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  • Renewables
4 March 2019

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  • Indonesia

Indonesia once had policies that supported the development of clean energy, but regulatory changes in the last 10 years seem to be the root of the problem of why abundant sources of renewable power in the country have been left mostly untouched after more than seven decades after the country’s independence.

Based on an interview with an industry insider, The Jakarta Post discovered that Indonesia had met the expectations of all stakeholders at least once in clean energy development — or reached a win-win situation.

However, at least in the last five years, the growth of renewable energy in Indonesia has fallen behind that of other Southeast Asian countries. Indonesia’s own regulator, the Energy and Mineral Resources Ministry, was even pessimistic about reaching the development target.

Reminiscing on the ‘good old days’

Nanang Hamdani Basnawi, director of local hydro-based power plant developer Bumiloka and a member of the Indonesian Renewable Energy Society (METI), told the Post that it was a “mystery” to clean energy players that renewable energy policies had turned unfavorable — and even vanished — in just several years.

He added that 10 years ago, the sector had Energy and Mineral Resources Ministerial Regulation No. 31/2009 on new and renewable energy development.

The regulation was like a dream come true for clean energy developers as it accommodated their wishes, such as stipulations on a feed-in tariff scheme and assurance that state-owned electricity company PLN would buy the electricity they produced in a long-term contract.

In the feed-in tariff scheme, the price of electricity for renewable energy developers remains unchanged until the end of a contract.

A solar panel is seen in this picture. Renewable energy progress in Indonesia to date has been underwhelming and related policy and regulations remain uncertain. (Shutterstock/File)

The regulation also stipulated a direct appointment scheme, which omits the auction phase to jump-start the development of renewable energy projects.

“The scheme means that anyone who has the potential [to develop a renewable energy plant] can be appointed directly [by PLN] to start the project,” Nanang said.

He recalled that a renewable energy power plant in Java at the time received a flat tariff of Rp 656 (4 US cents) per kilowatt hours, especially for hydro-based power plants.

About three years later, the government adjusted the electricity tariff generated from renewable energy plants to Rp 850 per kwh (6 US cents) to make it more economically feasible for some developers.

“That’s why you can see a lot of PLTAs [hydro-based power plants] in remote regions that are untouched by PLN’s power system,” he said.

Then came Energy and Mineral Resources Ministerial Regulation No. 19/2015, which increased the tariff to 12 US cents per kwh.

The revised regulation, Nanang said, was comprehensive for all types of renewable energy and set out a clear procedure for electricity sales and purchase agreements.

However, he said, the tariff was too expensive for PLN, which then adjusted the rate to 7 US cents per kwh by itself. The new rate, nevertheless, was still favorable for the developers, he said.

The downturn of renewable energy development 

The good times in renewable energy development then came to an end when the ministry issued Energy and Mineral Resources Ministerial Regulation No. 50/2017 on renewable energy for electricity, which was criticized as a “disincentive” policy.

Renewable energy players raised three key concerns regarding the regulation: uncertainty in the cost of electricity purchases, use of the Build, Own, Operate and Transfer (BOOT) scheme and shifting the process of determining a project develop from direct appointment to auctions.

 

An offshore wind farm is seen in this picture. (Shutterstock/File)

Since last year, industry players have been pushing the government to revise an article that causes uncertainty in the cost of electricity purchases. The article stipulates that a maximum price ceiling is set at only 85 percent of the area’s electricity supply cost (BPP), which would make it difficult for renewable energy projects to apply for bank loans.

The 85-percent ceiling was also recently criticized by the European Business Chamber of Commerce in Indonesia (EuroCham), who pointed out it was “too ambiguous” and too risky for investment.

“The word ‘maximum’ means that we don’t know exactly how much [electricity price] we could get from PLN. It is crucial for us to calculate our investment in the project,” Thomas Wagner, EuroCham head for energy working group, told the Post.

Meanwhile, the BOOT scheme, which requires investors to transfer their renewable projects to PLN at the end of their power purchase agreements (PPAs), had made banks reluctant to accept projects as collateral for loans, according to Association of Micro-Hydro Power Plants (APLTMH) chairman Riza Husni.

Lastly, it is widely considered that the change in how qualified renewable energy developers are determined has brought a number of projects to a halt in the past two years.

According to recent government data, 30 of all 75 renewable energy PPAs with a total capacity of 1,581 megawatts, most of which were signed in 2017, still failed to obtain funding.

“Just go back to regulation 19/2015, which all stakeholders agree on, and we can determine a win-win electricity price,” said Nanang of METI. “Because look at what’s happening now: I have yet to see an auction for renewable energy projects after PLN issued the DPT [list of selected providers].”

Environmentally friendly — The Dieng geothermal power plant (pictured) in Central Java is one of the main sources of renewable energy in Indonesia. (Tempo/Aris Andrianto)

Regulation No. 50/2017 stipulates that independent power producers (IPP) should be shortlisted in the DPT before proposing to operate renewable energy projects.

Nanang said that since its issuance, eight out of 12 hydro-based power plant projects under the management of his association with a total capacity of 48 MW had been put on hold since 2017.

“I’ve secured all the land permits and even the financing, but they had to be terminated due to the regulation,” he said. “So, now we have to survive amid regulatory uncertainty.”

The government’s stance

Andy N. Sommeng, then-director general of electricity at the Energy and Mineral Resources Ministry, neither agreed nor disagreed on the criticism, saying that concerns over Regulation No. 50/2017 hampered renewable energy development were merely a matter of difference of opinion.

“My view is that our current electricity system is not ready to handle the technical aspects [of renewable energy],” said Andy, who has now retired from his position.

“One example is the photovoltaic power plant, which needs to be complemented by other energy sources when the sun goes down.”

As for the stipulation that the direct appointment scheme could be replaced with auctions in determining renewable energy developers, Andy said that this was merely a mitigation effort to minimize the chances of graft, including bribery.

“Other than issues on technicalities, why do we have to hurry [to develop renewable energy power plants]? The demand isn’t there yet. PLN has to invest more to realize [the program] and we have an abundance of coal [as a major source of energy],” he said.

While acknowledging that future energy demand would be for renewable sources, Andy believed that shifting directly to clean energy power plants would only widen Indonesia’s current account deficit due to higher imports of renewable energy facilities or machinery.

“We are not lagging in [renewable energy development]. We have to consider the supply and demand [of electricity]. Renewable energy is good, but what’s the point if it does not bring added value to our country and instead forces our country to consume more [imported goods]?” he said.

Zulfikar Manggau, head of PLN’s new and renewable energy division, recently told the Post that the electricity firm would only start auctioning renewable energy projects after the Energy and Mineral Resources Minister approved its new electricity procurement business plan (RUPTL) for the 2019-2028 period.

  • Coal
4 March 2019

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  • Indonesia

JAKARTA: * The Indonesian government has set the coal benchmark price (HBA) for March at $90.57 per tonne, marking a seventh consecutive month of price fall, Muhamad Hendrasto, director of coal at the energy ministry, told reporters on Monday.

* February’s benchmark price, which the government uses to calculate a miner’s royalties, was $91.80 per tonne.

* Hendrasto said the decline in March benchmark was due to low demand in China.

* The HBA is a monthly average of the Argus-Indonesia Coal Index (ICI-1), the Platts Kalimantan 5,900 assessment, the Newcastle Export Index and the globalCOAL Newcastle index from the previous month.

  • Renewables
4 March 2019

 – 

  • Cambodia

The floating solar farm installed in Cambodia (2.8 MWp) is a world-premiere for several reasons. It is the first to be built out of a new type of float, the Hydrelio Equato, and the first with a 4-in-a-row setup. Further, this installation is also the first of its kind worldwide to have the Hydrelio solution implemented at a cement plant.

As an investor, Cleantech Solar pays rigorous attention to optimizing the long-term performance of the systems to maximise the bankability of the project and offtaker’s energy cost savings. Hydrelio by Ciel & Terre was the choice for their needs.

The project has also enabled the setting up of manufacturing unit for the Hydrelio floating system in Thailand, creating new job opportunities and skills development for the locals. The proximity of the manufacturing plant to the installation site significantly cuts down the transportation time and cost, resulting in improved efficiency to the whole project cycle.

Technical aspects

The essential benefit of the Chip Mong Insee Cement floating PV plant is that it optimizes available space. Adding to the 7 MWp solar PV system across multiple rooftops of Chip Mong Insee Cement Cambodia facility, Ciel & Terre’s floating patented Hydrelio system further expanded the PV system capacity by utilizing the otherwise unused surface of the Chip Mong Insee Cement reservoir. The floating solution has helped preserve land while producing more green energy for Chip Mong Insee Cement’s own consumption.  It is expected that the floating PV system will significantly reduce water evaporation, thus helping Chip Mong Insee Cement on its strong commitment towards water conservation. The total capacity of the installation now reaches 9.8 MWp. It is expected to produce 297 GWh of solar electricity across the system’s lifetime, avoiding about 197,000 tonnes of CO2 emissions.

The anchoring solution was realized by Ciel & Terre. 49 anchors were installed on hardly accessible banks via specific tools designed by the company itself.

  • Oil & Gas
3 March 2019

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  • Vietnam

With energy demand growing nearly 8 per cent last year, Vietnam faces significant power supply challenges, Ms. Mary Tarnowka, US Consul General in Ho Chi Minh City, told the seminar. Over the next three years, southern provinces may face shortfalls of 1.2-1.6 billion kWh each year and have been tasked with building 16 additional thermal power plants by 2030.

Vietnam is at a turning point in its energy transformation process and is gradually reducing its dependence on coal-fired power plants, according to Mr. Le Van Luc, Deputy Director of the Electricity and Renewable Energy Authority at the Ministry of Industry and Trade (MoIT). The transformation creates the conditions needed for Vietnam to apply modern, clean energy technologies, including solar, wind, and natural gas.

Within the framework of the seminar, the US Trade and Development Agency (USTDA) announced its intention to support Electricity of Vietnam (EVN)’s development of an LNG terminal in the southern region. It will fund a feasibility study to aid EVN in its assessment of site selection and other core elements of the terminal, including a port, storage facilities, regasification, and related infrastructure, which will allow EVN to plan its use of LNG as a fuel source for power generation and plan other services and facilities.

Many US energy firms have reportedly been working alongside local partners to boost Vietnam’s LNG imports and increase the country’s gas-fired power generation capacity. The US-based Energy Capital Vietnam (ECV), a Vietnam-focused project development and asset management company, has expressed a commitment to Vietnam’s energy security strategies. Mid last year it signed an MoU with the Mekong Delta’s Bac Lieu province on the development of a project costing $4 billion, then in November announced that the project had been moved to central Quang Nam province.

French oil giant Total, meanwhile, is planning to invest in the Ca Na gas-electric complex in south-central Ninh Thuan province. In November, during the official visit by French Prime Minister Édouard Philippe to Vietnam, Total signed an agreement with Ninh Thuan on research and development for the project. The company and its partners have also proposed building a complete LNG facility to supply natural gas to both power plants and the area in general.

Similarly, Royal Dutch Shell last December also expressed an interest in becoming the LNG supplier for PetroVietnam’s projects, at a meeting with PetroVietnam’s Deputy General Director Le Manh Hung in Hanoi, as the local oil and gas giant is looking for short- and long-term LNG suppliers for its Thi Vai LNG terminal in southern Ba Ria Vung Tau province. PetroVietnam is also waiting for MoIT’s approval of a feasibility study for the Son My LNG terminal in south-central Binh Thuan province.

Seizing potential

Among other moves, the US-based Alaska Gasline Development Corporation (AGDC) signed a letter of intent (LOI) early last year to provide PV Gas with LNG from the Alaska LNG project. AGDC recently confirmed with VET that it would continue to work under the terms of the LOI with PV Gas to develop a mutually beneficial contract for the offtake of LNG. It sees great prospects for Vietnam’s future as a consumer of LNG and has had positive experiences in its business relationships in the country.

Despite the lack of infrastructure and local gas resources, competition is heating up in the gas-to-power sector, with a number of billion-dollar LNG-fired power plants currently in the planning and investment stage. Vietnam is considering the potential of the LNG-to-power business, as demand for electricity is approximately 3,000-4,000 MW annually. At least half of demand could come from LNG, as hydro resources are at their limit, the development of coal-fired plants is facing difficulties due to environmental impact issues, and renewable energy is not yet technically reliable, a Thai advisor in renewable energy told VET.

Vietnam has greater potential for LNG power and infrastructure development than other markets in the region due to two factors, according to Mr. David Lewis, CEO of the ECV. “Firstly, it has realized very little private sector development of energy infrastructure relative to its regional peers,” he said. “Secondly, the future for power demand in Vietnam is incredibly strong, primarily due to the impressive GDP growth Vietnam has experienced. As it becomes a hotbed for manufacturing due to its attractive investment environment, the need for electricity consumption grows exponentially.”

These factors combine to create an environment whereby electricity consumption grows by over 10 per cent per year, which compounds the need for more sources of electricity generation. LNG is an excellent fuel source to enable this growth, while simultaneously protecting the environment and providing secure fuel supply with stable pricing, due to abundant gas reserves from the US, he added.

Mr. Gavin Smith, Vice Chairman of the EuroCham Green Growth Sector Committee, said the energy security Vietnam has enjoyed will be extended with the growth of the local gas supply, which is the natural partner of renewable energy, as well as greater energy efficiency. Gas is a flexible base-load power source with much lower emissions than imported coal and is abundant close to home. According to Viet Capital Securities (VCSC), the supply of gas will grow during 2021-2025 due to the number of large gas fields being put into operation as well as increased LNG imports for the Nhon Trach 3 and 4 power plants, also invested by PetroVietnam, which will operate from 2021.

In need of government support

Gas power can play an extremely important role in the future master plan, primarily because it offers Vietnam a cleaner alternative to coal at competitive pricing. “In order to help strike a balance between the various natural resources, the government should create a transparent regulatory framework to enable private sector investment to help develop gas infrastructure,” the Thai advisor said. “This will also require the development of fair and transparent price mechanisms that account for gas fuel supply.”

Despite the level of investment coming, foreign investors still face many challenges in infrastructure investment in Vietnam, according to Mr. Lewis. Primarily, foreigners have been afraid of investment in energy in Vietnam due to extended delays and slow implementation of investment-friendly policies. However, the government has enacted recent changes that will attract foreign investment and provide them with investment mechanisms that enable them to develop critical infrastructure and still realize fair and reasonable investment returns, he added.

He also believes that private development of LNG infrastructure will offer Vietnam a healthy alternative to development by State-owned enterprises (SOEs). The use of private capital helps to create a more efficient model of investment, he explained, whereby quality and cost control is of the utmost importance at every step during development, which all help to keep the cost of electricity as low as possible and efficiency high. “Our goal is to provide the Vietnamese Government with a comprehensive and reliable solution to deliver privately-financed energy infrastructure at cost competitive prices, with the ability to scale to meet demand in Vietnam,” he added.

Industry insiders see that the use of LNG is more complex because infrastructure such as transport networks, ports, storage facilities, and pipelines need to be put in place. Supplying LNG needs to be done on a long-term contract, with prices able to fluctuate as costs rise. As gas is a major input in electricity generation, electricity tariffs also need to be adjusted as needed. Since the gas cost is the main component, it must be used as efficiently as possible to cut generation costs.

One crucial matter for investors is project financing, with power purchase agreements (PPAs) needing to be acceptable to banks. Investors also need to demonstrate to the bank that they can repay loans under existing PPAs, and must seek government guarantees, reasonable tariffs, fuel transfer clauses, and a minimum take of the electricity generated.

VN Economic Times

  • Energy Economy
  • Oil & Gas
2 March 2019

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  • Philippines

The Department of Energy (DOE) said the increase in LPG prices has been generally attributed to the rise in contract prices in the world market.

As of press time, the LPG industry players that have already sent notifica­tions on the price increase include lead­ing player Petron Corporation, effective 12:01am on March 1 (Friday) for its Gasul brand; and was followed by Isla Petroleum and Gas Corporation for its Solane brand at P2.60 per kg (exclusive of value added tax) enforced at 6 a.m. also on Friday.

Petron also advised that its auto LPG prices are up by P1.65 per liter – which is the fuel used by the public transport sector, primarily taxi fleets.

“These reflect the interna­tional contract price of LPG for the month of March,” the leading oil firm stressed, referencing it generally to the rise of benchmark price of Saudi Aramco, which is the pricing reference followed by Asian markets.

Prior to this round of adjustment, the pick-up price of LPG had been at the range of P610 to P755 for the standard 11-kilogram tank in various outlets in Metro Manila.

Petron’s Gasul brand, in particular, was retailing at P690 to P696.00 per tank; while Isla Gas was at average P698 for the standard cooking cylinder. If inclu­sive of the latest price increase, Petron said its price range will now be at P721.90 to P727.90 for the 11-kilogram tank.

For Super LPG of Phoenix Petro­leum Philippines, Inc., it was priced at P651 to P690 per tank prior to the March round of price hikes; while EC Gas of Eastern Petroleum had been at P702.50 to P755 for the 11-kilogram cylinder.

Saudi Aramco jacked up its contract prices to US490-$520 per metric ton for the month of March relative to factors exerting upward pressure on prices, including the increasing demand in many Asian markets.

It has to be noted that Saudi Arabia also cut generally its petroleum produc­tion in recent weeks and that added to the condition weighing down on global market fundamentals.

  • Oil & Gas
2 March 2019

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  • Philippines

MANILA, Philippines — Phinma Petroleum and Geothermal Inc. (PPGI) has completed the withdrawal of its interest in a petroleum block in northwest Palawan after securing government approval.

The company told the Philippine Stock Exchange yesterday that it relinquished its 14.063 percent participating interest in Service Contract (SC) 6 Block B in favor of its partners.

This was approved by the Department of Energy on Oct. 30, 2018, one year and eight months after the company notified the consortium of its plans to withdraw.

“The company believes that the remaining prospects in the block are either uneconomic or extremely high risk and, therefore, do not warrant further investments,” PPGI said.

However, the company retained its 2.475 percent carried interest in the block, which is a non-paying interest comparable to a royalty that shares in any production revenues.

This is “to ensure that the company will still benefit in the event of any commercial oil production in the area.”

Its other partners in the prospect include Philodrill Corp., Nido Petroleum Ltd., Oriental Petroleum & Minerals Corp., Forum Energy Philippines Corp. and Alcorn Petroleum & Minerals Corp.

SC 6 or the Cadlao prospect was discovered in the 1970s.

The field was flowing close to 1,000 barrels of light crude oil per day in 1991 when production was suspended to allow the transfer of its dedicated floating production facility to another field.

PPGI still owns 7.78 percent of SC 6 Block A. Last year, the consortium, which  owns the prospect, proposed a work program to the DOE, which is composed of seismic interpretation and mapping and integration of quantitative inversion results that serve as input to preliminary well design and costs estimates.

Its partners include Pitkin Petroleum, Philodrill Corp., PetroEnergy Resources, Philex Petroleum, Forum Energy Philippines, Anglo-Philippine Holding and Alcorn Gold Resources.

PPGI previously relinquished its stake in an oil prospect. In May last year, PPGI  also decided to give up its interest in Service Contract (SC) 51 in northern Leyte.

Following its withdrawal, the company will recognize a loss of P32.7 million for the write off of its share in the expenditures incurred to date under SC 51, which is equivalent to 22 percent of its total assets as of March 31, 2018.

Read more at https://www.philstar.com/business/2019/03/02/1897823/phinma-petroleum-withdraws-14-stake-palawan-prospect#KPyqLWJzQB5sSA8U.99

  • Oil & Gas
2 March 2019

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  • Indonesia

Gas industry players believe the country’s transition toward clean energy is dependent on gas’ contribution to the energy mix.

The intermittent nature and high cost of renewable energy are considered two major hurdles to phasing out fossil fuels.

Hazli Sham Kassim, the International Gas Union (IGU) regional coordinator for South and Southeast Asia, said gas was the best option for this transition because of its abundant reserves globally.

“They [renewable energy advocates] need us [gas industry] though they think otherwise. For example, some forms of renewable power can only transmit electricity during daylight, so you need gas to cover the rest,” he said.

He made the statement during his speech at the ninth IndoGas conference in Central Jakarta recently.

According to International Energy Agency (IEA) data, proven global gas reserves in 2016 totaled 215 trillion cubic meters (tcm), enough for 60 years with a production rate of 3 billion m3 (bcm).

This was similar to the supply of oil, according to UK-based energy giant BP’s Statistical Review of World Energy 2016. The review states that globally there is a roughly 50-year supply of both oil and natural gas remaining.

Hazli of IGU, who is also general manager of Malaysian energy firm Petronas Indonesia, said natural gas was also better for the environment than “dirty” energy sources, such as coal and crude oil.

“Gas-fueled power plants emit about half the carbon dioxide [CO2] of coal-fired power plants,” he said, adding that renewable energy technology was still being developed.

The growing movement against “dirty” energy will see an increase in the use of natural gas globally, with the annual gas demand predicted to grow by 1.6 percent until 2040, becoming the second largest source of energy globally, according to the IGU.

By 2040, Southeast Asia’s energy demand will grow by almost 60 percent, equal to 10 percent of the global increase in demand. The supply of gas-fueled electricity is predicted to grow by 60 percent, but the share of gas in the power mix is predicted to shrink from 43 percent to 28 percent in the same period.

Upstream Oil and Gas Regulatory Task Force (SKK Migas) chairman Dwi Soetjipto said the energy industry should gradually switch its focus from oil to gas.

“[We] need to switch from oil to gas, we need to look at the cheaper energy and potential that natural gas can provide,” he said.

BP’s Statistical Review of World Energy 2018 shows that Indonesia’s proven gas reserves total 102.9 trillion cubic feet (tcf). This is 1.5 percent of total global gas reserves and the sixth highest in the Asia Pacific region.

However, Dwi said Indonesia’s gas reserves would not be sufficient to meet the increasing demand, meaning it was crucial to develop mega gas projects, such as the Masela Block in Maluku and the Indonesia Deepwater Development (IDD) in Makassar Strait, which if combined, could have a peak production of 994 million standard cubic feet per day.

“Those are efforts to maintain the current production [of oil and gas], but at the same time we need to find alternative [energy sources], such as renewable energy,” he said.

In two of the three scenarios reviewed by the Energy and Mineral Resources Ministry, the country is predicted to have a shortage of gas by 2025.

According to the National Energy Plan (RUEN), gas and renewable energy are predicted to form the backbone of the country’s energy mix by 2050, contributing 24 and 31 percent, respectively. Meanwhile, the contribution of oil is expected to drop from 46.6 percent to only 20 percent by 2050.

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