The national reports are required for Parties to the Convention to submit to the Conference of the Parties (COP), and serve to provide a consistent, comparable, accurate and complete account of action being taken by Parties to the Convention to address climate change in their own country.

The report reiterates Singapore’s constraints, being:

• a small, densely populated urban city-state
• energy-poor and alternative energy disadvantaged
• an export-oriented economy

But it also points out Singapore’s sustainable growth:

The report shows that Singapore’s greenhouse gas emissions for 2000 is 38,789.97 Gg CO2-equivalent, and CO2 accounted for 97.3% of total emissions. Singapore’s 2000 National Greenhouse Gas Inventory is shown below:

The report highlights Singapore’s vulnerability and adaptation measures, including commissioning a vulnerability study to determine the likely long-term effects of climate change on Singapore, such as rainfall patterns, sea levels, extreme weather conditions, building energy consumption, public health, and biodiversity. The study findings will serve to identify new adaptation measures and review existing measures.

The report also highlights Singapore’s key mitigation measures:

1. Adopt less carbon-intensive fuels such as natural gas
2. Increase energy efficiency across households, industry, buildings, and transport sectors (driven by the Energy Efficiency Programme Office)
3. Invest in research and development for clean energy such as solar energy

Click here to download Singapore’s Second National Communication on Climate Change (2010).

Source and images credit: MEWR and NEA

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The ESC submitted the report of its key recommendations to the Prime Minister in Feb 2010. In its report, the ESC highlighted 7 key strategies, one of which is for Singapore to become a Smart Energy Economy. This key strategy was developed by the ESC Sub-Committee on Energy Resilience and Sustainable Growth, which was formed to “recommend strategies to achieve our national energy objectives: economic competitiveness, energy security and environmental sustainability.”

Here are the 5 strategies and 11 recommendations to help Singapore build a Smart Energy Economy: Resilient, Sustainable and Innovative

Strategy 1: Diversifying our Energy Sources

1. Allow entry of new energy options on a market basis

2. Develop renewable energy sources

3. Study the feasibility of the nuclear energy option and develop expertise in nuclear energy technologies

Strategy 2: Enhancing Infrastructure and Systems

4. Invest in critical energy infrastructure ahead of demand

5. Develop Jurong Island as an energy-optimised industrial cluster

Strategy 3: Increasing Energy Efficiency

6. Promote energy efficiency for buildings, industry and in homes

7. Support clean and efficient technologies in transportation

Strategy 4: Strengthening the Green Economy

8. Establish energy as a key national R&D priority

9. Build capabilities for the green economy

10. Apply a green lens to government procurement

Strategy 5: Pricing Energy Right

11. Price energy to reflect its total cost

Overview

Here is an overview of the strategies and recommendations for a Smart Energy Economy:

As a small, resource-constrained country, we have to ensure that energy does not become a limiting barrier for Singapore’s economic competitiveness and growth. We also have to play our part in reducing carbon emissions as a responsible member of the global community. We must become a smart energy economy – resilient, sustainable, and innovative in our energy use.

In the medium term, Singapore should explore coal and electricity imports to diversify both the fuel types and fuel source countries in our energy portfolio. The import of electricity is an option which can free up valuable land in Singapore. It could also allow us to tap on the significant renewable energy potential in our region, such as in the form of hydro-electricity or geothermal power.

For the long-term, we must continue supporting innovation and investing in the infrastructure necessary to develop renewable energy. We should also study the feasibility of nuclear energy, a possible option in the long-run to meet baseload electricity demand, as well as energy security and sustainability imperatives. Advances in nuclear technology will make it much safer than earlier designs, and we should carefully study its viability for a small city-state like Singapore.

Push ahead to establish Intelligent Energy Systems (IES) as the centrepiece of a smart energy economy. The IES will promote greater competition among retailers and enable households to make informed choices on their electricity consumption. At the same time, the IES will incorporate devices such as smart meters and home automation networks to programme appliances to function during off-peak hours when electricity prices are lowest.

Make early investments in public goods such as energy infrastructure to improve national energy security and efficiency. One example is the liquefied natural gas (LNG) terminal which will allow Singapore to gain access to global gas markets. Investing in the extension of the gas pipeline infrastructure can also potentially reduce the cost of electricity and open up new economic clusters in Singapore.

Develop Jurong Island as an energy-optimised industrial cluster. We should harness innovative systems-level solutions, to provide integrated, low-cost and low-carbon solutions for the industry clusters on the island. For example, recycling waste heat from industry for desalinating sea water; the desalinated water would then be channelled back to industry for cooling industrial processes, forming a virtuous cycle. With government planning and infrastructure investment to enable such “exchanges”, we can significantly improve resource efficiency.

Step up measures to promote energy efficiency for buildings, industry and in homes. We should enhance incentives, education and adopt essential legislation such as mandatory energy audits which will help build energy conservation know-how and internalise energy management practices.

Support low-carbon solutions in transportation. We should continue the shift of commuter load to public transport and support the introduction of clean and efficient technologies for public buses. This will ensure that energy-efficient public transport can be realised without higher prices for commuters. We should set the appropriate incentives for the adoption of clean vehicle technologies for private vehicles by awarding the Green Vehicle Rebate (GVR) based on fuel efficiency or carbon emissions of the vehicle.

Price energy to reflect its total cost, taking into account various externalities and constraints, such as energy security and environmental sustainability. Appropriate price signals could both promote the use of, as well as encourage investments in energy-efficient and low-carbon solutions.

The Government should study how best to implement a carbon pricing scheme in anticipation of future carbon constraints, should there be a global agreement on climate change. It can also insure us against future spikes in energy prices. This should be carefully calibrated and introduced gradually, with offsets for specific groups like low income households to buffer the transition.

Source: ESC Main Committee Report; ESC Sub-Committee on Ensuring Energy Resilience and Sustainable Growth; ESC Press Release Annex A

Image credit: ESC Report

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On 2 December 2009, the Singapore government announced that Singapore will reduce its carbon emissions by 16% below 2020 business-as-usual levels, provided that:

Singapore will only commit to this if there is a legally binding global deal that obliges all countries to cut emissions, and if other countries offer significant pledges

- Senior Minister S. Jayakumar

This announcement was made in light of the UN Climate Change Conference 2009 (COP15) in Copenhagen, Denmark, which was held from December 7-18, 2009. Read more about the 16% cut and the government’s approach to COP15 from the Ministry of Foreign Affairs news release.

After the Copenhagen Conference

The discussions at COP15 failed to produce a legally binding global agreement and instead resulted in a non-binding Copenhagen Accord. Nevertheless, the Singapore government said that:

When a global agreement on climate change is reached we will implement the additional measures to achieve the full 16 percent reduction below business as usual in 2020

- Dr Yaacob Ibrahim, Minister for the Environment and Water Resources

The next round of climate talks and discussions on a global agreement will be at COP16 in Mexico from November to December 2010. Meanwhile, the government announced that it would still cut emissions by between 7% to 11% below business-as-usual levels, which was planned as part of the Sustainable Singapore Blueprint published in April 2009 (the 7% to 11% cut was not mentioned during the release of the blueprint). The full 16% cut will be implemented when a global agreement is reached in the future.

Our Thoughts on the 16% Cut

Singapore’s target means it will cut roughly 12 million tonnes of CO2 by 2020, said Dr Yaacob.

This is based on a projection that the country’s emissions would reach 75 million tonnes of CO2 by 2020 if no measures were taken.

- Straits Times

Singapore’s absolute carbon emissions in 2007 is about 40 million tonnes and from the statement above, it seems that the government projected that carbon emissions will reach 75 million tonnes in 2020 on a business-as-usual scenario. If Singapore takes action to reduce its emissions by 16%, the cut is equivalent to 12 million tonnes, meaning that emissions would reach 63 million tonnes in 2020. This cut is just based on 2020 levels, which implies that there is no peak in emissions and a drop thereafter. What we would expect is a continuous increase in absolute carbon emissions till 2020.

The graph above shows the absolute carbon emissions from 1990 (22 Mt) to 2007 (40 Mt) based on available published data by the government. If we do a projection of the emissions from 2008 to 2020 based on an estimated 5% annual growth (BAU), we would reach 75 Mt, which is the business-as-usual scenario projected by the government.

If we do a projection of the emissions from 2008 to 2020 based on an estimated 3.6% annual growth (pledge), we would reach 63 Mt, which is the 16% cut committed or the we-will-take-action scenario projected by the government.

From 1990 to 2007, the average annual emissions growth is about 3.6%. We would expect a projection for business-as-usual scenarios for the future to use this number but the government uses a higher business-as-usual growth of 5%.

What we find strange is that when the government commits to the 16% cut by 2020, it is reducing the average annual growth in emissions from 2008 to 2020 from 5% to 3.6%, which is the same annual growth as what we have been doing over the past 17 years. In other words, if we continue business-as-usual from 2008 to 2020 without the 16% cut, we would still reach the projected 63 million tonnes in 2020 or the we-will-take-action scenario.

So, are we really reducing carbon emissions by 16% from 2020 BAU levels or are we just assuming a higher BAU level in 2020 and then committing to 16% cuts, which results in a level we would reached anyway if we don’t take any measures to reduce emissions?

Let us know what you think.

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1. National Policy Reports
2. Energy Policy Group
3. Singapore’s Economic Focus
4. Energy Supply
5. Clean Energy
6. Carbon Intensity and Energy Efficiency

1. National Policy Reports

The Singapore government’s policies on energy and climate change can be found in three national reports:

• National Energy Policy Report (published Nov 2007)
• National Climate Change Strategy (published Mar 2008)
• Sustainable Development Blueprint (published Apr 2009)

These three reports are essential reading for those who wish to have an overall picture of what the government is doing or plan to do on issues related to energy, climate change and the environment. There’s also another previous report worth reading – the Singapore Green Plan 2012 (2006 edition), published in Feb 2006.

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2. Energy Policy Group

Climate change and energy issues are complex and cut across different sectors and industries, and involve policies from different ministries and agencies. The Singapore government recognises the need to have an integrated approach to dealing with energy and climate change, and has adopted a whole-of-government approach led by the Energy Policy Group (EPG) since Mar 2006. The EPG consists of representatives from the:

• Ministry of Trade and Industry (MTI)
• Ministry of Finance (MOF)
• Ministry of Foreign Affairs (MFA)
• Ministry of the Environment and Water Resources (MEWR)
• Ministry of Transport (MOT)
• Agency for Science, Technology and Research (A*STAR)
• Building and Construction Authority (BCA)
• Economic Development Board (EDB)
• Energy Market Authority (EMA)
• Land Transport Authority (LTA)
• National Environment Agency (NEA)

The EPG has four working groups on Economic Competitiveness, Energy Security, Climate Change and the Environment, and Energy Industry Development, headed by the different agencies shown below:

3. Singapore’s Economic Focus

Singapore’s energy and climate change policies are influenced mainly by economic considerations. The government will take pragmatic and cost-effective actions to reduce emissions and adopt clean energy, as long as the actions does not affect our economic growth or add to costs greatly.

We can’t volunteer to take drastic measures to reduce emissions on our own, at the cost of our economy and our economic growth because this is not a problem which any country can do by itself. … We contribute less than 0.2% of all the carbon emissions worldwide – 0.2% – so what we do in Singapore is not going to change the world. … but we can’t say, therefore, we ignore it. We will do our fair share as part of a global effort to reduce greenhouse gases. – Prime Minister Lee Hsien Loong

Energy plays an indispensable role in our economy, and will remain critical to our continued economic growth and development. The ultimate aim of our energy policy is to support Singapore’s continued economic growth. – National Energy Policy Report

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4. Energy Supply

About 80% of Singapore’s electricity is generated from natural gas piped from Malaysia and Indonesia. The remaining electricity is generated from fuel oil and a small percentage from diesel and refuse. The government understands that we are vulnerable to energy supply and price risks as we import all our oil and gas, and has taken steps to diversify our energy supplies.

To diversify our natural gas supply, the government has decided to import Liquefied Natural Gas (LNG) and plan to have the LNG import terminal ready in 2012. This would reduce our reliance on our neighbors and increase our supply of natural gas from countries that are further from Singapore such as Australia, Qatar and Russia.

In addition, the government is looking at other energy sources such as solar and biofuels, and is open to other clean energy technologies and will consider these energy technologies as and when it becomes viable for adoption.

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5. Clean Energy

The government has identified the clean energy industry as a key growth area since Mar 2007. The clean energy industry is expected to contribute S$1.7 billion to the GDP and create 7,000 jobs by 2015. The government has put in place several initiatives and funding to attract clean energy companies to set up their operations in Singapore and create jobs, and also to encourage research and development and test-bedding in clean energy technologies.

However, the government has made it clear that it will not subsidise clean energy:

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. … 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. – Senior Minister of State S. Iswaran, MTI

In Singapore, solar energy is the most promising clean energy source. However, the cost of solar energy generation is currently about twice that of energy generated by fossil fuel. In the Sustainable Development Blueprint, the government announced its plans:

We will invest early in solar technology test-bedding projects to prepare to use solar technology on a larger scale when the cost of solar energy falls closer to that of conventional energy.

HDB will implement a large-scale solar test-bed for public housing within 30 precincts islandwide, which will cost $31 million and provide 3.1 megawatts peak of solar capacity. This trial will help Singapore to implement solar technology on a larger scale when it becomes cost effective in the future.

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6. Carbon Intensity and Energy Efficiency

Singapore does not have a target to reduce absolute carbon dioxide emissions. Instead, Singapore has a national target to improve our carbon intensity by 25% from 1990 level by 2012 under the Singapore Green Plan 2012. We have already met the target and even exceeded it (read Singapore’s Carbon Dioxide Emissions Per Capita and Carbon Intensity).

Singapore’s key strategy to reduce carbon dioxide emissions is to be more energy efficient. The Sustainable Development Blueprint sets a target to reduce our energy intensity (per dollar GDP) by 20% from 2005 levels by 2020, and by 35% from 2005 levels by 2030.

To help Singapore meet the targets, the Energy Efficiency Programme Office (E2PO) is promoting energy efficiency in the various sectors through the Energy Efficient Singapore policies and measures (read the Overview of the Energy Situation in Singapore).

Image credit: garytamin; Energy Policy Group via National Energy Policy Report.

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1. Carbon Dioxide Emissions

According to the National Climate Change Strategy, the carbon dioxide (CO2) emissions in Singapore are generated from the following sectors (in 2005):

Singapore’s total absolute CO2 emissions and CO2 emissions per capita from 1990 to 2007 is shown in the graph below, based on statistics from the Ministry of the Environment and Water Resources, the National Climate Change Strategy and the Singapore Department of Statistics.

Singapore’s CO2 emissions is 39.9 Mt in 2007, which accounts for less than 0.2% of global CO2 emissions. The graph shows that Singapore’s CO2 emissions has increased about 83% from 1990 to 2007 but has remained relatively constant over the past 4 years. The CO2 emissions per capita has also reached a peak in 2004 and declined slowly. This is likely due to the switch to cleaner natural gas for power generation and other energy efficiency measures by the government.

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2. Carbon Intensity

Carbon intensity is usually measured in terms of the CO2 emissions per dollar GDP at 2000 prices. A low carbon intensity means that the country is able to produce each unit of output with less CO2 emissions.

The graph below shows Singapore’s carbon intensity from 1990 to 2007, based on statistics from the Ministry of the Environment and Water Resources, the National Climate Change Strategy and the Singapore Department of Statistics.

Singapore’s carbon intensity is 0.17 kgCO2/2000S$ in 2007 and has dropped by about 39% from 1990 to 2007, likely due to the switch to cleaner natural gas for power generation and other energy efficiency measures. Under the Singapore Green Plan 2012, a target has been set to improve our carbon intensity by 25% from 1990 level by 2012. We have already met the target and even exceeded it.

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3. Discrepancy Between Carbon Statistics

There is some dispute on whether Singapore is carbon intensive and a big contributor of CO2 per person in the world, which arises due to the different sources of energy statistics used. There are two commonly quoted sources of energy statistics – the Energy Information Administration (EIA) and the International Energy Agency (IEA).

The graph below shows the CO2 emissions per capita for selected countries in 2006 based on statistics from EIA’s International Energy Statistics and IEA’s Key World Energy Statistics 2008. If the EIA data is used, the CO2 emissions per capita for Singapore is much higher than the US, other developed countries and the world average. If the IEA data is used, the CO2 emissions per capita for Singapore is lower than other developed countries such as the US, Australia and Finland.

The graph below shows the carbon intensity for selected countries in 2006 based on statistics from EIA’s International Energy Statistics and IEA’s Key World Energy Statistics 2008. If the EIA data is used, the carbon intensity for Singapore is higher than the US, other developed countries and the world average. If the IEA data is used, the carbon intensity for Singapore is lower than the world average and other developed countries such as the US, Australia and Finland.

The discrepancy between the EIA and IEA statistics is due to the different calculation of energy consumption. The energy consumption based on the EIA is higher as it includes marine bunkers in its calculation and as Singapore is the largest marine bunkering centre in the world, our energy consumption is thus overestimated, which in turn leads to higher CO2 emissions and carbon intensity for Singapore. On the other hand, IEA excludes marine bunkers from its calculation of energy consumption. Read the Overview of the Energy Situation in Singapore for more discussion on the discrepancy.

Image credit: mjamesno; Key CO2 Contributors (2005) via National Climate Change Strategy.

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1. Electricity Consumption

According to the National Energy Policy Report, the power generation sector accounts for 51% of the fuel consumption in Singapore and the fuel is used to generate electricity for the following sectors (in 2005):

There are currently eight electricity generation licensees operating in Singapore, regulated by the Energy Market Authority:

• Senoko Power Ltd (3300 MW)
• PowerSeraya Ltd (3100 MW)
• Tuas Power Ltd (2670 MW)
• Keppel Merlimau Cogen Pte Ltd (1400 MW)
• Sembcorp Cogen Pte Ltd (785 MW)
• National Environment Agency (251 MW; electricity from incineration plants)
• Island Power Company Pte Ltd (not in operation yet)
• Keppel Seghers Tuas Waste-to-Energy Plant Pte Ltd (not in operation yet)

Singapore’s total electricity consumption and electricity consumption per capita from 1990 to 2007 is shown in the graph below, based on statistics from the Energy Market Authority and the Singapore Department of Statistics.

Singapore’s electricity consumption is increasing steadily each year, and has increased by 2.6 times over the past 17 years. Electricity consumption per capita increased at a slower rate by 1.8 times over the past 17 years and remained relatively constant from 2005 to 2007, perhaps an indication that the government’s energy conservation efforts are paying off.

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2. Energy Consumption

There is some dispute on whether Singapore is energy intensive and a big consumer of energy per person in the world, which arises due to the different sources of energy statistics used. There are two commonly quoted sources of energy statistics – the Energy Information Administration (EIA) and the International Energy Agency (IEA).

The graph below shows the energy consumption per capita for selected countries in 2006 based on statistics from EIA’s International Energy Statistics and IEA’s Key World Energy Statistics 2008. If the EIA data is used, the energy consumption per capita for Singapore is higher than the US, other developed countries and the world average. If the IEA data is used, the energy consumption per capita for Singapore is lower than other developed countries such as the US and Finland.

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3. Energy Intensity

Energy intensity is usually used as an indication of the level of energy efficiency in a country and is measured in terms of energy consumption per dollar of gross domestic product (GDP). A low energy intensity means that the country is able to produce each unit of output using less energy.

The graph below shows the energy intensity for selected countries in 2006 based on statistics from EIA’s International Energy Statistics and IEA’s Key World Energy Statistics 2008. If the EIA data is used, the energy intensity for Singapore is higher than the US, other developed countries and the world average. If the IEA data is used, the energy intensity for Singapore is comparable to other developed countries such as Finland and the US.

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4. Discrepancy Between Energy Statistics

The discrepancy between EIA and IEA statistics is due to the different calculation of energy consumption. According to EIA’s International Energy Statistics, the energy consumption for Singapore is 53.98 Mtoe. On the other hand, the IEA’s Key World Energy Statistics 2008 shows that the energy consumption for Singapore is lower at 30.67 Mtoe.

The energy consumption based on the EIA is about 43% more than that of the IEA. This is because EIA includes marine bunkers (deliveries of oils to ships for consumption during international voyages) in its calculation of energy consumption and as Singapore is the largest marine bunkering centre in the world, our energy consumption is thus overestimated, which in turn leads to higher energy consumption per capita and energy intensity for Singapore. On the other hand, IEA excludes marine bunkers from its calculation of energy consumption.

The Ministry of Trade and Industry and the National Environment Agency has cited the IEA’s statistics as it gives a more realistic representation of Singapore’s energy consumption. A paper titled Benchmarking Singapore’s Energy Intensity (published in the Economic Survey of Singapore, Third Quarter 2006) says that:

Among the three sources of data, IEA’s numbers paint a more accurate picture of Singapore’s true energy intensity, as IEA has stripped away marine bunkers from its calculation of energy consumption. Singapore is the largest marine bunkering centre in the world. In 2003, we supplied about 20.8 million tons of bunker oil to ships. EIA’s and BP’s data overestimated Singapore’s energy intensity because they attributed marine bunkers as energy consumed in Singapore.

And concludes that:

After accounting for marine bunkers, Singapore’s energy intensity is roughly on par with countries of the same level of development. Compared to less energy intensive economies, Singapore’s higher energy intensity is due mostly to the use of energy in the manufacturing sector, the consumption of fuels as feedstock in the petrochemicals industry and the sale of jet fuel to the international civil aviation sector.

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5. Energy Efficiency Policies

Regardless of the dispute on Singapore’s energy intensity, the government is committed to taking steps to reduce our energy consumption. According to the Energy Efficient Singapore website, Singapore’s energy intensity dropped by 15% from 1990 to 2005 (see graph below) and has been decreasing steadily since 2002, likely due to the use of better and more efficient technology in the power generation and other sectors.

Singapore’s key strategy to reduce greenhouse gas emissions is to be more energy efficient. The Sustainable Development Blueprint sets a target to reduce our energy intensity (per dollar GDP) by 20% from 2005 levels by 2020, and by 35% from 2005 levels by 2030.

To help Singapore meet the targets, the Energy Efficiency Programme Office (E2PO) is promoting energy efficiency in the various sectors through the Energy Efficient Singapore (E2 Singapore) policies and measures:

Image credit: Energy Consumption by Sectors in 2005 via National Energy Policy Report; Energy Intensity Indexed to 1990 Level via E2 Singapore; Summary of Policies and Measures in E2 Singapore via National Climate Change Strategy.

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Singapore is well-known as a clean and green city with the government striving for environmental sustainability while growing the economy. The government has also identified Environmental and Water Technologies (EWT) including Clean Energy as strategic areas where Singapore has a competitive edge and which could generate future economic growth.

To accelerate the growth of the environmental industry and to maintain Singapore’s image as a clean and green city, the government has initiated several funding and incentive schemes related to energy efficiency, clean energy, green buildings, water and environmental technologies, green transport, waste minimisation, environmental management system, environmental initiatives and clean development mechanism.

The funding and incentive schemes are provided by government agencies such as:

• Building and Construction Authority (BCA)
• Economic Development Board (EDB)
• Land Transport Authority (LTA)
• National Environment Agency (NEA)
• National Parks Board (NParks)
• PUB, the national water agency (PUB)
• SPRING Singapore (SPRING)
• Urban Redevelopment Authority (URA)

Here’s our guide to the various government funding and incentives for the environment, which could help us move towards a Low Carbon Singapore:

1. Energy Efficiency Improvement Assistance Scheme (EASe)
2. Grant for Energy Efficient Technologies (GREET)
3. Accelerated Depreciation Tax Allowance
4. Design for Efficiency Scheme (DfE)
5. SCEM Training Grant
6. Clean Energy Research and Testbedding Programme (CERT)
7. Clean Energy Research Programme (CERP)
8. Solar Capability Scheme (SCS)
9. Market Development Fund
10. Green Mark Incentive Scheme for Existing Buildings (GMIS-EB)
11. Green Mark Incentive Scheme for New Buildings (GMIS-NB)
12. Green Mark Gross Floor Area Incentive Scheme (GM-GFA)
13. MND Research Fund for the Built Environment
14. Pilot Incentive Scheme for Green Roofs
15. Gross Floor Area Incentives for Outdoor Refreshment Area on Rooftops
16. Water Efficiency Fund (WEF)
17. Fast-Track Environmental and Water Technologies Incubator Scheme (Fast-Tech)
18. Technology Pioneer (TechPioneer) Scheme
19. Incentive for Research and Innovation Scheme (IRIS)
20. Environmental Technology Capability Development Programme (EnviroTech CDP)
21. Innovation Voucher Scheme
22. Innovation for Environmental Sustainability (IES) Fund
23. Land Transport Innovation Fund (LTIF)
24. Green Vehicle Rebate (GVR)
25. 3R (Reduce, Reuse, Recycle) Fund
26. Local Enterprise Technical Assistance Scheme (LETAS)
27. 3P Partnership Fund
28. Clean Development Mechanism Documentation Grant

If we missed out any funding or incentive scheme, do let us know. Thanks!

Energy Efficiency

1. Energy Efficiency Improvement Assistance Scheme (EASe)

NEA provides a co-funding scheme called the Energy Efficiency Improvement Assistance Scheme (EASe), to help companies in the manufacturing and building sectors engage accredited Energy Services Companies (ESCOs) to conduct energy audits and recommend energy saving measures. Funding is provided up to 50% of the qualifying costs of engaging an ESCO and capped at $200,000 for a single facility or building over a five-year period.

2. Grant for Energy Efficient Technologies (GREET)

The Grant for Energy Efficient Technologies (GREET) by NEA provides funding for the Singapore-registered owner or operator of existing or proposed industrial facilities to invest in energy efficient equipment or technologies. Funding is provided up to 50% of the qualifying costs and capped at $2 million per project. Only projects with a payback of more than 3 years and up to 7 years are eligible for funding.

3. Accelerated Depreciation Tax Allowance

The Accelerated Depreciation Tax Allowance scheme by NEA encourages companies to replace old inefficient equipment and invest in energy saving equipment. The capital expenditure on the qualifying energy efficient equipment can be written off in one year instead of three.

4. Design for Efficiency Scheme (DfE)

The Design for Efficiency Scheme (DfE) by NEA aims to encourage new facilities that are large consumers of energy to integrate energy and resource efficiency improvements into their development plans early in the design stage. Funding is provided up to 80% of the qualifying costs or $600,000, whichever is lower.

5. SCEM Training Grant

The Singapore Certified Energy Manager (SCEM) Programme offers training and certification in energy management, and is for engineering professionals to develop the technical skills and competence to become the Energy Managers of their organisations. The SCEM Training Grant is a co-funding scheme by NEA to fund the training cost at the Professional Level SCEM Programme. Successful grant applicants only pay a subsidised course fee of S$963 instead of the full course fee of S$5,885.

Clean Energy

6. Clean Energy Research and Testbedding Programme (CERT)

The Clean Energy Research and Testbedding Programme (CERT) by the Clean Energy Programme Office (CEPO) and managed by EDB, is a $17 million funding initiative for local and foreign companies and organisations to test and implement clean energy technologies at suitable sites. CERT involves three key partners: the R&D organisations, the technology providers, and the implementers. These three partners are involve in the following areas (obtained from the CERT press release):

The R&D organisations will lead and conduct testbedding activities, while the technology providers will be private sector companies providing the Clean Energy equipment and technologies to participate in the testbedding. Government agencies which are providing the testbedding location and facilitating the project are the implementers.

7. Clean Energy Research Programme (CERP)

The Clean Energy Research Programme (CERP) by the National Research Foundation (NRF) is a $50 million funding initiative for Institutes of Higher Learning, public sector agencies, private companies based in Singapore, and not-for-profit research laboratories, to conduct research and development projects in clean energy. The R&D projects are submitted based on calls for proposals in domains specified by the Clean Energy Programme Office (CEPO). Funding support is up to 70% or 100% of approved direct qualifying costs of a project.

8. Solar Capability Scheme (SCS)

Under the Solar Capability Scheme (SCS), EDB provides funding for new private buildings to install solar technologies. The building must be certified with minimum Green Mark Gold rating by BCA, and the minimum solar system installed should be 10 kWp. The funding provided is between 30% to 40% of the total capital cost and capped at $1 million.

9. Market Development Fund

The Market Development Fund is a $5 million funding initiative by the Energy Market Authority to help in the test-bedding of new electricity generation technologies such as solar, wind, hydrogen and fuel cell, which has significant potential and value in the electricity market.

Green Buildings

10. Green Mark Incentive Scheme for Existing Buildings (GMIS-EB)

The government recently announced in the Sustainable Singapore blueprint that it has set a target for 80% of the existing building stock to achieve at least Green Mark Certified rating by 2030. A $100 million Green Mark Incentive Scheme for Existing Buildings (GMIS-EB) was set up by BCA to encourage private building owners of existing buildings to undertake improvements in energy efficiency. The scheme provides a cash incentive that co-funds up to 35% of the costs for energy efficiency improvements and capped at $1.5 million.

11. Green Mark Incentive Scheme for New Buildings (GMIS-NB)

The enhanced $20 million Green Mark Incentive Scheme for New Buildings (GMIS-NB) by BCA is to accelerate the adoption of green building technologies and design practices. The enhanced scheme provides cash incentives to developers, building owners, project architects and M&E engineers, who achieve at least a BCA Green Mark Gold rating in the design and construction of new buildings.

12. Green Mark Gross Floor Area Incentive Scheme (GM-GFA)

The Green Mark Gross Floor Area Incentive Scheme (GM-GFA) by BCA and URA is to encourage the private sector to develop buildings that attain the higher Green Mark ratings. URA will grant additional floor area over and above the Master Plan Gross Plot Ratio (GPR) control, up to 1% for Green Mark Gold Plus developments and up to 2% for Green Mark Platinum developments, and subject to a cap of 2,500 sqm for Gold Plus and 5,000 sqm for Platinum.

13. MND Research Fund for the Built Environment

The MND Research Fund for the Built Environment is a $50 million funding initiative by the Ministry of National Development (MND) and managed by BCA. The objective of the fund is:

To encourage and support applied R&D that will raise the quality of life and make Singapore a distinctive global city

Under the MND Research Fund, some key focus areas include sustainable development projects such as integrating solar technologies into building facades. The fund covers 30% to 75% of the qualifying cost of the project, subject to a cap of $2 million.

14. Pilot Incentive Scheme for Green Roofs

The Pilot Incentive Scheme for Green Roofs by NParks will start in September 2009 to encourage existing building owners to green their rooftops. The scheme will pilot in the Downtown and Orchard Planning areas, and target low to mid-rise buildings that are highly visible and buildings with low level of street-level greenery. Funding is provided up to 50% of the cost of installation of the green roofs.

15. Gross Floor Area Incentives for Outdoor Refreshment Area on Rooftops

The Gross Floor Area Incentives for Outdoor Refreshment Area on Rooftops by URA complements NParks’ Pilot Incentive Scheme for Green Roofs. URA will grant existing buildings within the Orchard and Downtown Core planning areas additional gross floor area (GFA), beyond the Master Plan permissible Gross Plot Ratio (GPR), to be used for an outdoor refreshment area (ORA) on the rooftop if development owners introduce rooftop landscaping. The incentive scheme provides bonus GFA of up to 200 sqm or 50% of the roof space for ORA use.

Water and Environmental Technologies

16. Water Efficiency Fund (WEF)

The Water Efficiency Fund (WEF) by PUB encourages companies to be more efficient in managing their water demand or promote water conservation in the community. For feasibility studies, PUB will co-fund 50% of the study cost, subject to a cap of $50,000. For water audits, PUB will co-fund 50% of the water audit cost, subject to a cap of $5,000. For community campaigns and programmes, PUB will co-fund 50% of organising the programme, subject to a cap of $5000. Funding is also available for water recycling efforts and use of alternative source of water.

17. Fast-Track Environmental and Water Technologies Incubator Scheme (Fast-Tech)

The Fast-Track Environmental and Water Technologies Incubator Scheme (Fast-Tech) is an initiative by the Environmental and Water Industry Development Council (EWI) and managed by EDB. The Fast-Tech scheme aims to grow environmental and water start-ups by providing financial incentives and mentoring by specialized incubators. Funding is provided up to $500,000 per company or up to 85% of qualifying costs, over two years.

18. Technology Pioneer (TechPioneer) Scheme

The Technology Pioneer (TechPioneer) Scheme by the Environmental and Water Industry Development Council (EWI) aims to accelerate the commercialization of new environment and water technologies by bringing together both technology vendors and users to apply jointly under this scheme. Funding is provided up to $2 million or 30% of total qualifying costs for a technology user.

19. Incentive for Research and Innovation Scheme (IRIS)

The Incentive for Research and Innovation Scheme (IRIS) by the Environmental and Water Industry Development Council (EWI) funds Institutes of Higher Learning (IHLs), Research Institutes and Singapore companies to research and develop new environmental and water technologies (EWT) that lead to significant and sustainable growth opportunities in the EWT industry. Funding is provided up to 100% for IHLs, public sector agencies and non-profit research entities, and up to 70% for companies and for-profit research entities.

20. Environmental Technology Capability Development Programme (EnviroTech CDP)

The Environmental Technology Capability Development Programme (EnviroTech CDP) by SPRING helps local environmental small and medium enterprises (SMEs) to enhance their enterprise competitiveness and industry innovation. The EnviroTech CDP covers applied research, product development and commercialisation. Funding is provided for a portion of the project qualifying costs, which include manpower, equipment, materials, and professional services.

21. Innovation Voucher Scheme

The Innovation Voucher Scheme (IVS) by SPRING aims to encourage local SMEs to work with public Knowledge Institutions (KI) like the Centres of Innovation (COIs) to test new technology and innovative ideas. All SMEs can apply for an innovation voucher worth S$5,000 from SPRING, which can be redeemed at participating KIs such as the Centre of Innovation in Environmental and Water Technology (EWT COI) in Ngee Ann Polytechnic, for advice and to develop new products and processes.

22. Innovation for Environmental Sustainability (IES) Fund

The Innovation for Environmental Sustainability (IES) Fund is managed by NEA and helps companies to implement innovative environmental projects. The proposed project must have strong innovation and early adoption elements, and help Singapore meet its goal of environmental sustainability. The IES Fund provides funding to cover some of the qualifying cost of the project, up to a maximum of $2 million.

Green Transport

23. Land Transport Innovation Fund (LTIF)

The $50 million Land Transport Innovation Fund (LTIF) by LTA encourages research initiatives in land transport research and pilot trials for a more viable and sustainable land transport system. Funding is provided up to 90% of the total project cost and capped at $1 million per project.

24. Green Vehicle Rebate (GVR)

Owners of new hybrid, electric and CNG vehicles will enjoy the Green Vehicle Rebate (GVR) till 31 Dec 2011. The rebate is equivalent to 40% (for passenger vehicles) or 5% (for buses and commercial vehicles) of the vehicle’s Open Market Value (OMV) that can be used to offset the Additional Registration Fee (ARF) payable at registration.

Waste Minimisation

25. 3R (Reduce, Reuse, Recycle) Fund

The 3R Fund by NEA is a $8 million co-funding scheme to encourage organisations to implement waste minimisation and recycling projects. Funding is provided up to 80% of the qualifying costs and subject to a cap of $1 million per project, and depends on the quantity and type of waste reduced or recycled.

Environmental Management System

26. Local Enterprise Technical Assistance Scheme (LETAS)

The Local Enterprise Technical Assistance Scheme (LETAS) by SPRING helps SMEs to engage an external consultant to implement quality management and IT systems, including the ISO 14001 Environmental Management System standard. Funding is provided up to 50% of consultancy cost, subject to a maximum grant cap of $5,000.

Environmental Initiatives

27. 3P Partnership Fund

The 3P Partnership Fund by NEA aims to encourage organisations, companies and individuals from the People, Private and Public (3P) sectors to work together to develop environmental initiatives and promote environmental ownership. First-time applicants would receive no more than 50% of the eligible costs, while for other applicants, the Evaluation Panel will determine the grant to be offered based on the merits of the submission.

Clean Development Mechanism

28. Clean Development Mechanism Documentation Grant

The Clean Development Mechanism (CDM) Documentation Grant by NEA encourages companies to develop CDM projects in Singapore. Funding is provided up to 50% of the qualifying cost of engaging a carbon consultant to develop a new methodology and Project Design Document (PDD), or only up to 30% if the carbon consultant develops a PDD using an existing approved methodology. The maximum amount of funding for a CDM project is capped at $100,000.

Image credit: TALUDA; Energy Label via E2 Singapore.

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