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  • Renewables
16 July 2019

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  • Indonesia

Indonesia will require nothing less than a policy overhaul—starting with its state-owned power utility—to meet the target of having 23 per cent of its electricity generated from hydro, solar and other renewable sources in 2025, according to a new report released last week.

Unless Southeast Asia’s largest economy “radically changes” its roll-out of renewable energy, clean sources will only make up 12 per cent of the energy mix in 2025, said management consulting firm AT Kearney in its report titled Indonesia’s Energy Transition: A Case for Action. This means it would only achieve about half its target.

There are four main barriers to renewable energy growth, but at the heart of the issue is that no single agency in Indonesia is accountable for the development of renewable energy, stated the report, done in partnership with the Employers’ Association of Indonesia, or Asosiasi Pengusaha Indonesia (APINDO), which has over 14,000 corporate members across the country.

The government should make state-owned power utility PLN, or Perusahaan Listrik Negara, accountable for the deployment of renewable energy, argued the authors.

We believe that with a new government in place, Indonesia is now well-positioned to drive a targeted initiative to take a fresh look at how it can accelerate the adoption of renewable energy for electricity generation, especially through the lens of new policies.

Alessandro Gazzini, partner, AT Kearney

Conflict of interest

As it stands, PLN may not be fully incentivised to boost the growth of renewables, the authors said. It has a monopoly on electricity distribution in the country and is also the largest owner of fossil fuel generation assets.

“Historically, there have been many cases where PLN has not signed a power purchase agreement with renewable energy developers, even with feed-in tariff schemes,” noted the authors. A feed-in tariff is a fixed amount paid to renewable energy producers for the power they export to the grid.

Purchasing more renewable energy might require more subsidies, at least until scale is reached and lessons learnt, which would weaken PLN’s financial position, noted the report.

And with PLN owning and operating more than half of the coal power plants in Indonesia, rapid renewable energy growth could pose a direct risk to these assets. Coal makes up 51 per cent of Indonesia’s energy mix.

Small renewable energy projects with variable output may also expose PLN’s grids to stability issues.

The authors—AT Kearney partners Sandeep Biswas and Alessandro Gazzini, as well as its principal Sayak Datta—called for the government to provide PLN with the tools and incentives to boost renewable energy.

For instance, it should agree on and approve subsidy amounts to PLN for renewable energy growth.

Redirecting subsidies

Some unfavourable policies and regulatory uncertainty are also hindering the growth of hydro, solar, wind and geothermal power, with installed capacity a mere fraction of the total potential estimated by the government.

In 2017, the installed capacity of solar was 0.01 per cent of the estimated potential while hydro was at 7 per cent, the report noted. That same year, the country invested US$1 billion in renewables, a fraction of the US$62 billion that AT Kearney estimated is needed annually between 2018 and 2025.

Indonesia power generation 2017.

Eco-Business graphic: Power generation in Indonesia by sector (TWh) in 2017. Source: Climatescope

Coal mining groups in Indonesia receive sizeable government support in the form of loan guarantees, tax exemptions and other fiscal support, said the report. In 2015, Indonesia’s post-tax energy subsidies amounted to US$97 billion, according to a recent International Monetary Fund working paper, which noted that China, the United States and Russia were among the top subsidisers of fossil fuels.

This may have been appropriate years ago when Indonesia was trying to supply electricity to many more citizens, but the government should now direct more subsidies towards renewable energy to achieve long-term economic and climate goals, said Gazzini.

Policies such as the cap on feed-in tariffs for wind and solar mean that renewables essentially compete directly with coal, rendering many clean energy projects economically unfeasible. In contrast, Southeast Asian neighbour Vietnam has stipulated feed-in tariffs for solar and wind that are higher than the tariff for power generated from conventional sources.

Renewable energy developers in Indonesia also struggle with the lack of private financing, according to the report. To tackle this, the government could expand the use of guarantees for renewable energy projects and increase the awareness of local commercial banks of renewable energy technologies.

And while Indonesia’s geography—an archipelago of 17,000 islands with an estimated 45 per cent of the population living in rural areas—poses a challenge to design and operate electricity networks, the government can provide PLN with the budget to build distribution networks in remote locations for off-grid projects. Off-grid projects are standalone power systems that operate independently of the national electricity grid.

Generating more electricity from renewables would not only enable Indonesia to reach its energy targets and combat climate change, but also enhance the country’s fiscal stability as it would make gas and coal available for export, improving Indonesia’s trade balance and strengthening the performance of the Indonesian rupiah.

‘Take a fresh look at policies’

Adoption of renewables in Indonesia has lagged strides made by other countries, said Jakarta-based Gazzini.

President Joko Widodo was re-elected this year for a second five-year term, and Gazzini said: “We believe that with a new government in place, Indonesia is now well-positioned to drive a targeted initiative to take a fresh look at how it can accelerate the adoption of renewable energy for electricity generation, especially through the lens of new policies.”

Indonesia should transition to renewable energy because it is the wise thing to do.

Marcel Silvius, country representative for Indonesia, Global Green Growth Institute

The Indonesian government issued a report earlier this year that showed business-as-usual practices would lead to stagnation of its economic growth in the longer term, noted Marcel Silvius of the Global Green Growth Institute, an inter-governmental organisation headquartered in Seoul. In the Low Carbon Development Initiative report, the government said that less carbon-intensive, more efficient energy systems can deliver an average of 6 per cent gross domestic product growth per year until 2045, with gains in employment, income growth and poverty reduction.

“Indonesia should transition to renewable energy because it is the wise thing to do,” said Silvius, the institute’s Indonesia representative. “Renewable energy has also many benefits for public health and offers more inclusive development options.”

  • Electricity/Power Grid
16 July 2019

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  • Cambodia

Cambodia has officially signed an agreement to buy a power generator from Finland, according to Prime Minister Hun Sen’s official Facebook page.

The Cambodian government approved the purchase of the 200MW power generator from Finland for $175 million, with it set to further bolster Phnom Penh’s power supply.

Cambodia last month also agreed in principle to purchase a 200MW generator from Germany for $180 million.

The deal was signed in a meeting with Finnish Minister for Development, Cooperation and Foreign Trade Ville Skinnari on Wednesday, following the World Trade Organisation’s annual review meeting in Geneva, Switzerland.

Both generators will be installed at a new $380 million oil and liquefied natural gas power plant in Koh Reah commune in Kandal province’s Lvea Em district.

Deal with Chinese companies

Cambodia’s state-run electricity supplier Electricite du Cambodge (EdC) signed an agreement with two Chinese companies last month to build the new facility.

CGGC-Un Power will build the 200MW Finnish Wartsila power plant, with China National Heavy Machinery Corporation installing machinery licensed by Germany’s MAN Energy Solutions, a subsidiary of Volkswagen AG.

The entire project will cost $380 million, with $300 million funded by the government and the rest from EdC.

Some $355 million will be allocated to the plant’s construction and $25 million to other infrastructure, EdC said.

Also during the meeting, Hun Sen asked Finland to buy Cambodian milled rice after the EU’s decision to impose tariffs on it, informing the Finnish minister that he felt the measure was unjust.

The EU in January decided to impose tariffs on the Kingdom’s rice imports due to their supposed impact on its member states’ rice farmers, following complaints from Italy and Spain.

Hun Sen also invited the Finnish minister to visit Cambodia to explore potential investments.

  • Renewables
15 July 2019

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  • Malaysia

The Merchang plant is expected to provide about 94,000 MWh of electricity per year. It began to generate revenues on 31st May and will displace about 70,000 tonnes of carbon emissions per year, providing more than 31,000 households with clean renewable electricity. The partnership oversaw the establishment of three solar plants totalling 197 MW with a total investment of about MYR 1,235 million ($93 million).

Scatec Solar entered the Malaysian large-scale solar energy market in December 2016, by joining with the local ITRAMAS-led consortium that had signed three 21-year Power Purchase Agreements (PPAs) with the country’s largest electricity utility, Tenaga Nasional Berhad (TNB).

“We are pleased to have reached another important milestone together with our partners in Malaysia” said Raymond Carlsen, CEO of Scatec Solar. “This also marks the completion of Scatec Solar’s first large scale solar project in South East Asia, a market where we are working on several interesting opportunities”.

With grid connection of this power plant, Scatec Solar currently has plants with a total capacity of 911 MW in operation and another 993 MW under construction.

  • Others
15 July 2019

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  • Malaysia

PUTRAJAYA: Malaysia has the right to reclaim money from China Petroleum Pipeline Engineering Ltd (CPP), as the company was paid more than the work completed for two pipeline projects, says Tun Dr Mahathir Mohamad.

The Prime Minister said the RM1bil that was seized from the company was because it had not carried out work as per payment.

“The company had been paid 80% of the project cost, whereas work completed was only 13%.

“Since the projects were cancelled, we have the right to get back money for parts that were not implemented,” said Dr Mahathir after chairing a Bersatu supreme council meeting on Monday (June 15).

Last Saturday (July 13), it was reported that the authorities seized more than RM1bil (US$243.25mil) from a HSBC bank account belonging to CPP.

The seizure came nearly a year after authorities suspended two pipeline projects, valued at US$2.3bil (RM9.45bil), for which CPP was the lead contractor.

Singapore’s Straits Times, in quoting sources, said that the Pakatan Harapan government had ordered HSBC to transfer the funds held in CPP’s account to Suria Strategic Energy Resources, which is wholly owned by the Finance Ministry.

CPP said it was perplexed by the unilateral transfer of funds out of its account without notification, while HSBC had declined to comment on the matter, citing client confidentiality.

Earlier, Finance Minister Lim Guan Eng said the ministry did not issue any instructions to seize more than RM1bil in funds from CPP.

“I would just like to say that neither the Finance Ministry nor I issued any instructions for the seizure.

“So, if there are any instructions of seizure, you should refer to the enforcement agencies. That’s all I want to say,” said the Finance Minister, without elaborating further.

Lim was speaking to reporters at the Parliament lobby on Monday.

In 2016, CPP won a contract from the government of former prime minister Datuk Seri Najib Razak to build a petroleum pipeline stretching 600km along the west coast of Peninsular Malaysia and a 662km gas pipeline in Sabah.

But the projects were suspended last July by Dr Mahathir. The Prime Minister had vowed to renegotiate or cancel what he calls “unfair” Chinese projects authorised by Najib, according to Reuters.

Read more at https://www.thestar.com.my/news/nation/2019/07/15/dr-m-malaysia-has-the-right-to-reclaim-money-from-cpp/#cD2EDTdftH7bPogk.99

  • Others
15 July 2019

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  • Philippines

MANILA, Philippines — The Department of Energy (DOE) is finalizing the country’s smart grid policy and roadmap to help further bring down power rates and to address modern challenges in the power sector.

The DOE has issued the draft department circular titled “Providing a National Smart Grid Policy Framework for the Philippine Electric Power Industry and Roadpmap for Distribution Utilities” as it seeks industry input for the new policy.

Through the circular, the agency is looking to transition the Philippine power system into a smart grid by 2040.

Turning into a smart grid may improve grid reliability, efficiency, flexibility and resiliency. It will also push for consumer empowerment as it will allow the monitoring and managing energy consumption, and promote new emerging technologies such as electric vehicles, net metering, smart monitoring equipment and appliance.

If achieved, the country’s power grid will be capable of self-healing, and allow full customer choice with the full implementation of Retail Competition and Open Access (RCOA), Renewable Portfolio Standards (RPS), Green Energy Option (GEOP), and Net Metering.

Through the country’s Retail Competition and Open Access (RCOA) program, large electricity consumers in Luzon and Visayas with an average monthly peak demand of at least one megawatt (MW) can apply to become a contestable customer in order to have the ability to choose its own electricity supplier.

RPS requires distribution utilities to source a portion of their power supply from eligible renewable energy producers while GEOP empowers end-users to choose renewable energy resources for their energy requirements.

Meanwhile, under the net metering program, households with renewable energy installations—such as solar, wind or biomass—not exceeding 100 kw can sell electricity they generate in excess of what they can consume directly to their distribution utility.

The smart grid vision will also promote the development of optimized energy storage systems (ESSs), energy management systems (EMSs), distributed energy resources (DERs) management systems, and smart homes and cities.

Energy Secretary Alfonso Cusi previously underscored the need to introduce smart grid technologies all over the country because of their proven efficiency in significantly reducing systems losses and other operational inefficiencies.

Last May, Energy Assistant Secretary Redentor Delola said they are targeting to issue the smart grid policy and roadmap within the third quarter of the year.

In detailing the proposed roadmap, Delola said it would contain five levels toward the attainment of a smart grid network.

The first level will cover the planning and the pre-development stage for Advanced Metering Infrastructure (AMI), which is an integrated system of smart meters, communications networks and data management systems that enables two-way communication between utilities and customers.

The second level focuses on the pilot implementation for AMI, which includes the installation of smart meters, data management system, and data centers and servers.

Read more at https://www.philstar.com/business/2019/07/15/1934687/doe-finalizing-smart-grid-policy#s8ZzxPkTfORRMTDG.99

  • Others
15 July 2019

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  • Philippines

THE Department of Energy (DoE) is asking interested parties to comment on a draft circular that provides a national policy framework for smart grids and a “roadmap” for distribution utilities.

The move comes as distribution utilities have come up with their own initiatives to introduce smart grids that use innovative technologies to modernize the electric grid infrastructure.

The DoE said it saw a need to transform the Philippine power sector into “a secure, stable, flexible, sustainable, digitally enabled and interoperable system that provides reliable, efficient, and quality energy towards grid modernization and consumer empowerment.”

Under the proposed circular, the department has adopted several criteria for transitioning the power system into a smart grid by 2040: safety/reliability; efficiency; flexibility/sustainability; resiliency; and consumer empowerment.

The DoE said it hopes the Philippines will reach a level of smart grid development capable of “self-healing” and responding to recent policy issuances on Retail Competition and Open Access (RCOA); Renewable Portfolio Standards (RPS); Green Energy Option Program (GEOP); and Net Metering.

The department defines a smart grid as modernized electrical grids that use innovative technology with two-way and/or multi-way communication technologies, real-time monitoring and control systems.

The proposed policy framework anticipates the emergence of smart homes or buildings that are capable of monitoring and control of electricity and energy usage within their premises.

The grid reform plans also come amid the introduction of smart appliances and devices that allow real-time, automated, interactive technologies.

The DoE also expects the greater use of smart meters, or electronic real-time energy-measuring devices that are capable of remote connect/disconnect switching with two-way communication between the meter and the power utility.

Smart meters record consumption of electric energy in intervals of an hour or less, and communicate the information back to the power utility for monitoring and billing.

The proposed circular applies primarily to distribution utilities, including grid-connected, micro-grids and off-grid systems.

The DoE said if needed, it would coordinate with other government agencies to establish new incentive mechanisms for smart grid development.

It is enjoining the Energy Regulatory Commission (ERC) to promulgate, within six months from the effectivity of the circular, guidelines and to ensure proper and timely implementation of the policies to be set forth.

The proposal instructs the National Electrification Administration to provide concessional loans to smart grid projects of electric cooperatives. — Victor V. Saulon

  • Others
15 July 2019

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  • Myanmar

Myanmar has increased its electricity rates this month for both residents and businesses for the first time in five years in a move designed to fund investment in the sector and meet rising demand.

Electricity rates in Myanmar have been the lowest in the ASEAN region, which in the long run appeared to be financially unsustainable. The proposal for the revised rates was put forward by the Ministry of Electricity and Energy (MOEE) and was approved by parliament in April 2019.

Myanmar energy reform

The Electricity Supply Enterprise (ESE), a government regulated entity, is responsible for the distribution of electricity in Myanmar.

According to the country’s Ministry of Planning and Finance, the government incurred a loss of 507 billion Burmese kyat (US$333 million) in supplying the national grid during the fiscal year 2017/18, which rose to 630 billion kyat (US$414 million) in fiscal year 2018/19. These losses are expected to be reduced with the incoming tariff structure.

In Myanmar, domestic consumers include residential homes and religious buildings, whereas non-domestic consumers include companies, industries, embassies and international organisations.

Under the new rates, domestic consumers will continue to pay 35 kyat per unit (US$0.023) for the first 30 units, but beyond this level of consumption different rates will apply, depending on the number of units used. Similarly, a new rate regime will be introduced for non-domestic consumers.

Table 1: Comparison of electricity rates, Myanmar

According to the new rates, domestic consumers who used to pay 3,500 kyat for 100 units (US$2.3) will now have to shell out 6,050 kyat (US$3.97, not including the service fee. This represents a 72.9% increase, based on previous rates.

According to GlobalData, the country’s cumulative capacity has been growing at a compound annual growth rate (CAGR) of 8.9% during 2000-2018.

The country reported a cumulative installed capacity of 5.28 GW at the end of 2018 against 1.12 GW in 2000. The country witnessed growth in its power generation from 5,003 GWh in 2000 to 23,687 GWh at 9.02% CAGR. However, power consumption during the same period saw 9.6% CAGR during the same period. The country reported consumption of 16,716 GWh in 2018.

Myanmar has been a net power exporter since 2008. The country is expected to be net exporter till 2030 with power generation expected to reach 66,962 GWh by 2030, whereas the demand is expected to be around 51,208 GWh.

The earlier rates were applied as part of the Electricity Act of 2014. Since 2014, the nation’s cumulative installation has witnessed an average growth of 2.4% on a year-on-year basis. At the end of 2014, Myanmar reported cumulative installations worth 4.78 GW, which rose to 5.28 GW at the end of 2018.

During the same period, electricity generation witnessed growth from 16,678 GWh to 23,687 GWh at 9.2% CAGR. Power consumption during the same period increased by 11% CAGR. These rates were not helping to achieve investment in the power sector which is why the government had no other option but to revise the rates.

The new tariff structure will reduce the electricity subsidy and will stimulate the off-grid sector, which has been hamstrung by the low price of grid electricity. Projects related to solar panels are expected to become more commercially viable as a result.

The country witnessed rolling blackouts throughout the summer with power delivery lagging behind rising demand. To cater to the increasing demand, investment in the power sector is needed.

Under the new arrangements foreign direct investment (FDI) is expected to increase, which will see more private entities enter the electricity market.

With the revised rates now coming into effect, more electricity projects will become financially sustainable and developers will be more competitive. With greater investment in the nation’s energy infrastructure potentially in the pipeline, the expectation is that Myanmar will begin to bridge its electricity gap.

  • Electricity/Power Grid
15 July 2019

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  • Vietnam

Hanoi (VNA) – The Vietnam Electricity (EVN)’s Northern Power Corporation (EVNNPC) sold nearly 33 billion kWh of electricity during the January-June period, a year-on-year surge of 8.82 percent.

Of the total amount, 64.84 percent was purchased by the industrial sector, and the remainder acquired for daily life, up 8.22 percent and 9.21 percent, respectively, from the same time last year.

The corporation reported it completed 160 out of 366 projects to upgrade medium- and low-voltage power grids, making contributions to improving grid capacity and enhancing reliability of the power system.

Thirty 110KV projects have been put into operation, which means 926MVA have been added to the national grid. Besides, the company also installed 110.3 kilometres of 110kV transmission lines.

Power loss in the period was 5.15 percent, or 0.08 percent lower than the same time in 2018.

As of June, the firms put in solar panels with total designed capacity of 2,900 kWp for 287 customers, accounting for 58 percent of the plan assigned by the EVN.

In addition, the EVNNPC supplied medium-voltage power to 1,126 new customers. It took the firm an average 5.96 days to handle relevant procedures, down 0.31 day as stipulated.

In the second half of the year, the corporation will enhance measures to ensure safe and stable power supply for customers, with focus given to reducing power loss, accelerating construction of power work, and organising communication work on energy saving in summer.-VNA

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