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  • Others
17 June 2019

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  • ASEAN

Traffic in emerging Asian countries has become synonymous with congestion and smog. Driving in some of the major cities in this region can be a nightmare, and don’t even get me started on the current air pollution crisis.

In order to preserve a greener and more sustainable environment, the major cities in this region are striving to develop and adopt electric vehicle (EV) technology. As more and more consumers become environmentally conscious, the demand for electric vehicles has seen an uptick. Driving attitudes across the region have changed dramatically with the introduction of electric vehicles into the personal mobility market.

A report by the International Renewable Energy Association (IRENA) indicates that by 2025, 20% of all vehicles on the road in Southeast Asia will be of the electric variety, including 59 million electric two- to three-wheelers and 8.9 million electric four-wheel vehicles. The Southeast Asian region, home to a market of 640 million should rightly be part of this technological upheaval.

With this demand, undoubtedly comes opportunity. “Thailand and Vietnam would be the two major forefronts,” Eric Yip, Marketing Director at Quantel emphasized. EVs are a growing market in Vietnam, especially electric motorcycles (e-motorbike). Whereas, “the vehicle sale in Thailand itself is expected to reach 12 million units, making Southeast Asia quite a big market in automotive”, he added.

“Lots of automotive companies are ready to transform and adopt electric vehicles, and some of them have started by building components instead of the whole electric vehicle.” Yip highlighted that almost all the key components for electric vehicles, such as batteries, would soon be built in Southeast Asia, making it a potentially massive market.

Mentor, an EDA company, have observed the increasing tendency for carmakers in the region to take EV electronics design in-house. With electronics becoming a bigger piece of the differentiation of a car, it is now being considered a core competency. “Companies need to manage the entire design process and focus on product traceability. So, most of them need to focus on digital data management including design libraries and design data”. Nina Lin, General Manager of Taiwan and ASEAN at Mentor, has seen huge investments by the likes of Ford and GM into PCB design data management infrastructure.

Bumpy road ahead

However, there are still some hurdles to overcome before this region can truly adopt electric vehicle technology. Andreas Mangler, Director of Strategic Marketing at Rutronik pointed out that the main barriers to adoption of electric vehicles in Southeast Asia are the higher rates of tax on electric vehicles, the lack of a charging infrastructure with convenient proximity and the limited driving range of the vehicles.

He suggested that governmental intervention is the key to driving the growth of electric vehicles in ASEAN, at a level that ensures the deployment of a charging infrastructure. This infrastructure must adhere to compatible standards, to support mass deployment.

Quantel’s Yip, agrees. Electric vehicles may need policies driven by governments such as London’s ultra-low emission zone (ULEZ), which will now charge inefficient vehicles an entry fee to access the city of London. “I believe that the Vietnam government is looking at moving in this direction: to only allow electric vehicles on the roads of the cities. They are planning for this soon”.

In fact, “the opportunities for electric vehicles in Asian markets are almost limitless, if we look beyond the immediate ASEAN region”, said Mangler. He thinks China is pursuing a very vigorous strategy for electric vehicles, where the advantage will be a leapfrogging of the Internal Combustion Engine (ICE), where there is entrenched global competition and a high environmental price. This means China and other countries are providing and will continue to provide ready markets, for ASEAN nations, for the E&E devices required for electric vehicles.

Lin argues that petrol is relatively cheap in Southeast Asia, and for EV implementation to be successful, infrastructure for battery recharge stations is critical. “But it will need around another 5 years to build up the infrastructure before we can see any success.” However, she believes that Southeast Asia can be very successful and remains an ideal location to manufacture EV and to export.

Rohit Girdhar, Vice President & Head of Strategy and Market Development Asia Pacific at Infineon Technologies believes a number of changes need to happen before Southeast Asia develops a viable domestic market. “Firstly, you need infrastructure and the availability of a changing network, then the cost of ownership needs to be lower or comparable to conventional vehicles and then government incentives”.

This isn’t necessarily far off, and Rohit feels that countries which are still in the development stage could be faster at adoption. He feels that Southeast Asia will benefit from the mass deployment of EVs in China as this will bring the cost of ownership down.

Light at the end of the tunnel

“With home grown OEMs sprouting up such as Malaysia’s Proton and Vietnam’s Winfast, the appetite for EVs is definitely growing. But as a region, ASEAN’s GDP per capita is still low and the current market remains small”, Rohit adds. He feels that despite the promise shown with increasing emphasis on EVs it is still too early for this region.

Leo Wu, Regional Manager at Mean Well, also views Southeast Asia as being in its early stages of development. “Battery technology is not very mature yet, and related different charging systems are not yet in place either”, he said. Even though Mean Well has been engaged with some related projects in the Philippines, Malaysia and Singapore, they only started with small segments of EV market.

In addition to new government policies, Wu suggests that it will also take a strong business model such as that of electric scooter company, Gogoro, for EVs to really take off in this region.

  • Others
17 June 2019

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  • ASEAN

Tax, whatever the purpose, is an unpopular word. The yellow vests movement in France, a series of protests that recently shook the European country in reaction to the government’s announcement of a green tax on fuel, attests to that.

But given the imminence of a climate catastrophe and the fact that the world devotes more attention to the issue than ever, there has never been a better time for governments to enforce a carbon tax, said Sharlin Hemraj, director for environmental and fuel taxes of the national treasury in South Africa, at the World Bank Group’s Innovate4Climate (I4C) summit held in Singapore last week.

“Now that we have the Paris agreement and countries around the world are increasingly exploring carbon pricing policies, it has become easier for governments to argue that there is a case for such schemes, not just to mitigate climate change but also because, otherwise, you will be hit by border tax adjustments and trade retaliation,” she said.

Border tax adjustments refer to import fees levied by carbon-taxing countries on goods produced in non-carbon-taxing countries. Such policies seek to address concerns over a loss of competitiveness in the wake of one country introducing a carbon tax while another country does not.

Carbon pricing instruments make polluters pay for the external costs of greenhouse gas emissions such as the loss of property to rising seas, damage to crops or healthcare costs from heat waves.

There are several paths countries can take to put a price on carbon, but policymakers at I4C’s session on lessons for the implementation of carbon pricing in Asia agreed that a carbon tax rather than an emissions trading scheme (ETS) would be the most efficient strategy governments in developing Asia can use to respond to climate change, while also being the easiest to put into effect.

A tax directly sets a price on greenhouse gas emissions, while an ETS caps the total level of emissions, permitting industries with low emissions to sell their extra allowances to larger emitters at a market price.

A major obstacle to the implementation of an ETS is the complicated process of establishing the financial market needed for the scheme to work, said Hemraj.

A carbon tax, on the other hand, can be built on the existing tax system, which significantly reduces administrative costs and effort, she said. This puts a tax at an advantage over trading schemes, especially in developing countries where administrative capacity is often low, she added.

We were certain we wanted a carbon price as early as 2010. In the face of climate change, we decided we needed it. It is something that is necessary, it is something that you cannot run away from.

Benedict Chia, director for strategic issues, National Climate Change Secretariat, Singapore

Emissions trading schemes are also prone to substantial price fluctuations, noted Benedict Chia, director for strategic issues at the National Climate Change Secretariat (NCCS) in Singapore. Such carbon price instability stems from fluctuations in economic activity resulting from seasonal factors, external economic shocks or changes in a country’s policies.

This is problematic because for businesses to invest in renewable energy and low-carbon solutions, there must be price certainty which only a fixed tax rate can provide, said Hemraj.

To make carbon taxation more effective, governments in Southeast Asia could dedicate tax revenues for emissions reduction programmes, said Naoki Torii, programme manager of the climate and energy area at the Institute for Global Environmental Strategies in Japan.

For instance, Japan’s carbon tax, which was introduced in 2012, is earmarked to fund energy efficiency projects and bring more renewable energy on stream, he said.

Time is running out

Global energy-related carbon emissions hit a record high in 2018 – the year climate scientists warned that humanity has twelve years left to limit global warming to 1.5°C – and Southeast Asia was the only region in the world where the share of coal, which is the single biggest source of greenhouse gas emissions globally, to generate power actually increased.

At the same time, the continent will be hit particularly hard by climate change, making it imperative for the Asean region to step up climate action.

Carbon pricing mechanisms are an effective strategy that can steer industries away from emissions-intensive production towards cleaner alternatives while boosting innovation in areas of renewable power generation and energy efficiency.

As of November 2018, 46 national and 28 subnational jurisdictions used carbon pricing, with more planning to implement instruments in the future. But in Southeast Asia, Singapore is the only country to have introduced a carbon tax.

The problem is that regardless of the type of mechanism governments go for, implementation will take time, said Benedict Chia of the NCCS in Singapore.

This is because every carbon pricing instrument, whether a tax or ETS, requires a system to measure, report and verify greenhouse gas emissions, which takes too long to be conceptualised and put in place, said Chia.

But pointing to the urgent need for climate action, he said there were also other strategies to put a price on carbon. The removal of fossil fuel subsidies or the introduction of internal carbon pricing mechanisms within companies, for instance, require less time to be introduced while having an equivalent effect.

“The advantage of internal carbon pricing within companies themselves is that companies can implement such mechanisms in a much shorter time frame than governments can. And internal carbon pricing does shape investment decisions and can shift the behaviour of the largest emitters,” he said.

Hybrid systems—the future of carbon pricing?

While a carbon tax is easier to implement, Chia said that the potential of emissions trading schemes, and particularly the use of carbon offsets, should not be neglected. Carbon offsets enable companies or governments to pay in order to reduce emissions through other emitters.

“Our stance is that if the world wants to reduce emissions, it is best for all countries to work together. And one key mechanism to do so is international offsets,” Chia said.

Several countries, including Singapore, have therefore designed a carbon tax that could be merged with an ETS to create a hybrid carbon pricing system.

One design feature that Singapore introduced is a credit and allowance mechanism, which requires companies to purchase allowances from the government at a fixed price instead of paying the tax directly, said Chia.

This familiarises companies with offset mechanisms and already puts in place the infrastructure that will eventually be needed for trading schemes, he adds.

Chia noted that hybrid systems could help address several challenges of current carbon pricing policies.

The concern around price uncertainty, for instance, could be addressed through the introduction of a price ceiling and floor, he said. In addition, economic competitiveness could be maintained as the wider introduction of carbon offsets and the linking of tax systems with trading schemes causes greater price convergence, he said.

It would also help tackle the issue of carbon leakage, said Chia. This occurs when one country reduces carbon emissions through tighter climate policies but encourages companies to move their operations to countries with lower emissions standards.

Singapore’s decision to implement a tax on carbon dioxide emissions and five other greenhouse gases from 2019 was announced two years ago, but preparations began much earlier, Chia shared.

“We were certain we wanted a carbon price as early as 2010. In the face of climate change, we decided we needed it. It is something that is necessary, it is something that you cannot run away from,” he said.

According to Singapore’s 2018 budget statement, the tax will start at S$5 (US$3.60) a tonne in the first phase to give the industry time to ramp up its energy efficiency. The price will be reviewed by 2023, with plans to increase it to between S$10 and S$15 per tonne of emissions by 2030.

The report also said that the tax would provide new opportunities in areas like sustainable energy and clean technology and that the government would support companies and households to enhance energy efficiency and reduce emissions.

The development of carbon pricing policies in Southeast Asia will be vital if the world is to avert the worst impacts of global warming. However, with plans to implement carbon trading in Vietnam and Thailand and the launch of a voluntary carbon market in Indonesia, Asean countries are rising to the challenge.

  • Electricity/Power Grid
17 June 2019

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  • Malaysia

KUCHING: The state government, through its state-owned power utility, Sarawak Energy Bhd (SEB), is eyeing the potential sale of additional electricity to Indonesia.

This follows recent reports that the Indonesian capital might be shifted to West Kalimantan from Jakarta in the near future.

Chief Minister Datuk Patinggi Abang Johari Tun Openg said the state was currently progressing on the Borneo Grid initiative with the first interconnection to West Kalimantan having already being established.

“With the expertise and engineering skills of SEB, the potential is there and we can work with Indonesia,” he said at the SEB Gawai Raya celebration for its Kuching-based staff and stakeholders here today.

He said SEB was also negotiating with Sabah and Brunei on power exchange agreements.

Out of this year’s state budget totalling RM11.9 billion, Abang Johari said RM2.7 billion was for rural development to be undertaken by SEB under the rural electrification project.

He said Sarawak had all the ingredients to be a regional powerhouse and, as such, SEB could explore new products such as hydrogen and oxygen to be marketed overseas to increase the state’s revenues.

SEB chairman Datuk Amar Abdul Hamed Sepawi said the state’s domestic electricity coverage was at 97 per cent now.

“Our aim is to power up 99 per cent of Sarawak by 2020 towards full electrification by 2025,” he said. — Bernama

  • Renewables
17 June 2019

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  • Vietnam

Trung Nam Group has finished developing a 258 MW solar array in Vietnam’s Ninh Thuan province. JinkoSolar supplied the PERC modules for the project, which includes 90 MW of wind power capacity.

The companies expect the PV-wind installation to generate 1 billion kWh of electricity per year, which they claim will cover roughly 157% of Ninh Thuan’s electricity needs. Trung Nam is feeding the electricity into the national grid via the 220kV Thap Cham transformer substation, in the province’s Thuan Bac district.

“Due to increasing population density and competition for available land, space is at a premium and the high humidity requires highly efficient and durable solar panels,” said Nguyen Tam Tien, CEO of Trung Nam Group, noting that JinkoSolar’s modules are resistant to humidity. “The ultra-high performance and reliability of JinkoSolar’s double glass 380-watt panels are perfectly suited for the environment.”

Earlier this month, JinkoSolar — which has previously supplied solar panels for the Srepok 1 and Quang Minh Solar Power Plant Complex in Vietnam’s Dak Lak province — set a new efficiency record for a monocrystalline PERC PV cells at 24.38%.

New solar PV installations spiked in Vietnam last year, driving the country’s cumulative installed PV capacity to 106 MW by the end of 2018, according to statistics from the International Renewable Energy Agency (IRENA).

  • Renewables
17 June 2019

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  • Indonesia

Over the years, we have been reporting on proposed development of geothermal power generation facilities in Bali, Indonesia. With local opposition, any planned development though was unsuccessful.

Now with the possibility of an energy crisis in the not so far future, the provincial government is now working on new regulation that would push the utilisation of renewable energy sources, including geothermal energy and solar energy.

The Governor Regulation on Clean Energy is innovative and the first of its kind as it is made idependently by the Bali Provincial Government.

According to an official from Bali’s Energy and Manpower Agency, IB Setiawan, the holiday island must anticipate the possibility of an energy crisis, which might occur in the next two to four years.

“If there are no boost to Bali’s energy capacity, there might be an energy crisis in 2021 to 2023,” Setiawan told the Jawa Pos network.

Officials estimate that Bali will require as much as 1,500 MW of electricity generation capacity by 2021, which is more than 300 MW more than the current energy demand.

Currently, most of the electricity of Bali is supplied to the island from Java. In September 2018, the island experiened a complete blackout after an incident at a coal-fired plant supplying Bali in East Java.

Local and alternative sources of energy are seen as the much-needed solution, with geothermal energy being one such source of energy. Two potential locations are named for possible development, Banyuwedang, Buleleng, and Batur, Bangli. It would though be necessary to conduct a feasibility study for those locations.

  • Oil & Gas
17 June 2019

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  • Singapore

ALUMINIUM producer AEI Corporation on Monday said it has entered into a “framework agreement” with Zhongneng International Gas Co (ZNI) to potentially collaborate on business activities involving liquefied natural gas (LNG).

This comes after the company last month flagged that it could be placed on the Singapore Exchange’s (SGX) watch list. In a bourse filing on May 24, AEI noted that it has recorded pre-tax losses for the three most recently completed consecutive financial years, with its six-month average daily market cap as at May 24 standing at S$36.98 million, which is below SGX’s requirement of maintaining a market cap of at least S$40 million.

Among other things, Beijing-incorporated ZNI is in the business of importing and purchasing LNG, warehousing logistics and equipment manufacturing. Zhongneng International Petrochemical Co, which is a China state-owned enterprise, holds a 51 per cent stake in ZNI.

As part of the proposed collaboration, ZNI will appoint AEI to act as its agent to purchase at least six million tonnes of LNG annually from international suppliers, and AEI will work with ZNI to purchase LNG ISO containers used on the Yangtze River Basin, the company said.

Both parties will also incorporate a joint venture entity in Shanghai to undertake LNG trading and logistic activities. This entity will supply LNG for power generation to serve ZNI’s electrical power customers.

In addition, ZNI has agreed to AEI’s participation in the investment and construction of port facilities, and the operation of LNG ISO containers projects located along the Yangtze River.

AEI also plans to participate in the establishment of structured funds for the related LNG logistics facilities and trade investment, the company noted.

It added that the proposed collaboration does not constitute any binding obligations, and is subject to the parties entering into definitive agreements.

AEI shares closed at 66.5 Singapore cents on Friday, up 11.5 Singapore cents, or 20.9 per cent. As at June 14, the company had a market cap of about S$38.4 million.

  • Energy Economy
17 June 2019

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  • Indonesia

Japan’s Inpex Corp. reached a new deal with Indonesia on the $20 billion Abadi liquefied natural gas project, a key step toward reviving work on the long-stalled venture that’s expected to be the biggest-ever investment in the Southeast Asian nation.

A heads of agreement between the two includes an extension of the company’s contract to operate the Masela block by 27 years until 2055, Inpex President Takayuki Ueda told reporters Sunday at a G-20 energy and environment meeting in Japan. Inpex will start front-end engineering and design work after the government approves its development plan, which it will submit within weeks. A final investment decision is expected in two to three years, with output to begin in the second half of next decade, he said.

“This is a massive LNG project,” Ueda said. The venture, which will produce about 9.5 million tons of LNG annually once it’s fully operational, is “extremely significant” for Inpex and Indonesia, because the nation doesn’t have any other large natural gas fields, he said.

The agreement is a small move forward for the project, which Inpex had to redesign as an onshore plant after the Indonesian government rejected its proposal for a floating-LNG facility in 2016. Developing the Abadi field in the Masela block and the accompanying LNG export project will cost $18 billion to $20 billion, the largest single investment activity in Indonesia, the nation’s energy ministry said in a statement. The project, which will also supply 150 million cubic feet of gas by pipeline, is targeted to come on-stream in 2027, it said.

Inpex signed an agreement with the Indonesian government in 1998 to explore the offshore Masela block and discovered the Abadi field in 2000. Inpex has a 65% stake in the project, with the rest held by Royal Dutch Shell Plc.

Inpex on Monday slipped 0.3% as of the midday break in Tokyo, tracking a slide in the broader Topix index.

  • Bioenergy
17 June 2019

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  • Philippines

Waste burning in the Philippines is prohibited under the country’s Clean Air Act, but this has not stopped private companies from trying to construct waste incinerators that produce electricity.

Filipino infrastructure conglomerate Metro Pacific Investment Corporation’s proposal for a P22 billion (US$423 million) waste-to-energy plant is expected to be approved this month in Quezon City, the country’s most urbanised district.

The project is expected to convert up to 3,000 metric tonnes of municipal solid waste into electricity each day in a power plant with 36 megawatts of installed capacity.

Environmentalists say Quezon City, along with other cities in the Philippines, will only incur financial losses and debt if it makes use of incineration to curb its garbage problem. But sustainability experts argue that waste-to-energy plants could be the lesser evil in a country where waste-sorting laws have not addressed the urgent problems of waste management and large-scale plastic pollution.

City could bear losses if plant doesn’t meet revenue projections

Waste-to-energy plants will not generate their expected revenue in the Philippines due to an unclear mandate on renewable energy projects, revealed waste campaign group Global Alliance for Incinerator Alternatives (GAIA) in response to a pre-feasibility study by the Asian Development Bank (ADB) for a project in Quezon City.

Philippine law mandates a programme of paying investors of renewable electricity for 20 years through a feed-in tariff system, but GAIA argued that the legislation does not dictate a guaranteed price for investors as it uses an “auction system”.

Cebu Waste To Energy Plant

A waste-to-energy facility of Aquilini Mactan Renewable Energy, Inc. in Lapu-Lapu City in Cebu. Image: Facebook page of Philippine Vice President Leni Robredo

“Under the auction system, the price will be decided based on the most competitive amount between industry bidders, instead of the government dictating a fixed tariff price,” the GAIA said in a study released in April. “Support under the feed-in tariff regime is also expected to decline significantly in the coming years due to the decreasing costs and increasing efficiencies of renewable energy projects.”

A feed-in tariff scheme offers long-term contracts to renewable energy producers, typically based on the cost of generating the energy.

GAIA added that ADB’s findings incorrectly assume that waste-to-energy incineration is considered renewable energy and would be eligible under the biomass category of the law: “The law clearly defines biomass resources as biodegradable organic material. Municipal solid waste is a mix of paper, plastics, and other discarded materials, which clearly does not fit the definition of biodegradable waste permissible under the law. This can pose as a hurdle to the facility’s eligibility for renewable energy feed-in tariff.”

The amount of electricity expected to be generated by the facility is also questionable given the high amounts of moisture and organic content of the city’s solid waste, the report said.

If the target revenue projections are not met, it could result in non-repayment of debts and the plant becoming a stranded asset, leaving the city to absorb all the losses instead of the company, it said.

Metro Pacific Investment Corporation plans to replicate the waste-to-energy project beyond Quezon City as local governments in the country struggle with the worsening waste management problem.

There is urgency in finding the means to manage these wastes, and waste-to-energy could pose a practical, lesser evil.

Conchita Ragragio, Philippine country liaison, Municipal Waste Recycling Programme, United States Agency for International Development (USAID)

An archipelago of over 7,100 islands, the country has been identified as the third-worst ocean plastic polluter in the world after China and Indonesia, according to a 2015 study .

The government has tried to stem the tide of garbage through the landmark Solid Waste Management Act that aims to systematically organise and sustainably manage the collection and disposal of municipal solid waste in the country, including the closure of unsanitary open dumpsites.

According to GAIA, local municipalities have failed to comply with the law and are now scrambling for solutions to their waste problem as dumpsites are being shut down.

“Cities are under pressure to clean up their plastic waste. Local governments are being approached by incinerator companies to set up waste burning facilities, purportedly to solve the problem of waste generation,” the report stated.

Waste-to-energy projects in the Philippines include a P2.5 billion (US$48 million) plant set to start construction this year in Davao City, a P2.1 billion (US$40.5 million) project in the pipeline in Puerto Princesa City in Palawan and a facility already operational in Lapu-Lapu City in Cebu.

A lesser evil?

The GAIA study reported that burning merely transforms waste into ash, slag and air and water pollutants, which are more toxic than the original waste.

However, an urban development consultant of the ADB argued that new technology has allowed incinerators to be more environmentally safe.

“The basis for banning incineration was the old technology used in existing incinerators in the Philippines which operate below 1,000°C. But modern incinerators are hotter and can eliminate toxic gases such as dioxins and furans,” said Aldrin Plaza in an article on the Asian Development Blog.

A sustainability specialist added that waste-to-energy plants might be a practical option as the country grapples with 35,000 tonnes of municipal solid waste generated daily.

“While waste minimisation and recycling are obviously the more sustainable management methods to pursue, tonnes of waste need to be dealt with and disposed of daily. There is urgency in finding the means to manage these wastes, and waste-to-energy could pose to be a practical lesser evil,” said Conchita Ragragio, country liaison for the Municipal Waste Recycling Programme in the Philippines, backed by the United States Agency for International Development (USAID).

Ragragio added that cities should not just rely on waste-to-energy projects to curb their rubbish, but also educate communities on methods of waste minimisation, re-use and recycling.

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