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  • Renewables
25 October 2018

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  • Cambodia

Shanghai-based Jinko Solar, one of the world’s leading solar module manufacturers, will participate in the construction of what will become the Kingdom’s largest solar plant by supplying more than 200,000 solar modules to local firm SchneiTec Group.

The 60-megawatt solar plant will be raised in Kampong Speu province.

New York Stock Exchange-listed Jinko Solar announced Tuesday the signing of the deal with SchneiTec Group.

Warren Lee, business development manager for Southeast Asia at Jinko Solar, said both companies have been working on the deal for about a year before coming to a final agreement.

He said it is the company’s biggest deal in the Kingdom yet: “We have other small projects here already, mostly for residential rooftops and smaller scale commercial projects.

“But, this project is our first utility-scale installation,” Mr Lee said.

The power produced at the upcoming plant will be supplied to Electricite du Cambodge (EDC), Mr Lee said.

“This project marks a milestone in Cambodia’s renewable power section, not only in terms of capacity, but also as major stepping stone for the country to find clean and efficient energy solutions in tackling the energy deficit,” he said.

The installation of the modules is due to begin next month, with an expected completion and commercial operation date set for December 2019, Mr Lee said.

He did not disclose the total amount of money the company will receive for the modules.

“We have great expectations for the entire region. The region’s booming population, strong economic growth engines, and abundant sunlight represent an exciting opportunity for solar and for Jinko Solar,” said Gener Miao, vice president of global sales and marketing at Jinko Solar.

“This 60MWs solar installation is just the first step towards an abundant and vibrant renewable energy future in Cambodia,” he added.

SchneiTec Group project director Say Sotheara said Jinko Solar’s world-class products and service will help them meet their goals.

“We chose Jinko Solar modules for their superior reliability, proven durability and performance in hot and humid environments,” he said.

Last year, the Asia Development Bank provided a $9.2-million loan to Singapore-based Sunseap Group to build a 10MWs solar farm in Bavet city, in Svay Rieng province. The solar farm is already in operation.

ADB is now conducting a feasibility study for a 100MWs solar park in Cambodia. The study is expected to be finished in November, when the bidding process for the project will begin.

With seven hydropower plants scheduled to be fully operational by the end of 2018, the Electricity Authority of Cambodia forecasts that total energy output will reach 1,329MWs, of which 538MWs will come from coal power plants, 251MWs from fossil fuel power stations, and 72MWs from renewable energy sources.

25 October 2018

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  • Singapore
The electric buses, which will be equipped with systems that provide commuters with audio and visual information about their journey, are part of the LTA’s efforts to build a more environmentally friendly public bus fleet.

SINGAPORE — Sixty electric buses from three suppliers will hit the road in 2020, providing commuters with quieter and smoother rides, said the Land Transport Authority (LTA) on Wednesday (Oct 24).

The buses, worth S$50 million, will arrive in Singapore from next year and the routes they will ply will be announced at a later date.

The LTA said it awarded the tender to multiple suppliers in order to test the different charging technologies available in the market.

The three suppliers of the electric buses are:

  • BYD (Singapore), which will supply 20 single-deck electric buses in a contract worth S$17 million. BYD is a Shenzhen-based automaker
  • ST Engineering Land Systems, which will provide 20 single-deck electric buses for a sum of about S$15 million
  • Yutong-NARI Consortium, a Chinese consortium, which will supply 10 single-deck and 10 double-deck electric buses in a contract worth about S$18 million.

The buses, which will be equipped with systems that provide commuters with audio and visual information about their journey, are part of the LTA’s efforts to build a more environmentally friendly public bus fleet.

Last year, the LTA bought 50 diesel hybrid buses from Volvo East Asia for S$30 million and said the buses would be put in service by the second half of this year.

Former Second Minister for Transport Ng Chee Meng said in March last year that an issue with pure-electric technology is that it is not fully proven yet for tropical climates, due in part to the vehicles consuming a lot of energy for air-conditioning.

The 60 electric buses will help the LTA to better understand the operational and technical challenges that come with the wider deployment of such buses under local tropical weather and traffic conditions, it said.

In evaluating the bids, the LTA said it considered factors such as the track records of the firms, their technical capabilities, adherence to requirements and compliance with local regulations.

  • Electricity/Power Grid
25 October 2018

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  • Myanmar

Myanmar is developing its electricity infrastructure to overcome power shortages due to the country’s rapid economic growth. As of this effort, the country is urgently refurbishing and upgrading its aging substations as a high-priority measure.

For example, Mitsubishi Electric Corporation has been selected to supply Electric Power Generation Enterprise (EPGE) in Myanmar with 46 gas-insulated switchgear (GIS), seven transformers and other equipment via subsidiary Mitsubishi Electric Asia (Thailand) Co., Ltd. The equipment will be delivered beginning next year for use at substations scheduled to commence operation in 2021.

The supply order falls under the Urgent Rehabilitation and Upgrade Project Phase 1 (Package 2), a Japanese official development (ODA) project in Myanmar. Going forward, Mitsubishi Electric will supply a variety of reliable, high-quality equipment to contribute to the development of Myanmar’s infrastructure and economy.

Mitsubishi Electric’s gas-insulated switchgear can be installed in space-restricted areas of existing substations and its special divided three-phase transformers can be packed in separate compact modules for easier shipping to locations where transportation infrastructure is underdeveloped. According to Mitsubishi Electric, the company was awarded with this supply order based on the high evaluation of its product quality and experience in supplying related products to customers in Japan and other markets.

  • Oil & Gas
25 October 2018

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  • Indonesia

JAKARTA, Oct 24 (Reuters) – Indonesia’s state-owned energy company Pertamina is looking to reduce spending of foreign exchange in U.S. dollars by seeking crude oil purchases in other currencies, a senior company official told Reuters on Wednesday.

“The (Integrated Supply Chain unit), as executor of the tender, has requested to use other currencies apart from U.S. dollars, including rupiah,” Basuki Trikora Putra, Pertamina’s director of corporate marketing, told Reuters.

“It’s in response to current conditions to reduce spending of foreign exchange in U.S. dollars.”

The rupiah hovered on Wednesday near its weakest since the Asian financial crisis of 1998, having fallen nearly 12 percent this year against the dollar. It is one of the worst performers among emerging Asian currencies so far in 2018.

Putra’s comments come a day after Pertamina sought to buy crude oil for delivery in the first quarter of 2019 using currencies other than the U.S. dollar, according to a tender document reviewed by Reuters this week.

The move is seen as a tool for Jakarta to curb a widening current account deficit caused by rising oil prices and as it tries to keep Indonesia’s currency afloat.

Pertamina is looking to buy up to 5.7 million barrels of low-sulphur crude from West Africa, Malaysia, Vietnam or Brunei, priced in currencies such as the euro, Indonesian rupiah, Chinese yuan, Japanese yen or the Saudi Arabia’s riyal. (Reporting by Wilda Asmarini; Writing by Jessica Jaganathan; Editing by Tom Hogue)

  • Renewables
25 October 2018

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  • Vietnam
Risen Energy said that it had won a bid for the NHI HA 50MW PV project in Ninh Thuan will be owned by Vietnam-based shopping mall and hotel developer, Bitexco Group’s subsidiary Thap Cham Solar. Image: Risen Energy

Major China-based PV manufacturer Risen Energy has secured its third recent PV power plant project in Vietnam, bringing its tally to over 160MW.

Risen Energy said that it had won a bid for the NHI HA 50MW PV project in Ninh Thuan will be owned by Vietnam-based shopping mall and hotel developer, Bitexco Group’s subsidiary Thap Cham Solar.
Risen Energy is using its high-efficiency modules and 5-busbar 1500V high voltage modules for the facility in its role as the assigned EPC contractor.

Construction was said to have started on the facility on October 1 and is expected to generate an average annual power of 81,429MWh, on completion.

The electricity generated by the project will be provided to EVN, the Vietnamese state grid.

  • Energy Economy
  • Renewables
25 October 2018

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  • Vietnam
Associate Professor Gustav Martinsson talks with Việt Nam’s press. – VNS Photo Khoa Thư

Investing in renewable energy is an emerging trend in Việt Nam in response to worsening environmental destruction and the gradual disappearance of essential livelihoods. Việt Nam News talks with Gustav Martinsson, associate professor of financial economics at the Sweden Royal Institute of Technology, about green finance and international experiences that show how Việt Nam’s Government can catch the new wave.

What do you think is the most important issue when talking about the transition from fossil fuel to renewable energy?

I think the most important thing is a structural problem: we don’t put a price on carbon. There is a need for political action, meaning decision makers must do what they can to fix this problem so that companies cannot make profit from industries that release a lot of carbon to the atmosphere.

Sweden’s transition to renewable energy mirrors what Việt Nam is trying to do. What do you think is the greatest challenge to this project?

The biggest challenge to me is securing political will from decision makers. Companies and organisations are not going to want this change. What is good for the climate in the long run might be against their short term interests and profits. Therefore, you should be prepared for that.

The Government can issue some regulations or taxes but then you will need to have formal mechanisms to accelerate that change and try to make it through dialogue.

In transitioning into renewable energy, there are two parts to the job. The first is to encourage investment in renewables and the second is creating a mechanism to punish or discourage dirty fuels. What is your comment on that?

I agree that we should encourage investment in renewable energy.

However, I would not say that you should do one first and then the other. There is actually new interesting research coming out on exactly how to do the combination. I think the standard now is to think about the goal. Because the market for renewable energy is now small, you will need subsidies to make it more profitable for investors to invest there, before turning to hardline measures with taxes and punishment.

You can first start with subsidising renewable energy and not punishing the use of carbon. The combination can be a little bit different depending on what the country sets up.

At the moment, coal-fire plants still supply a large part of Việt Nam’s energy, though they create many environmental issues. What do you think of the status quo?

Coal is the number one enemy to the environment. And I think we should keep in mind that it is not that cheap. It has to be subsidised currently. Therefore, cutting off subsidies will make coal less competitive. On the other hand, we need something to replace coal. Globally, renewable energy is becoming cheaper and more competitive compared to coal. It is an opportunity for us to enact the combination, both growing renewables and reducing greenhouse emissions.

What advantages does Việt Nam have in its green energy transition compared to Sweden?

In terms of green energy, Sweden has no one to follow and we have to invent ourselves.

Therefore, I think one of the biggest advantages that countries like Việt Nam should focus on is looking at the best practical examples of how to make the change.

Energy policies are needed but I think you should build a policy framework in which renewable energy versus coal, for example, is put into consideration.

Because the incentive system is crucial. If you can make profit from coal, you will keep doing it unless profit is higher for renewable energy.

Sweden destroyed ourselves with air pollution as we did not know better at the time. It means that you do not need to make the same mistake Sweden did and you can avoid that by starting to implement green solutions early on.

How should the Government perform its monitoring role in the green transition?

I think the government embraces the power of making decisions. We should be very careful in making policy.

Taxing is not for forbidding, but also about creating force for transition. We could forbid the use of carbon directly but we need energy to sustain and develop the economy.

Also, there are a lot of lobbying and interest groups that do not want the transitions to happen. The problem is not unique to Việt Nam.

Sweden had industries depending heavily on fossil fuel in the past but we had policies to change it. In the 70s, the oil price was increasing and turned out to be very expensive then we had to look elsewhere for alternatives. Sweden together with other countries initiated a carbon tax in 1991. That is how companies change; they have to adapt when the cost go up.

The decision came from the government as the private sectors did not want it, at all. But they have to adapt to the regulations and find new solutions to make money.

To ensure a just transition to green energy, companies have to be transparent about their impacts on the environment. How can Việt Nam’s Government improve data disclosure?

It is relatively new and in Sweden, the government puts a lot of pressure to have companies show information. Exactly how that works is specific to each country. In my country, we have a long tradition for information sharing so companies’ reports of financial issues are very comprehensive already and we have a very high trust in the number in there. If the information is not true, the company will be punished by law. If we have the culture of data disclosure it will be easier but there is one global initiative called the Climate Taskforce whose mission is to provide governments with frameworks of how data disclosure is performed. – VNS

  • Electricity/Power Grid
  • Oil & Gas
25 October 2018

 – 

  • Myanmar

It is expected to generate 1,500GWh of power and support the power needs of 5.3 million people.

Sembcorp Industries’ 225MW gas-fired Sembcorp Myingyan Independent Power Plant (IPP) in Mandalay, Myanmar, has started full commercial operation following its first phase operation in May 2018.

According to an announcement, the $300m plant uses combined-cycle gas turbine technology that allows it to maximise power output whilst minimising emissions.

The facility will generate around 1,500GWh of power for supply to Myanmar’s Electric Power Generation Enterprise (EPGE), which is expected to meet the power needs of around 5.3 million people.

A long-term power purchase agreement with Myanmar’s Ministry of Electricity and Energy allows Sembcorp Myingyan Power Company to build and operate the power plant for 22 years, after which the facility will be transferred to the Myanmar government.

Asian Development Bank, Asian Infrastructure Investment Bank, Clifford Capital, DBS Bank, DZ Bank, International Finance Corporation, and Oversea-Chinese Banking Corporation supported Sembcorp in the funding of this project.

  • Renewables
25 October 2018

 – 

  • Philippines

NORZAGARAY – In battling the timber poachers who roam the thick Sierra Madre forests near his home, Larry Garaes has found a new ally: solar panels.

With solar chargers, the radios he and other forest rangers rely on no longer run out of power on multi-day operations in the mountains, he said.

“Communication between rangers is a lot better. Now, we can catch the poachers while they are in the act because we can coordinate our moves quietly without resorting to shouting at the next ranger – unlike before,” he told the Thomson Reuters Foundation.

Access to clean energy is bringing a range of unexpected benefits around the world. On the longest mountain range in the Philippines, those benefits include better forest protection – and power for tribal people who once lacked it.

More than 2 million households – or about 10 percent of all households – in the Philippines lack electricity, according to a 2017 report by the country’s Department of Energy.

About three quarters are in remote rural locations, in a country spread over thousands of islands, according to the Small Power Utilities Group (SPUG), which is trying to get them connected.

Because bringing the national grid power to many of those people is not cost effective, the state National Power Corporation has charged SPUG with setting up and running small power plants in these areas.

So far 327 such plants have been established, according to the National Power Corporation.

Government plans call for 100 percent electrification of the country by 2022.

“Government has to do its work to connect all those areas that are not yet connected to the grid,” said Edmundo Veloso Jr., the head of the National Power Corporation’s SPUG unit.

But all but one of the new generation plants use diesel fuel, he said – even though transport of fuel can be a big problem in remote areas.

Diesel is “the fastest and the only technology available at the moment for off-grid areas. Diesel is still the cheapest in terms of capital outlay,” he said.

TAPPING THE SUN

In Garaes’ community, however, in Bulacan province in the northern Philippines, 2 solar micro-grids are providing the community’s first power.

They were put in place last December by the Forest Foundation Philippines, a non-governmental organisation that aims to improve forest protection, and the Center for Renewable Energy and Sustainable Technology (CREST), a Quezon City-based organisation focused on expanding use of clean power.

While the new grid was primarily set up to help members of the local Dumagat ethnic group police the forests, it also supplies power free of charge to common areas of the village of 36 families, including a study hall and communal kitchens.

The forest rangers and other members of the community have been trained to troubleshoot and maintain the system, CREST officials said.

“In the past we would need to walk almost two kilometers to the nearest village where there is electricity to charge our radios and cellphones for a fee,” Garaes said. “That was a burden to us.”

Such solar micro-grids could fill gaps in providing electricity to many remote areas of the Philippines as they are cheap to operate – and don’t face the fuel transport issue of diesel-run plants, said Sara Ahmed, an energy analyst for the US-based Institute for Energy Economics and Financial Analysis.

“It’s not economically viable to transfer power from one (place) to another if the demand is not high. That’s why far-flung areas don’t get power,” Ahmed said.

“This is where micro-grids come in. There is no need to build transmission lines and wires. You can have power right there and then. You save a lot of money.”

In Garaes’ village, each micro-grid produces 1 kilowatt of electricity – enough to provide lights in the communal kitchen, along village pathways, in the classroom and for a television set. Building the grid cost about $3,000, according to CREST officials.

Urbano Mendiola Jr., vice president for corporate affairs at the National Power Corporation, said his agency was considering installing hybrid power plants that combine diesel and solar power in some remote areas.

A hybrid plant to power about 1,250 households costs about $985,000, he said, while a diesel-only plant costs about $425,000.

But while hybrid plants are more expensive to set up at the moment, they bring cost savings in the long run because energy from the sun is free, he said.

He said the company is not setting up solar-only plants in remote areas at the moment because of the cost of the batteries needed to store solar power and provide energy at night.

Rural off-grid power plants in the Philippines are funded by the government and by a small surcharge on the electrical bills of grid power users, aimed at bringing the cost of power for rural users closer in line with that in urban areas.

Ahmed said that tapping the full potential of renewable energy would require a sea-change in the views of officials tasked with providing energy.

Currently they say diesel is the most affordable option. But “diesel is not affordable… When they say it’s cheaper, they only mean upfront,” she said.

“If you look at wind and solar, the prices have dramatically gone down,” Ahmed said. “SPUG needs to update itself with the technology”.

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