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  • Oil & Gas
13 March 2019

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  • Thailand

On March 7, Bangchak Corporation Public Co. Limited an oil refining company announced that it was testing an energy trading platform that is blockchain based and a commercial energy microgrid.

BCP implementing a blockchain-based microgrid

According to the news release, the blockchain based platform is currently under testing in a major shopping mall associated with one of BCP’s fuel station s in Bangkok. The new system will combine a 280.9kW commercial rooftop with canopy solar photovoltaics and a 913kWh lithium-ion, manganese cobalt oxide as well as 92kWh lithium-iron phosphate energy storage. The platform has the capacity of meeting the needs of the BCP fuel station as well as generating, storing and distributing energy to the shopping mall.

The platform was designed and implemented by Leonics is being called Green Community Energy Management System, and it will be hosted by Ethereum blockchain. It will run as an “experimental sandbox system” for the commercial microgrid that BPC can deploy in its gas stations as well as commercial businesses. Its objective is to establish the capabilities of GEMS in the company’s fuel stations in Thailand.

According to Leonics Managing Director, Wuthipong Suponthana, they chose BCP because of its capability to operate microgrids as well as implement the GEMS. He added that the cost for energy storing systems is decreasing which has created the opportune moment for implementation of a microgrid. The system will benefit users by enabling them to cut on pollution as well as growing energy costs which is a big concern among users in Bangkok. The microgrid is isolated physically from the city’s Metropolitan Electricity Authority grid, but it nonetheless operates in tandem with it.

The government of Thailand supporting decentralized technologies

The Thia government has been supportive towards cryptocurrencies and development of decentralized systems. At the beginning of this year, the National Electronics and Computer Technology Centre used a blockchain solution to conduct e-voting.  The NECTEC indicates that once implementation of 5G gets realized they will connect all votes using the blockchain technology. The National Assembly passed changes that will see tokenized securities being offered on a blockchain by the end of the year.

DISCLOSURE: The views and opinions expressed in this article are those of the authors, and do not represent the views of journaltranscript.com. Readers should not consider statements made by the author as formal recommendations and should consult their financial advisor before making any investment decisions

  • Oil & Gas
13 March 2019

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  • Malaysia

KUALA LUMPUR: Malaysia’s oil and gas reserves are expected to last 10 years based on the annual average production rate, the economic affairs minister told the Dewan Rakyat today.

Petroliam Nasional Berhad (Petronas) has to carry on searching for new reserves within and outside the country to ensure the sustainability of the petroleum resources in Malaysia, Azmin Ali said.

“This is, in particular, referring to the deepwater wells. However, the cost in oil and gas exploration is high, amounting to about 70% and 80% of the production cost because of the complexity and risks Petronas has to face,” he said in a written reply.

Azmin was answering a question from Hasan Arifin (BN-Rompin) who wanted to know how many unexplored oil and natural gas reservoirs were left in Malaysia. Hasan also asked how long the oil and natural gas reserves could last.

Azmin said there were around 6.7 billion boe (barrels of oil equivalent) of oil and gas reserves left in Malaysia.

He listed the percentage of oil and gas reserves in the peninsula as 2.2 billion boe while Sarawak has 2.8 billion boe and Sabah 1.7 billion boe.

“The discovery of new reserves will hopefully help the country’s oil and gas reserves last longer and ensure the country has a continuous supply of oil and gas,” he added.

  • Electricity/Power Grid
13 March 2019

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  • Malaysia

KUALA LUMPUR (March 13): Tenaga Nasional Bhd (TNB) wholly-owned subsidiary, TNB Research Sdn Bhd, has signed a research collaboration agreement worth US$7 million with South Korea’s I-On Communications and KH Shinhwa SnC to introduce virtual power plant technology in Malaysia.

TNB Research chief strategy officer Dr Mohd Fadzli Mohd Siam said the investment was part of “Reimagining TNB” initiative towards renewable energy.

“We hope with this collaboration, we can commercialise it after three years,” he told reporters after the signing ceremony which was witnessed by the country’s visiting trade, industry and energy minister Yunmo Sung here, today.

He said the technology uses a battery with the capacity of generating up to 1 Megawatt of electricity which could also better regulate electricity supply via renewable sources when there is a surge in demand.

“With the power it produces, it can also support the grid when needed and during peak demand,” said Mohd Fadzli adding that they would place batteries in five different locations in Klang Valley for trial purposes within the next three years.

He said the adoption of this new technology will ensure TNB stand on the right track in view of the drastic change in the utility world in the last few years.

“New technologies like virtual power plant, smart meters and fully functioning Smart Grid concept have made large inroads into the utility space and no one should be left behind,” he added.

  • Energy Cooperation
13 March 2019

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  • Philippines

Japan’s Tokyo Gas and the Philippines utility First Gen have received approval to build a $10 billion LNG receiving terminal in the island nation, Kallanish Energy learns.

The facility will be located in First Gen’s LNG complex in Batangas Province, south of Manila. It is the first time the Japanese gas company is investing in infrastructure in the Philippines. It owns 20% of ythe complex, with the remainder owned by First Gen, the largest natural gas consumer in the country, and part of conglomerate Lopez Group.

The Japan Times reported operations are expected to start in 2023, with an annual capacity of 5.26 metric tonnes.

First Gen is looking for alternatives to feed four natural gas-fired power plants currentl relying on domestic supply from the Malampaya field, which is expected to be depleted by 2024.

  • Electricity/Power Grid
13 March 2019

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  • Vietnam

Speaking at the International Workshop co-organized by the Vietnam Energy Association and the UK Embassy on renewable energy development in Vietnam, Deputy Minister of Industry and Trade Cao Quoc Hung said that along with the significant economic growth, the demand for energy in the country rose by over 13% in the 2006-2010 period and by 11% in the 2011-2016 period. The demand surged by 10% in 2018.

“The high demand for electricity has put power generation and investment under pressure,” Hung said.

According to the national energy development plan approved by the Government, the national power capacity will amount to 130,000 megawatts (MW) in 2030, while the current figure is 47,000MW.

As such, developing renewable energy is one of Vietnam’s priorities to reduce the dependence on traditional forms of power generation in order to diversify energy sources, protect the environment and foster the sustainable development of the country and region, Hung stressed.

With the high potential of renewable energy resources, by 2030, Vietnam will be able to generate some 8,000MW of hydropower, 20,000MW of wind power, 3,000MW of biomass power and 35,000MW of solar power.

Electricity generated from renewable energy sources is projected to leap to 101 billion kWh in 2020, 186 billion kWh in 2030 and 452 billion kWh in 2050 from 58 billion kWh in 2015, according to the 2015-2030 renewable energy development strategy.

Hung said to shore up the development of renewable energy, the Ministry of Industry and Trade has introduced and submitted to the Government a set of mechanisms to develop solar and wind power.

Additionally, the Government has offered a slew of incentives and preferential policies to investors to boost investments in the field. As such, by the end of 2018, the country put into service 285 small hydropower plants, eight wind power facilities and 10 biomass power plants, with a combined capacity of each category reaching 3,322MW, 243W and 212MW, respectively, he added.

However, the development of renewable power has been facing multiple challenges and obstacles over the past few years, including high investment fees, low output, poor infrastructure and the lack of sites for power projects.

“It is necessary to map out a program to remove these bottlenecks in the future,” Hung said.

Addressing the workshop, British Ambassador to Vietnam Gareth Ward said that the UK is one of the top wind power countries in the world, having over seven gigawatts of operational offshore wind capacity, the largest amount in the global market.

“I strongly believe that the workshop will offer the UK a chance to closely collaborate with Vietnam and support the country in its switch to the use of renewable energy in the future,” Gareth said.

Within the framework of the workshop, a delegation of 30 UK firms operating in renewable energy and green finance industries exchanged information and experience with Vietnamese enterprises over reducing the amount of carbon.

SGT

  • Energy Economy
  • Renewables
13 March 2019

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  • Vietnam

Vestas has assisted Vietnamese developer Tan Hoan Cau Joint Stock Corporation to secure funding for the 33MW Huong Linh 1 wind farm in the south-east Asian country.

The turbine manufacturer’s structured finance business coordinated the financiers, which included the Danish Export Credit Agency (EKF), an offshore bank and a Vietnamese bank, to provide money for the project.

“By having a thorough market and customer understanding, Vestas was able to lead a collaborative effort in developing an innovative solution that featured structuring a local bank guarantee to the offshore bank, who in turn received a further guarantee from EKF,” the company said.

Huong Linh 1 is located at Huong Hoa town in Quang Tri province. Vestas is supplying and supervising installation of 15 turbines from the 2MW platform.

The Danish company will also provide a 10-year service agreement (AOM 4000) including a Vestas online business SCADA solution.

The project achieved financial close in December, with turbine installation expected to commence around the end of first quarter of 2019.

Tan Hoan Cau Joint Stock Company deputy director Nguyen Trung Thanh said: “Achieving the financial close for this deal with EKF, the Danish Export Credit Agency, is a significant milestone in Vietnam’s wind industry.

“With Vestas’ proven track record in the Asia Pacific region and its ability to provide customised solutions, we are glad they connected us with the right partners to finance our project.”

Vestas Asia Pacific president Clive Turton said: “Securing this order underlines Vestas’ expertise in structured finance to offer our customers customised financing solutions based on their specific requirements.

“This project also demonstrates THC’s continuous confidence in us since our cooperation in Huong Linh 2 wind farm which started generating clean energy in September 2017.”

EKF chief executive Kirstine Damkjaer said: “Vietnam is a country with increasing energy needs and good conditions for wind energy.

“EKF has participated in wind farm financing worldwide, and our guarantees makes it possible to attract project funding from international banks.

“We see a great potential in Vietnam and are very proud to be part of the financing of the Huong Lihn 1 wind farm.

“EKF is ready to cover more wind farm financings in Vietnam in the years to come.”

  • Bioenergy
13 March 2019

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  • Philippines

MANILA, Philippines — An environmental group opposed to garbage incineration, is urging the Quezon City government to cancel a planned waste-to-energy facility that will be set up with a consortium of local and foreign firms, calling the project “a clear violation” of existing environmental laws.


In a statement, No Burn Pilipinas (NBP) denounced the Quezon City local government, outgoing Mayor Herbert Bautista, and a group composed of Metro Pacific Investments Corp. (MPIC), Covanta Energy and the Macquarie Group for pushing the project despite opposition from residents and civil society organizations.


“We ask the office of Mayor Bautista to respond to NBP’s position paper submitted in January 2019 before including the proposal in their council agenda,” the group said, adding that the City Council has been meaning to pass an ordinance since last month allowing the Office of the Mayor to proceed with the public-private partnership deal and declaring MPIC the sole and original proponent of the project.


Sponsored by Councilors Franz Pumaren, Donato Matias, Elizabeth Delarmente and Godofredo Liban, the proposed waste-to-energy project will be able to process and convert up to 3,000 metric tons of municipal solid waste per day into 42 megawatts of renewable energy over a concession period of 35 years.

NBP said the Quezon City government is pursuing over the objections of local residents, waste-pickers, and environmental groups who are concerned about potential health and environmental hazards. 

“The proposed incinerator will use fire grates to ensure waste combustion which, will cause emissions of toxic and hazardous cancer-causing pollutants like dioxins and furans—a clear violation of the Clean Air Act and Ecological Solid Waste Management Act,” the group said.


The group added that construction of waste incinerators will also require 3,000 metric tons of waste per day, which means collecting, hauling, and supplying the incinerator more than the amount of waste Quezon City produces daily. 


“This creates an endless demand for waste, therefore leaving us in gridlock in addressing the problems of solid waste management,” NBP said.


In seeking the scrapping of the project, NBP said Mayor Bautista should carefully study the cost-benefit analysis of the waste-to-energy facility, and to go beyond ‘surface-level convenience’ in planning for better solid waste management approaches. 

The MPIC consortium earlier announced that it was hoping to get approval for the project in Quezon City within the first quarter of 2019. /kga

  • Oil & Gas
13 March 2019

 – 

  • Indonesia

The government is looking to increase liquefied natural gas (LNG) exports to counterbalance the high imports of oil and liquefied petroleum gas (LPG), which have been blamed for causing the continuing trade deficit.

The government recently gave the green light for United Kingdom-based oil giant BP to export 84 cargoes of LNG from its Tangguh LNG project in West Papua to Singapore, with the first shipment scheduled for next year.

The government was also in the process of selling another 40 cargoes of LNG from 2021 to 2025, said Djoko Siswanto, the Energy and Mineral Resources Ministry oil and gas director general.

“We still have [so] many cargoes that haven’t been sold yet. […] for 2021 to 2025, we have 40 unsold cargoes of LNG from BP and Bontang [Badak LNG Plant in East Kalimantan],” he said at an LNG workshop for investors in Jakarta recently.

LNG is different to LPG, more than 70 percent of which is still imported because of an insufficient supply of gas that has LPG characteristics.

Furthermore, the country also plans to sell 10 cargoes of LNG on the spot market from March to June. The LNG will come from Badak LNG Plant in Bontang, BP’s Tangguh Plant and the Donggi-Senoro LNG Plant in Central Sulawesi.

Of the country’s LNG production last year 28.37 percent was exported, while 25.25 percent was used for industry, 25.25 percent for electricity and 10.94 percent for fertilizer, respectively.

The average volume of LNG exports in 2018 reached 1,907 billion British thermal units per day (bbtud), or almost five times the average volume of domestic LNG utilization at 405.2 bbtud.

The major consumers of Indonesia’s LNG are Japan, Korea, Taiwan, China and the United States.

Indonesia is Japan’s fifth largest LNG supplier, according to Japan’s deputy ambassador to Indonesia Keiichi Ono.

Data from the Upstream Oil and Gas Regulatory Task Force (SKKMigas) show that Indonesia was one of the top five LNG exporters in 2017 and held 1.53 percent of the world’s gas reserves.

However, Keiichi said at the same event that Indonesia would face a new challenge when it become a net importer of LNG in the near future.

“Both Indonesia and Japan will be LNG importers, with the US being our source of supply,” he said, adding that the US had an LNG export capacity of about 30 billion cubic meters.

In line with Keiichi’s statement, data from the Energy and Mineral Resources Ministry show that the demand for natural gas has gradually increased since 2003 at an average 8 percent per year.

SKKMigas chairman Dwi Soetjipto said the country was trying to increase the domestic use of gas, including of LNG, through the nationwide gas network program (Jargas), among other measures.

“Domestic gas utilization by December 2018 reached 59.9 percent of the total monetized gas,” he said. “Boosting demand for natural gas is a way to accelerate domestic gas use.”

Dwi said there were several factors that hampered the use of gas domestically, namely underdeveloped gas infrastructure, production decline in several blocks and delayed gas projects.

“[….] production decline has occurred in several blocks in West Java, East Java and South Sumatra, while several gas field development projects have been delayed,” he said.

Therefore, he said, the agency was in the process of integrating gas infrastructure and finding an innovative solution through the development of 18.322 kilometers of transmission and distribution lines this year.

The Jargas program, which can use certain types of gas like LNG, began in 2009. As of 2018, it had connected at least 300,000 houses across 31 regions.

The government plans to connect almost 5 million houses to the Jargas network by 2025.

The average use of LNG in the domestic market last year totaled only 405.2 bbtud, 21.2 percent of the amount exported.

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