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  • Renewables
3 July 2019

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  • Philippines

MANILA, Philippines — The Department of Energy (DOE) is proposing to auction off 2,000 megawatts (MW) of renewable energy capacity to encourage developers to put up renewable energy (RE) projects, according to a top official of the agency.

The DOE is working on an RE program to attract investors in putting up clean energy power projects, Energy Secretary Alfonso Cusi said during the pre-SONA Economic and Infrastructure Forum Monday.

“We want to build 2,000 MW of RE in 10 years (through) RE auction and green energy rate to motivate investors in the RE program,” Cusi said.

Under the National Renewable Energy Program (NREP) 2011-2030, DOE is targeting to triple the existing renewable capacity of 5,438 MW in 2010 to 15,304 MW by 2030.

Under the government’s long–term renewable energy roadmap, RE installed capacity is seen to reach 20,000 MW by 2040.

To fasttrack RE development in the country, Cusi said the agency has asked the National Renewable Energy Board (NREB) to review and make a recommendation on the concept of giving an allocation of 2,000 MW and green energy rate for RE development.

“We will finalize the policy after NREB gives us its recommendations,” Cusi said.

The DOE is looking to set a ceiling rate for RE players to compete against one another.

Meanwhile, the capacity allocation would be based on the type of power needed in the power grid.

“We can’t afford to have excess RE capacity because that will push rates up and we cannot risk our supply having intermittent sources,” Cusi said.

Cusi said the program would be different from the feed-in tariff (FIT) scheme implemented before.

Under the Renewable Energy Act of 2008, the FIT system details perks for power developers for a period of 20 years to invest in the more expensive renewable sector.

Each RE technology was given different allocation and rate over a period of three years.

Unlike solar and wind, the FIT allocation for biomass and run-of-river technologies remain undersubscribed three years after the program’s implementation.

Read more at https://www.philstar.com/business/2019/07/03/1931433/doe-plans-auction-renewable-power#BiPmePlOV1i67gUk.99

  • Electricity/Power Grid
3 July 2019

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  • Philippines

MANILA — The Philippine Competition Commission (PCC) has approved the proposed joint venture between the Bases Conversion and Development Authority (BCDA) and the consortium of Manila Electric Company (Meralco) and its Japanese partners to develop a power distribution system in New Clark City.

“The proposed transaction has been found to not likely result in a substantial lessening of competition in the retail electricity supply market within New Clark City and the distribution utility market of generated electricity through a supply agreement in the Luzon and Visayas grids,” the PCC said in its decision dated June 25 which was released to the media on Wednesday.

The transaction of the BCDA and the Meralco-Marubeni consortium will result in the establishment of a joint venture company that will distribute electricity to the business establishments and facilities in New Clark City for a period of 25 years.

The consortium will have a 90 percent stake with BCDA acquiring 10 percent equity in the company.

The competition watchdog noted that businesses in New Clark City will be able to choose their own power suppliers as “contestable customers”.

“Given the development of New Clark City, the PCC expects an influx of potential locators, particularly agro-industrial and institutional clients, to qualify as contestable customers,” said the PCC.

Contestable customers refer to consumers with an average monthly consumption of at least 750 kilowatts and are deemed by the Department of Energy (DOE) as qualified establishments to participate in its Electricity Open Access Scheme and choose their own retail electricity supplier.

The PCC further said the competitive selection process (CSP) of the DOE will enable other power distribution firms and electric cooperatives to compete with the joint venture company in securing electricity from power generators.

“The antitrust authority views the CSP in securing power supply agreements as important competitive step that would constrain the joint venture’s ability to foreclose other power generation companies,” the commission stated.

The competitive selection process mandates power distribution firms to conduct a public bidding for power supply agreements. This initiative ensures power consumers to select suppliers that can effectively provide affordable electricity.

Last January, the BCDA awarded the Meralco-led consortium the power distribution contract for the New Clark City after it submitted a tariff bid of PHP0.6188 per kilowatt hour (kWh) lower than PHP0.9888/kwh bid by the Aboitiz-KEPCO Consortium comprising the Olongapo Energy Corp. and KEPCO Philippines Holdings Inc. (PR)

  • Electricity/Power Grid
3 July 2019

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  • Malaysia

THREE years ago, the government allowed the import of 100 Tesla Model S cars as part of its effort to promote electric vehicles (EVs) and cut carbon emissions in the country.

Following the arrival of the first batch, proud new Tesla owners were spotted driving around the city, primarily in the affluent residential suburb of Bangsar. Ride-hailing app Grab also came up with an exclusive offer that allowed users to experience the Tesla Model S 85 for a limited period.

But the excitement was short-lived.

“I think it lasted for only about three months. I didn’t see those cars as much after that, probably because it wasn’t feasible. The charging stations were limited. There were very few at the time,” said one automobile enthusiast based in Kuala Lumpur. Today, the same sentiment persists.

While demand for EVs and plug-in hybrids in the country has picked up in recent years, concerns over the lack of charging stations in the country remain a drawback for many who aspire to make the switch from fuel to electric engine.

Under the National Electric Mobility Blueprint, Malaysia aspires to have 125,000 charging stations by 2030. The figure stood at about 400 charging stations as at September 2018, with plans to install up to 3,000 charging stations by the end of this year.

It is not known if efforts are on track, but one thing for sure is the country will have to pick up the pace and produce over 1,000 charging stations per year over the next decade if it wants to meet its target.

Push for EVs Coming from All Sides

The demand for EVs in Malaysia has been on the rise since the Mitsubishi i-MiEV — the country’s first registered electric car — made its debut nearly a decade ago. The amount of listed EVs has since increased from an estimated 100 units in 2013 to 52,384 units as at March 31 this year.

While the figure represents only a fraction of the 28.2 million vehicles registered in the country, it was enough to convince German automakers BMW Malaysia Sdn Bhd and Mercedes-Benz Malaysia Sdn Bhd to bring in their all-electric models into the local market.

The push for EVs by the two premium brands may reflect a growing level of acceptance for battery-powered vehicles among local urban elites, but interests for electric commercial vehicles shown by major corporations point to a more promising and industrial-scale prospect for EVs in the country.

As it stands, there are only a handful of electric lorries on Malaysian roads. But as global firms such as Deutsche Post DHL Group (DHL) and Petroliam Nasional Bhd (Petronas) seek to find sustainable solutions to honour their environmental pledge, electric lorries and haulers are destined to be the next big thing.

Speaking at a recent forum at the Malaysia Commercial Vehicle Expo 2019 in Seri Kembangan, Selangor, DHL Express Malaysia Sdn Bhd VP of operations Derek Tully said the company was seriously considering green alternatives for its massive fleet worldwide to reduce its carbon footprint.

“As we are developing our business going forward, our customers are demanding that we have go-green solutions. We are a transportation company, so we do generate a lot of emission — so, for us, to have electric vehicles is a good selling point,” he said.

In cities like London and Amsterdam, which enforce select bans on diesel-powered vehicles, DHL is required to use EVs or opt for a more traditional mode of delivery, Tully said.

“In some cases, we have to put in walking couriers and bike couriers,” he added.

But even for a logistics giant such as DHL, Tully said, the main challenge in adopting EVs is in the initial capital expenditure. Apart from the higher cost of EVs, the company would also spend an additional €1.5 million (RM7.07 million) on charging stations that could service up to 100 vehicles at a time.

“It has challenged us a lot, but we are willing to invest, because we think in 10 years’ time, that is the future and that is what our customers will demand. That is what the public will demand. We are willing to take that hit today so that in 10 years, we will be the market leader in our industry,” he said.

Local transport operator Datuk Nazari Akhbar echoed the view. Nazari, who is ED of Taipanco Sdn Bhd, runs one of the largest container transportation operators in Northport and Westports.

While the common perception is that many people in Malaysia still find it hard to accept EVs, Nazari said he was ready to utilise EV lorries as it would be more cost-effective in the long run.

“In the haulage operation, there are two major cost components —diesel and maintenance. We consume about RM5,000 to RM8,000 a month per lorry on diesel. EVs are supposed to cut the fuel cost. If we can save RM3,000 a month, we can save RM36,000 a year.

“On maintenance, the current diesel-engine lorries require servicing every three months or every 30,000km. The basic servicing will cost about RM1,000. But with electric lorries, we can save a lot on this because electric motors are simpler. They don’t have all these sophisticated parts,” he said.

Nazari said if his company could slash up to RM10,000 per month on diesel cost alone, it would lead to savings of a few million ringgit a year.

“Maybe the initial cost for EVs is higher than conventional lorries, but in the long run, I believe there will be a lot of savings we can achieve on top of the environmental factor,” he said.

Nazari said drivers would also have no problems adapting to EVs as they are proven to be similar to diesel-powered vehicles.

“Maybe we need some basic training for the drivers to understand how EVs work, but I don’t think we need to send them to special courses to train them to drive,” he said.

On a separate note, local taxi company Big Blue Taxi Facilities Sdn Bhd is also working to develop the world’s first e-hailing EV called Zeno, with the first 500 completely built-up units expected to be delivered from China by the end of August.

If we are to take cues from Beijing, the introduction of electric taxis in the market could provide a significant boost for EVs in Malaysia, given that there are 80,000 taxi drivers nationwide.

More Charging Stations Needed

With many ready to take on the new technology, the main stumbling block is still the lack of infrastructure. The number of charging stations in the country may have seen an increase in the last few years, but they continue to be inadequate to alleviate fears of running out of charge while driving.

Malaysian Green Technology Corp (GreenTech Malaysia), an organisation set up in 2010 under the purview of the Ministry of Energy, Science, Technology, Environment and Climate Change, has been tasked to spearhead efforts in creating a solid network of charging stations nationwide.

The agency does not appear to have this network mapped out. However, its collaboration with the likes of Tenaga Nasional Bhd, PLUS Malaysia Bhd and Petronas indicate GreenTech Malaysia’s approach to have its ChargEV charging station at every strategic location possible.

This has led to the installation of charging bays at government buildings, petrol stations, airports, R&R areas and shopping malls. As at Dec 31, 2018, there are 251 ChargEV stations, which have a 3.7kWh or 22kWh charging capacity — the latter considered average.

In many developed countries, rapid chargers with a capacity of between 43kWh and 50kWh are common, allowing a full charging time of only one to two hours.

A check on the NewMotion app, which can locate more than 100,000 public charge points across 28 countries, showed that there are no charging stations available in the states of Perlis, Terengganu, Kelantan, Sabah and Sarawak.

Many EV owners have expressed their doubts about driving out of state for this very reason.

While there are no specific guidelines on what the ideal ratio of public charging stations to EVs is, Singapore’s plan to have up to 500 charging stations island-wide by 2020 signals that a lot more can be done at home. In Australia, there are about 800 charging stations across the nation, while in the US, there are 20,000 charging stations for plug-in EVs.

With companies showing keen interest to make their corporate fleet green, not only is there a need to increase the number of charging stations around the country, there is also the need to diversify the range to include heavy-duty charging in locations such as ports, refineries and factories.

But the reality is far from true. It is common to hear people saying that if there were as many charging stations as there are petrol stations in the country, they are willing to make the switch to EVs.

After a decade of being exposed to the technology, Malaysia as a nation is ready to embrace EVs. Individual buyers are conscious enough to make the switch, and industries are willing to spend to capitalise on the long-term benefits.

But if power problems continue to persist, the country’s journey towards sustainability may go down a long and winding road.

  • Oil & Gas
3 July 2019

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  • Malaysia

PETALING JAYA: As more oil and gas (O&G) fields in Malaysia and the region approach the end of their lifespan, the demand for decommissioning works is set to surge.

The value of decommissioning contracts in the region, over the next three years, is expected to reach up to RM6bil, according to estimates by industry players.

UOB Kay Hian Research analyst Kong Ho Meng said while there have not been any large tenders awarded by Petroliam Nasional Bhd (Petronas), it expected contracts to be rolled out from next year.

In Malaysia, he said, about 11% or about 35 of the over 300 platforms have been operating for over 40 years, and more than 200 wells have already been identified to be plugged and abandoned.

Decommissioning is a rapidly developing sub-segment in the O&G sector, which refers to works to safely dismantle and remove wells and platforms to prevent environmental damage.

The growing requirement for decommissioning works relates to the commitment from oil majors to reduce their impact to the environment via late-life asset management.

There are two key services for decommissioning – well abandonment services and upstream facilities dismantling.

“In the United States and Europe, decommissioning works are at a mature stage, and the service providers there are quite familiar with the process.

“In the Asia-Pacific region, however, O&G players are not well-equipped to take up big jobs in this sub-sector at the moment,” he told StarBiz.

One strategy being explored by Malaysian O&G players, he said, is the possibility of teaming up with established international decommissioning service providers once the contracts are rolled out.

In its 2019-2021 activity outlook, Petronas noted the requirement for 50, 40 and 60 well abandonment for the local fields in 2019, 2020 and 2021, as well as the need for the dismantling of several platforms or facilities.

“Activities are expected to intensify as considerable assets have been operating beyond 40 years,” Petronas said in the report.

For well abandonment works, Kong said players that provide hydraulic workover units, offshore support vessels and other ancillary services such as slicklines, will be required, with Uzma Bhd

image: https://cdn.thestar.com.my/Themes/img/chart.png

and Velesto Energy Bhdimage: https://cdn.thestar.com.my/Themes/img/chart.png

seen to be potential beneficiaries.Velesto has already been participating in plug and abandonment works, and has completed several wells since last year.

“We will continue to increase our participation in these activities,” its president Rohaizad Darus told StarBiz.

According to UOB Kay Hian, other indirect beneficiaries from well abandonment works are Dayang Enterprise Holdings Bhd

image: https://cdn.thestar.com.my/Themes/img/chart.png

, Petra Energy Bhdimage: https://cdn.thestar.com.my/Themes/img/chart.png

, Icon Offshore Bhdimage: https://cdn.thestar.com.my/Themes/img/chart.png

, Perdana Petroleum Bhdimage: https://cdn.thestar.com.my/Themes/img/chart.png

and Deleum Bhdimage: https://cdn.thestar.com.my/Themes/img/chart.png

.To qualify for facility decommissioning contracts, meanwhile, service players must have yard facilities, underwater and cutting services, and transport and heavy lifting services.

Under UOB Kay Hian’s coverage, the key beneficiary with the track record and assets to execute all these functions, he said, is Sapura Energy Bhd

image: https://cdn.thestar.com.my/Themes/img/chart.png

.Kong, in the report, added that major offshore commissioning players like Dayang Enterprise and Petra Energy were also looking at opportunities in the decommissioning space.

Moving forward, as decommissioning is still in its infancy in the Asia-Pacific region, he said stakeholders and regulators involved would take time to prepare for the coming wave, with steep learning curves and potential costs for mistakes in the early stages.

Read more at https://www.thestar.com.my/business/business-news/2019/07/03/og-decommissioning-works-in-big-demand/#zVVKAievjQs07Ldf.99

  • Bioenergy
3 July 2019

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  • Myanmar

The Japanese corporation Fujita is conducting a feasibility study on implementing production of electricity and fertilizer from waste in Monywa, according to Kyaw Myo Win, chairman of Monywa Township Municipal Committee.

The Osaka based Zaibatsu will provide 40 percent through its Myanmar branch while the remaining 60 percent will be provided by the regional government.

“The project is in its initial stage. They are just conducting feasibility study. From waste disposal, they will produce fertilizer and then electricity,” said Kyaw Myo Win, chairman of Monywa Township Municipal Committee.

Monywa produces about 168 tons of garbage on a daily basis. The current system of waste disposal will damage the environment with limited space for waste dumps in the long run. This problem will become a huge issue in the future. For that reason, a feasibility study will be conducted to first to find out if a waste disposal system will be built in the first place with the company looking to conduct a field inspection of the three waste dumping areas.

Waste that comes out of Monywa include bio-waste from kitchens, other assorted rubbish like plastic bottles with the rest coming from agro businesses. The waste is currently being dumped in three separate areas, which have limited space and pose risk of environmental pollution.

  • Renewables
3 July 2019

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  • Vietnam

Vietnam is now the fastest-growing solar photovoltaic (PV) market in Southeast Asia, overtaking the Philippines but thanks partly to investments made by the Ayala group’s AC Energy and its local partners, according to SolarPlaza.

The Rotterdam-based consultancy said in a report that Southeast Asia was quickly becoming one of the most promising regions in the global expansion of the solar energy industry.

“The high levels of solar irradiation, growing energy demand and ever-increasing level of commitment by governments in the region towards renewable energy generation are just some of the factors that have ignited a growing interest in the region from both local and international stakeholders,” the report said.

“By the end of 2018, Vietnam, Malaysia and Singapore were at the forefront of this movement —outperforming Thailand and the Philippines, the two biggest markets—with the highest amount of new PV capacity installed in the region,” it added.

Last year, Vietnam saw various projects with a total of about 100 megawatts in power generating capacity start delivering electricity to the power grid.

SolarPlaza said Vietnam’s rise started only in 2017 when the government first developed the legal framework for solar projects, particularly through the feed-in tariff (FiT) scheme. At the end of that year, the country had only 5 MW of solar power.

Among the “noteworthy” solar projects in Vietnam, SolarPlaza lists the 330-MW cluster of solar farms—a joint venture of local firm BIM Group and AC Energy—that was switched on in April.

  • Renewables
3 July 2019

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  • Vietnam

SINGAPORE clean-energy provider Sunseap Group’s unit has completed a US$150 million Vietnam solar farm project ahead of schedule, Sunseap International said on Wednesday.

It was completed and connected to the Vietnam national grid ahead of a June 30 deadline, the solar energy firm said.

The solar farm was jointly developed with InfraCo Asia, an infrastructure development and investment company majority owned by Sunseap International.

InfraCo Asia is funded by governments of the UK, the Netherlands, Switzerland and Australia, and is part of the Private Infrastructure Development Group (PIDG).

PIDG funds projects that improve the infrastructure of low-income developing South and South-east Asia countries.

The Vietnam project will sell electricity at a solar feed-in tariff of 9.35 US cents per kilowatt hour.

The plant will generate 168 megawatt-peak (MWp) of solar energy, enough to power roughly 192,000 homes and reduce carbon emissions by about 240,000 tonnes annually.

Located in Ninh Thuan province on the south-central coast of Vietnam, it was commissioned as part of a 20-year solar power purchase agreement inked in the second-half of 2018.

The Sunseap unit and InfraCo Asia have also contributed three billion Vietnamese dong (S$173,749) to fund the construction of concrete roads surrounding the farm’s site, as part of their corporate social responsibility initiative.

The Vietnam solar farm is one of a string of Asian projects the solar energy company has undertaken recently.

In June, Sunseap took a S$43 million green loan to install solar power systems on rooftops across Singapore, and inked a joint venture to develop solar projects in Taiwan.

In November last year, it announced the development of offshore floating photovoltaic systems that will be located along the Strait of Johor, north of Woodlands Waterfront Park.

Frank Phuan, co-founder and director of the Sunseap Group, said: “Sunseap is delighted to deliver this solar plant ahead of schedule and to play our part in the greening of Vietnam’s fast-growing power grid.”

Said Allard Nooy, CEO of InfraCo Asia: “Developing the Ninh Thuan Solar Power Plant in partnership with Sunseap supports InfraCo Asia’s aim to serve as a catalyst for future infrastructure development in the countries and sectors in which we work.

“We hope this project will serve as a benchmark for future investors, demonstrating the commercial viability, development impact, and environmental benefits that can be achieved.”

Sunseap’s majority shareholders are its directors, Mr Phuan and Lawrence Wu, with Thailand’s Banpu Infinergy holding a 25.7 per cent stake.

  • Others
3 July 2019

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  • ASEAN

Renewable energy is now cheaper than fossil-fuelled generation in most of the world and renewables offer a faster and cheaper way to increase access to affordable clean energy for millions of people.

South and South East Asia’s (1) growing economies can shift from their current carbon-intensive pathways to renewable energy to fuel economic growth, boost sustainable development and overcome energy poverty while avoiding life-threatening pollution and environmental degradation, according to a new report by the research institute Climate Analytics, released at the Bonn climate talks today.

By decarbonising their energy systems, South and South East Asian countries can make a fundamental difference in global efforts to limit warming to 1.5°C, in line with the Paris Agreement, and will reap large economic and sustainable development benefits by doing so

report author Bill Hare, CEO of Climate Analytics.

India, Vietnam and Indonesia alone make up over 30% of planned global coal expansion. 

The report (2) is the first to apply the insights from last year’s Intergovernmental Panel on Climate Change Special Report on the 1.5˚C global warming limit to these regions, and shows how Asia’s energy systems can transition to zero carbon, in line with the Paris Agreement.

South and South East Asian nations are among the world’s most vulnerable to climate change impacts

The report also includes seven country studies – India, Pakistan, Bangladesh, Thailand, Vietnam, Indonesia and the Philippines.

Vietnam rice paddy field
South and South East Asian nations are among the world’s most vulnerable to climate change impacts . Picture : adb.org

South and South East Asian nations are among the world’s most vulnerable to climate change impacts, some of which are already being acutely felt at the current 1°C level of warming.

Science shows that impacts will accelerate, become much worse and endanger lives and sustainable development even at 2oC warming unless all governments act to reduce emissions to keep within the Paris Agreement’s 1.5°C limit.

The 1.5°C limit means greatly reduced risk of drought and water stress in South and South East Asia, which would contribute to achieving zero hunger, good health and wellbeing, and clean water and sanitation

Dr Fahad Saeed, climate scientist at Climate Analytics

“It would also reduce the risk of flooding for large numbers of people living in coastal regions, as well as extreme heat that can otherwise reach intolerable levels for human health and labour productivity, particularly in densely populated cities in South Asia,”

For the world to limit warming to 1.5°C, South and South East Asian countries need to decarbonise their energy systems by 2050 and the power sector has a critical role to play.

According to the study, the share of zero carbon electricity generation needs to reach at least 50% in 2030 and 100% by 2050. Coal would need to be phased out of electricity generation by 2040.

India, Vietnam and Indonesia alone make up over 30% of planned global coal expansion.

“Plans for major new coal deployment in these regions alone could put the Paris Agreement objectives out of reach and undermine sustainable development goals, given that countries in South and South East Asia account for half of the world’s planned coal power expansion,” said report author Paola Yanguas Parra, policy analyst at Climate Analytics.

An important share of these coal development plans comes from emerging Asian economies that have not depended heavily on coal-fired electricity in the past.

These include Bangladesh, Pakistan, Philippines, Thailand, Myanmar and Cambodia, which together account for over 13% of planned coal expansion globally.

(1) South Asia comprises Afghanistan, Bangladesh, Bhutan, India, Maldives, Nepal, Pakistan and Sri Lanka. South East Asia includes ten ASEAN member countries plus East Timor and Papua New Guinea.
(2) This report has been prepared under the project “Pilot Asia-Pacific Climate Technology Network and Finance Centre”, an initiative of UN Environment and the Asian Development Bank (ADB), funded by the Global Environment Facility (GEF)
(3) According to an earlier Climate Analytics’ analysis, OECD countries need to phase out coal by 2030.

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