Photovoltaic System & Grid Integration Forum 2010

JFPS Group will hold the “Photovoltaic System & Grid Integration Forum 2010” on November 9-10,2010. This forum will have PV grid integration discussions on “Policy & Market Development” and “Technology R&D and Application”.

Expected 200+ Attendees will come from government officials, power groups, PV system integrators, PV cell and module manufacturers, PV products testing and certification service providers, PV components manufacturers and related PV materials and equipments manufacturers.

The forum will focus on:

• Discussion on grid integration of photovoltaic system and smart grid construction
• Unveiling & implementation of Chinese on-grid photovoltaic feed-in tariff
• Key grid integration technology in BIPV projects
• Analysis of China’s newest subsidy policy on grid integration of solar energy
• Difficulties in developing large scale grid-connected photovoltaic power plants in China

For more info, please visit www.pvgridintegration.com or email Fanny Wang at marketing@jfpsgroup.com.cn.

Possible Environmental Crises Facing Singapore and Appropriate Responses: The Case of the Poh Ern Shih Buddhist Temple

Venue: ISEAS Seminar Room II

Speaker: Mr Lee Boon Siong, Honorary President and Director, Poh Ern Shih Temple

The Poh Ern Shih Temple (Temple of Thanksgiving), built in 1954, is an ecologically friendly Buddhist temple located at Chwee Chian Hill, off Pasir Panjang Road, Singapore. In 2000, the Directors decided that the temple had to be redesigned to deal with the rising costs of water, electricity and an over-dependence on fossil fuel. It was noted that environmental degradation had been increasing over the decades and that adopting ecologically friendly technologies was the way to go in the age of rising global temperatures and climate change.

This seminar will focus on Poh Ern Shih Temple’s efforts to protect the environment. The temple takes advantage of Singapore’s abundant sunlight to produce: (i) Electricity by employing three different kinds of solar energy cells – Polycrystalline, Monocrystalline and Amorphous Cells (ii) Hotwater from Solar Heat Collector Cells in Solar Panels, and (iii) Night Lighting of its landscaping and common corridors with batteries charged by electricity collected from hybrid sets of wind/solar energy units.

Meanwhile, Singapore’s abundant rainfall has made it possible to (i) Irrigate the temple grounds (ii) Generate electricity via the deployment of Micro Hydrogenerators for charging the batteries of in-house motorized wheelchairs and lighting for its landscaping and common corridors as well as (iii) Conserve, collect and convert the rainwater to drinkable water by deploying Reverse Osmosis Techonology in Portable Filtration/UV Units available overseas in the event of natural disasters.

Finally, the temple is able to leverage on the abundance of a renewable resource, bamboo, (i) to reduce the culling of our valuable forests by deploying bamboo for all the temple’s new furniture wherever possible since it is readily available from neighbouring states and is a 5-year renewable resource as compared to a 100 year old or 300 year old oak or teak tree and (ii) to reduce the pollution from the steel industries, by making all its in-house new wheelchairs from bamboo.

For details and registration, visit the ISEAS website.

Source: ISEAS

A Solar City in Japan

This video from Reuters shows a model solar city in Japan, which uses electricity produced from rooftop solar panels.

Singapore is Not Ready for Renewable Energy

Singapore is not ready for renewable energy. This is the conclusion that we arrived at from the recent roundtable on “Is Singapore Ready for Renewable Energy?” organised by the Lee Kuan Yew School of Public Policy.

We agree with one of the speakers, Mr Stefan Mueller, Asia-Pacific Managing Director of Conergy Renewable Energy Singapore, who said that the two issues of jobs and research, and adoption of renewable energy should be looked at separately.

Singapore has been putting in much effort in attracting renewable energy companies to set up their operations in Singapore and create jobs, and encouraging research and development in renewable energy technologies. There have been several initiatives and funding to support the renewable energy industry ever since the government decided to focus on clean tech two years ago. Read more

The “S” Word and more questions

Minister of State S. Iswaran spoke about keeping our energy prices competitive, ensuring energy security, and developing the clean energy sector at Monday’s Committee of Supply Debate by the Ministry of Trade and Industry (MTI). The “S” word – Solar and Subsidies, was mentioned in his speech and covered in several newspaper reports. The full speech is available at the MTI website.

In Mr Iswaran’s speech, he explains why the government does not provide subsidies for clean energy and measures such as Feed-in-Tariffs suggested by some NMPs:

Our basic policy tenet is that energy costs should be borne in full by end users. Individuals and industries should adjust their consumption of energy according to its true cost as reflected in its price. We do not subsidise the cost of energy because it will dampen price signals, and create the incentive to over-consume… Our best course of action is to encourage competition and ensure that the market works. Competition will exert downward pressure on prices, and serve to benefit consumers.

As it stands, renewable energies such as solar are still as some members have noted, much more expensive than traditional fossil fuel-based energy. To be consistent with our basic principles, we should not adopt measures which subsidise specific renewable energy types.

… so what we have effectively saying is that we have to subsidise the producers of these renewable energy, for example; solar. This subsidy will in turn be passed on to all consumers of energy so that we can have a solar powered generation. That is not an optimal strategy because what we are effectively doing is that encouraging solar.

The question is why solar when it can be bioenergy, biodiseal and so on. It can be many sources and does not have to be just one, then the question is, why just the energy industry and why do we not subsidise others as well. So, I think we have to be very clear about this and to stick to our principles. When we are allocating our resources, we have our R&D and Test-bedding and this is an area that would largely resonate because this is the key to developing technologies that will bring down the cost of generating alternative energies. We also believe that this approach will give better returns in the long run.

The speech has given us answers and also more questions. 

Although the government is not for subsidies, it is providing $20 million for a Solar Capability Scheme. This fund is to “spur more innovative approaches and capability development, in the architecture, design and system integration of solar panels as part of green buildings. The fund will go towards offsetting part of the installation cost of solar panels for new buildings which attain a certain level of Green Mark standard.” How is this funding different from subsidies?

Is renewable energy expensive or is oil cheap? Is oil cheaper than solar because the oil price does not factor in “contribution to global warming” and other “externalities”? On the issue of subsidies for renewable energy, Authors Ron Pernick and Clint Wilder of the book, The Clean Tech Revolution, think that: “… there is no such thing as subsidy-free energy, and there never has been in the modern world. The history of coal, oil, natural gas, large-scale hydroelectric, and especially nuclear power … makes it clear that all these industries’ growth occurred partly with the direct and indirect financial support of governments that wanted to encourage them. There’s nothing inherently wrong with that, but don’t ask other energy sources to compete on the same playing field without comparable support.”

Why support solar and not other renewable energy? Because Singapore is a sunny island with sufficient sunlight so solar energy is the most viable here? Because we have the research capabilities, supporting industries and infrastructure?

Why support the energy industry and not others? Because of increasing energy prices, ensuring energy security, and growing concerns about global warming?

The government has been putting in efforts to enhance the clean energy sector in Singapore, including attracting clean energy companies to invest and set up facilities, funding research on clean energy and technologies, promoting the use of cleaner natural gas, etc. But if Singapore aspires to be a clean energy hub, we need to do more. Singapore is highly regarded as a clean water hub because of our Four National Taps strategy and the local adoption of NEWater and desalination technology. If we do not have a Four National Switches strategy or local adoption of solar energy or other renewable energy, how can we claim to be a clean energy hub?

These are all questions we are asking and we hope they can be addressed in the government’s roadmap on sustainable development.

“The Government simply cannot make up their minds … So they go on in strange paradox, decided only to be undecided, resolved to be irresolute, adamant for drift, solid for fluidity, all-powerful to be impotent … The era of procrastination, of half-measures, of soothing and baffling expedients, of delays, is coming to its close. In its place we are entering a period of consequences.” – Winston Churchill

Source: MTI. Image credit: Chance Agrella from freerangestock.com.

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