China, Japan, Korea, Russia compete for $2 Billion Nuclear Plant, LNG Philippines Gas project

Russia Floating Nuclear Power Plant Technology. illustration: popsci.com

China, Japan compete for $2bn Philippine gas project

China and Japan are competing for a $2-billion liquefied natural gas (LNG) project in the Philippines, Energy Secretary Alfonso Cusi told the Nikkei Asian Review.

Over 20 companies from eight countries have proposed partnerships with state-owned Philippine National Oil Corp. for an LNG receiving terminal at the southern part of Luzon Island. Cusi said his team is still reviewing funding and technology options.

"We are talking to China [and] Japan," he said. "We are looking at which can offer the best in terms of funding. It's too early to say who is more advanced -- there are so many things to look into."

Countries that offer the best financing options usually pick their own domestic contractors. Cusi said Tokyo Gas, Osaka Gas, and a number of Chinese state-owned and private companies have shown interest.

Cusi is vice chairman of President Rodrigo Duterte's PDP-Laban party. He has traveled to Beijing and Tokyo this year to solicit energy investments for the Philippines, which runs into alerts and price spikes for electricity whenever the country's lone LNG facility undergoes maintenance.

Cusi said he plans to travel to South Korea and Russia, and does not favor any particular power-generating technology. He said Malampaya, the only source of natural gas in the Philippines, is expected to be exhausted by 2024. The gas field operated by a consortium led by Royal Dutch Shell provides 40-45% of Luzon island's power requirements. Luzon accounts for two-thirds of gross domestic product in the Philippines.

The proposed terminal could import LNG from other countries while alternate Philippine resources are being developed. These include gas fields in the South China Sea in dispute with China. The terminal's plant will initially generate around 200 megawatts, but can expand to 800MW. Cusi hopes to find an investor this year.

Duterte is targeting total household electrification before he leaves office in 2022. As of December, over 90% of households had access to energy. Cusi also said he is studying the possibility of activating a $2 billion nuclear power plant on the Bataan peninsula. The project, initiated under President Ferdinand Marcos in the 1970s but never activated, is located near an earthquake fault line.

Sulu Province of Southern Philippines could have the first ever operating 100 MW Nuclear Power Plant this year according to the report (see here) - Nikkei Asian Review

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Philippines to Build First Operational 100 Megawatt Nuclear Power Plant in Sulu this Year

Modern Nuclear Power Plant Diagram

Department of Energy considering Sulu as site for nuclear plant this year

Sulu Archipelago in western Mindanao is non-typhoon and non-earthquake prone areas with almost Zero fault line an is among the areas being eyed for a modular nuclear power plant as the Department of Energy (DOE) targets to complete a nuclear energy program within the year.

The Nuclear Energy Program Implementing Organization (NEPIO) is currently studying the nuclear program of the country and has scheduled scientific visits and capacitating programs to come up with a national policy, Energy Undersecretary Donato Marcos said.

“Within this year, we will come up with a comprehensive report. Of course it will be presented to the Office of the President,” Marcos said.

NEPIO was created by the DOE to unify the conduct of various studies and research on nuclear energy development in the country.

It was designed to work in three phases, starting with a comprehensive study on the overview of the country’s energy needs which will lead to forming a policy decision on nuclear.

Phase 2 calls for the preparatory work for the construction of a nuclear power plant while Phase 3 pertains to the activities to implement the said power facility.

The study is expected to undergo a long process to iron out every detail for the country’s nuclear program, Energy Secretary Alfonso Cusi said.

“What makes it longer is process because of course, a due process for everybody…So we have to go through the process every step of it. Unlike when you have a country that is willing or a host province that would be willing to do it, then the process will be faster,” he said.

Cusi said there is still a lot of opposition to  the operation of the Bataan Nuclear Power Plant (BNPP), which has been mothballed since the 1980s.

$2.3 Billion USD Dollar Mothballed Nuclear Power Plant in Bataan. Bataan Nuclear Power Plant is a nuclear power plant, completed but never fueled, on Bataan Peninsula, 100 kilometers west of Manila in the Philippines. It is located on a 3.57 square kilometre government reservation at Napot Point in Morong, Bataan. 

“We are going in to the process of resolving all the concerns that are being raised against it,” he said.

Sulu province has been very aggressive in pitching to host a nuclear power facility, Marcos said.

“They usually visit the secretary and proposing that they will be hosting a SMR, a small modular reactor, so they can finally have stable, secured, predictable and reasonably priced electricity in the region,” Marcos said.

Since it’s modular, it can have a capacity of 100 megawatts (MW) at most, the DOE undersecretary said.

Putting up a nuclear modular reactor in other provinces is also part of the study.

“As long as the provinces are willing. That’s why were forming a national policy… Once it is in place, and there is a host province, we can do it,” Cusi said.

If materialized, Sulu, Mindanao could be the first province in the Philippines to have the operational nuclear powerplant after the mothballed Nuclear Powerplant in Morong, Bataan in Northern Luzon.

Western countries are promoting the Nuclear Power Plant as clean, cheapest and safest renewable source of energy.

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Solar Philippines Breakground $150 Million USD Solar Farm in Tarlac

At the ceremonial groundbreaking of the 150-MW Tarlac solar farm, with the first ‘Made in the Philippines’ panels by Solar Philippines are (from left): Energy Secretary Alfonso Cusi, Solar Philippines president Leandro Leviste, Tarlac Governor Susan Yap and Concepcion Mayor Andy Lacson Photo: PhilSTAR

Solar pioneer starts 150-MW Tarlac solar farm

Solar Philippines has kicked off the construction of its 150-megawatt (MW) solar farm with battery storage here, its largest solar power project to-date, which can provide the province’s requirements in six months time, its top official said yesterday.

The whole solar farm will start operating as a merchant plant in the third quarter of the year, Solar Philippines president Leandro Leviste said during the ceremonial groundbreaking of the project.

“The output of the 150 MW plant that will be operating here by the second half of 2017 will be able to power the entire Tarlac province with cheap renewable energy,” he said.

The company official said this will heed Energy Secretary Alfonso Cusi’s call to put up more merchant power plants – or those generating facilities selling their output to the wholesale electricity spot market (WESM) – to further spur competition in the electricity spot market.

“What we want is to make this fast…(because) solar is now cheaper than coal and therefore get this online within 2017. And that’s why even without the contract finally approved by regulators, we’re doing this for most of the plant’s capacity,” Leviste said.

The Concepcion solar farm will comprise close to 450,000 solar panels and over 150 hectares, with room to expand as demand for solar with batteries increases.

Leviste said the cost to put up the solar farm is equivalent to $1 million per megawatt, or roughly $150 million for the entire project.

“With the battery… it can be an additional 20-50 percent of the cost of the project. But we’re not doing all the batteries all at once, it’s going to be phased incrementally,” he said.

Solar Philippines is the developer, investor, contractor and supplier for its projects – a strategy which the company believes is the key to making solar cost-competitive.

“Why do we expect lower price? One is vertical integration, by doing solar panel manufacturing in-house as well as the construction. the development, the financing will definitely lower the cost. Second is the economies of scale,” Leviste said.

Once completed, the power plant will have many firsts in its name - philSTAR

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