia.
ETI Tech Corp Bhd, an ACE market renewable energy provider company, is targeting to sell between 500 and 1,000 sets per month of solar power generation system for off-grid applications in 2011 for the Sabah and Sarawak market.
We sold only about 60 sets this year, which generated over RM1mil in revenue, as we started the business some 18 months ago.
The off-grid solar PV market in Sabah and Sarawak is huge, as there are some 400,000 rural households which are still using diesel-generators as power systems.
ETI Tech has to date spent about RM4mil in research and development to produce lithium polymer batteries for off-grid applications in east Malaysia, ETI managing director K.K. Lee said.
Meanwhile, Gading Kencana Sdn Bhd managing director Guntor Tobeng said the company was now bidding for two 5MW solar power projects called by Johor Port in Pasir Gudang and by Tenaga Nasional Bhd for its solar farm project in Putrajaya, which would cost about RM180mil to install.
In 2012, the solar power capacity in Malaysia is expected to grow to 22MW, generating about RM400mil in business opportunities.
These business opportunities are in the supply of modules, system components, and provision of installation services to households and commercial buildings which generate solar energy for their own usage or those connected to the power grid for distribution. The capital barrier to these businesses is also very low, ranging between RM50,000 and RM3mil, Guntor said.
Based in Shah Alam, Gading Kencana is involved a providing consultancy and engineering services for renewable energy used in residential and commercial buildings.
The company has, so far this year, completed RM10mil worth of solar energy projects for rural areas in east Malaysia.

Monday, October 4, 2010

Renewable power seen generating RM70b

By DAVID TAN
Thestar Propertyct 1, 2010


GEORGE TOWN: The renewable power sector is expected to generate an estimated RM70bil in revenue by 2020, following the implementation of the feed-in tariff scheme under the Renewable Energy Law next July.
Malaysia Building Integrated Photovoltaic (MBIPV) project technical advisor Chen Wei-nee told StarBiz that the income tax from the RM70bil generated by renewable power plants would alone account for RM1.75bil. MBIPV is a project administered by the Energy, Green Technology, and Water Ministry.
“By 2020, there will also be some RM19bil of loan values for renewable energy projects, which will provide local banks with new sources of revenues,” she said after a talk on feed-in tariff scheme for solar energy at investPenang here.
There would also be some 52,000 jobs created to construct, operate and maintain renewable energy power plants, she added.
“The savings to reduce carbon dioxide emission will be about RM 2.1bil,” she said. Chen urged households and commercial units to quickly sign up with local power distributors for 21 years once the feed-in tariff scheme under the Renewable Energy Law was implemented next July.

“By signing and commissioning the solar power system in their buildings early, residential and commercial units will be able to obtain an attractive price to sell to local power distributors and buy back at a lower market rate,” she said.
Meanwhile, Gading Kencana Sdn Bhd managing director Guntor Tobeng said the grid-connected solar photovoltaic (PV) capacity in the country was expected to grow from 2MW (mega-watt) this year to 11MW in 2011, generating about RM209mil in business opportunities for small-medium entrepreneurs (SMEs), compared with about RM19mil in 2010.
In 2012, the solar power capacity was expected to grow to 22MW, generating RM352mil in business opportunities, according to Guntor.
“These business opportunities are in the supply of modules, system components, and provision of installation services to households and commercial buildings which generate solar energy for their own usage or those connected to the power grid for distribution. The capital barrier to these businesses is also very low, ranging between RM50,000 to RM3mil,” he said.
Guntor said the RM50,000 was applicable for SMEs interested in providing installation services and selling things such as inverters and cables to solar-powered residences and commercial units.
“The RM3mil investment is required for SMEs interested in producing solar modules using imported equipment and cells from US, China, and Taiwan,” he said.
Based in Shah Alam, Gading Kencana is involved a providing consultancy and engineering services for renewable energy used in residential and commercial buildings.
The company has, so far this year, completed RM10mil worth of solar energy projects for rural areas in East Malaysia