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  • Eco Friendly Vehicle
19 August 2019

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  • Singapore

As global energy and oil companies look to facilitate the advent of truly mainstream electric vehicles (EVs), Shell has entered the fray by launching its Shell Recharge EV chargers in Singapore.

The service station-based 50kW rapid chargers are the first for both Singapore and Southeast Asia according to Shell’s statement on the matter, which added that they are compatible with the majority of EVs in Singapore.

The statement said that 52% of Singaporeans are hesitant to purchase an EV because of lacking infrastructure, adding that having amenities on-hand whilst charging is also of key interest.

“Our insights show that Singaporeans worry about lack of sufficient and fast charging options for EVs,” said Aarti Nagarajan, General Manager of Shell Retail Singapore, in the 19 August press release.

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“Which is why we are taking the first step to launch Shell Recharge and offering customers a rapid charging solution at convenient and strategic locations. With Shell Recharge, customers can easily charge their EVs while they enjoy our air-conditioned shops and pick up a coffee, a fresh pastry, a delicious ready-to-go meal or a quick snack.”

Charging facilities represent one of the biggest challenges to widespread EV adoption, and this is exacerbated by consumer concerns surrounding their range on a full charge. While the latter is a question to be answered by EV manufacturers, Shell joins the efforts of other major oil players seeking to diversify as world governments look to mitigate their reliance on fossil fuels.

Aw Kah Peng, Country Chairman of Shell Companies in Singapore, added: “To meet the country’s climate action goals, Singapore needs more and cleaner energy solutions to power lives, businesses and transport sustainably. Shell Recharge is one such example of how we make it more convenient for our customers to embrace cleaner mobility.

“Shell aims to make more of such low-carbon energy solutions available in Singapore in the months and years to come.”

  • Others
19 August 2019

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  • Thailand

One of Thailand’s major utilities plans to use data from a smart grid and smart meters to track and predict electricity outages in the future.

An Inspector (ICT) from the Metropolitan Electricity Authority stated that the Government aims want to use smart grid technology to improve the distribution of power to customers. The region has smart meters to do the measurement and collect the big data in a data lake. Here, it will be analysed to understand reasons for outages.

MEA supplies power to Bangkok and two other provinces, serving 3.8 million customers. It has been a leader in Southeast Asia in using digital to better serve customers. For instance, its customers have been able to pay bills on MEA’s smartphone app since 2012 – years before other utilities in the region offered the service.

In the future, it plans to use data on its customers to understand their behaviour and improve service delivery. For example, the utility wants to understand why some people pay bills late. This will allow it to tweak services to encourage people to settle bills before their due dates.

It was noted that learning to behaviours of customers is extremely important when trying to understand why they pay for electricity late.

The utility plans to build a smart grid covering 9 square kilometres, costing THB1.5 billion (US$48.5 million. Public hearings for the smart grid need to be held before procurement, but MEA plans to sign the contract this year,” the utility’s Governor said.

A key step in this process will be to improve Thailand’s connectivity infrastructure through 5G technology, Pothipaki believes. “I have the budget, but the infrastructure is not under control of the MEA – it is under the control of the government.”

Thailand, like its neighbours in the region, is going through a deregulation of its electricity retail market. The country’s two state-owned utilities, including MEA, have so far held a monopoly, but the government plans to allow other businesses to supply power.

In the future, the MEA will not have a monopoly. Thus, change is necessary; costs will be reduced for MEA and have more revenue from non-core businesses.

In November 2018, a report noted that a smart grid pilot was put into action in the Thai province of Mae Hong Son, to integrate and balance growing shares of renewable energy using battery energy storage systems (BESS).

The Electricity Generating Authority of Thailand (EGAT) and the country’s Provincial Electricity Authority (PEA) signed an agreement to investigate the use of batteries under the country’s Smart Grid Master Plan, a five-year development plan signed off in 2016.

An expert team from Chulalongkorn University found in a recent study that Mae Hong Son, a remote and mountainous province in northern Thailand lacking in existing large-scale power plants is a suitable area for using smart grid technology to enhance local generation and distribution of electricity.

At present, the region gets its power through PEA transmission lines, through hydro and solar power and a diesel power plant. Outages are frequent and the two partners will investigate how the reliability of local energy supply can be improved, in a project aimed at sharing information and studying the management of power supply.

The announcement comes just under a year after EGAT announced battery energy storage to be a “new dimension” for the management of electricity.

Thailand has around 1,031MW of pumped hydro storage already, and is apparently planning to deploy a further 2,100MW.

EGAT identified however that batteries can be deployed more quickly and taking up far less space, while offering fast response times and other advantages in the way it can be controlled and used for a variety of applications.

Thus, the Thailand Government is working to shift the way energy is tracked and distributed across the country through the use of smart city technology.

  • Others
19 August 2019

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  • Philippines

AYALA-LED AC Energy, Inc. has advanced by a year its plan to build new energy capacity in the Philippines as it expects energy supply and demand in the country to reach equilibrium by 2021, or earlier than its previous forecast of 2022.

“There will be equilibrium in 2021, one year earlier than what we originally expected,” Eric T. Francia, AC Energy president and chief executive officer, told reporters last week when asked to give an update on the company’s projects, including those outside the country.

“[It] doesn’t mean we want to build 1,000 megawatts (MW) [immediately]. We’ve always said a couple of 100 MW every year. You need to pace these things,” he added.

The change in the company’s energy supply projection comes after it sold some of its thermal assets and bought a company with subsidiaries involved in a range of energy projects using diverse energy sources.

“Today after the partial divestment of AA Thermal, [Inc.] and after the acquisition of Phinma Energy [Corp.], AC Energy group now has approximately 1,600 MW of attributable capacity. It decreased slightly from 1,700 MW same time last year,” Mr. Francia said.

The tally includes the company’s projects in the Southeast Asian region, but excludes deals that has yet to reach a financial close.

Including projects under construction, AC Energy’s energy capacity is 55% coal-fired power plants, 11% diesel-fired facilities and 34% renewable energy. Of the existing capacity, 74% are based in the Philippines and 26% in regional sites.

Up to 69% of the attributable capacity come from power plants that are operating, and 31% ongoing projects.

“Our renewables now is about 600 [MW] out of the 1,600 [MW],” Mr. Francia said. “We do expect to reach the 1,000 MW in the next 12 months.”

AC Energy previously set a goal of developing 1,000 MW of renewables by 2020, a target that he said would be reached or even exceeded by Ayala Corp.’s energy investment arm.

“We have significant projects in Australia, hopefully Vietnam and then Philippines, as well. Indonesia is still a question whether we can get significant renewable megawatts there in the near term,” Mr. Francia said.

“We also do have new markets that we’ll be opening up, so in due course we will be announcing where and what,” he added.

AC Energy has more than $1 billion of invested and committed equity in renewable and thermal energy in the Philippines and around the region. It aims to exceed 5 gigawatts of attributable capacity and generate at least 50% of energy from renewables by 2025.

With its acquisition of Phinma Energy, the company has also diversified into oil and gas exploration through Phinma Petroleum and Geothermal, Inc. (PPG).

PPG subsidiary Palawan55 Exploration & Production Corp. holds a 37.5% participating interest in the consortium and is the operator of Service Contract 55, a deep-water block in the southwest Palawan Basin.

“First, we would like the upstream [venture] to be developed. Having studied the oil and gas exploration potential in the Philippines, we think that sector is under-invested,” Mr. Francia said.

“We may be bringing in partners in the future,” he said, referring to PPG, which AC Energy has renamed ACE Enexor, Inc.

“I think the idea is over time, we will bring in a strategic partner, at least one strategic partner,” he said. “In all likelihood, it’s going to be foreign, who’s got experience, a big balance sheet, and expertise in oil and gas exploration.” — Victor V. Saulon

  • Renewables
19 August 2019

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  • Indonesia

The slow development of geothermal energy projects has been slow, as was revealed at the recent Indonesia International Geothermal Conference in Jakarta, Indonesia.

Industry players continue to complain about the power purchase price provisions by state energy company PT PLN based on the current regulations.

In a statement to local news, Riki Firmandha Ibrahim, Managing Director of PT Geo Dipa Energi, revealed that the main cause of the slow development of PLTP is due to government regulations themselves.

The rules include, among others, Ministerial Regulation (Permen) ESDM No. 50 (2017) concerning Utilization of Renewable Energy Sources for Electricity Supply, ESDM Ministerial Regulation No. 49 (2017) concerning Principles in Electricity Sale and Purchase Agreement, and ESDM Ministerial Regulation No. 24 (2017) concerning Mechanism of Determining Principal Costs for PLN Power Generation.

“The regulation states that the Feed-in-Tariff (FIT) or geothermal renewable energy (EBT) prices are valid for 30 years. Whereas what the Independent Power Producer (IPP) requires is that the FIT is only for 10 years, no more. After that the price of buying and selling electricity follows the cost of production (BPP) of the local PLN electricity, “said Riki.

Riki estimates that BPP PLN in the next 10 years will be enough to provide reasonable benefits to geothermal EBT developers. So there is no need to apply FIT for 30 years.

The span of 10 years, according to him, is also in accordance with the agreement on funding of power plant projects from banks, which requires the loan to payback.

“In addition, it also considers the Corruption Eradication Commission (KPK) input on the state’s potential loss of a 30-year contract with FIT due to a high and long price,” he said.

He continued, the application of the FIT for 10 years was in line with the proposed incentive scheme from the Directorate General (Ditjen) EBTKE of the Ministry of Energy and Mineral Resources to the Minister of Finance.

  • Renewables
19 August 2019

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  • Indonesia

PT Star Energy continues to develop Geothermal Power Plants (PLTP). Just so you know, Star Energy is a subsidiary of Prajogo Pangestu’s Barito Pacific.

Hendra Soetjipto Tan, Chief Executive Officer of Star Energy Geothermal, Hendra Soetjipto Tan said that the company plans to increase the capacity of the power plant to 1,200 MW.

He said that they now have a capacity of 875 MW of electricity obtained from geothermal power plants from the Wayang Windu, Derajat and Salak geothermal working areas, West Java.

The capacity of 227 MW from PLTP Wayang Windu, then 377 MW in Salak, and amounting to 271 MW in Darajat. In addition, Star Energy also has the right to manage Hamiding geothermal energy in West Halmahera, South Maluku, and Sekincau geothermal in southern Sumatra.

In the plan to increase capacity, he continued, the company will build a geothermal power plant in Sekincau with a potential capacity of 500 MW, while in South Maluku as much as 200 MW to 300 MW.

“We hope that the 1,200 MW has been reached before 2028, three regions in West Java are already operating,” he said in Jakarta today.

However, the development in geothermal power plants in Maluku will be built in stages, the first phase they plan to build with a capacity of 2×50 MW. To reach the target capacity of 1,200 MW, they need funds of US $ 2 billion to US $ 2.5 billion.

For information, PT Star Energy acquired Darajat and Salak geothermal power plants with a capacity of 610 MW in 2017. The two new assets of Star Energy were bought from Chevron Corp with a transaction of US $ 2.3 billion.

After the acquisition, Star Energy became the manager of the largest geothermal power plant in Indonesia, and the third largest in the world. Star Energy aims to become the largest geothermal company in the world.

  • Others
19 August 2019

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  • Indonesia

Jakarta. The government has proposed cutting energy subsidies by 3.4 percent in next year’s state budget, as it is confident that effective targeting measures would ensure that the benefits only reach those most in need.

It plans to spend Rp 137.5 trillion ($9.7 billion) on energy subsidies in 2020, compared with the Rp 142.6 trillion earmarked in this year’s budget. President Joko “Jokowi” Widodo has been reducing energy subsidies since taking office in 2014, seeking to allocate more resources for infrastructure development and education.

Finance Minister Sri Mulyani Indrawati said on Sunday that the government would subsidize diesel fuel by Rp 1,000 per liter next year, while it would also control the prices of kerosene and liquefied petroleum gas.

In detail, the government has earmarked Rp 18.8 trillion for oil fuel subsidies, Rp 52 trillion for subsidized LPG and Rp 62.2 trillion for subsidized electricity. It has also allocated Rp 4.5 trillion to reimburse state energy firm Pertamina for subsidized fuel it supplied in 2018.

Jokowi said the subsidies were still needed to prop up people’s purchasing power, especially those in lower income levels.

He added that the government would continue to improve its targeting scheme, “to be effective in assisting underprivileged people.”

Sri Mulyani said the government would improve cooperation between the central and regional governments in controlling and monitoring the consumption of subsidized fuel and subsidized LPG – distributed in 3-kilogram canisters.

“Energy subsidies are aimed at ensuring price stability by strengthening the control and monitoring of energy consumption for the sake of effectiveness,” the minister said.

She added that only consumers with 450 volt-ampere (VA) and 900 VA power capacity installed in their homes, or those listed in the poverty reduction program, would qualify for subsidized electricity.

  • Renewables
19 August 2019

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  • Indonesia

Air pollution is worsening in Jakarta and West Java, while tens of millions of people experienced a day-long blackout earlier this month after gas-powered electricity generators failed and significant proportions of eastern Indonesia have do not have reliable power supplies. So why does Indonesia remain so reliant on fossil fuels?

For an archipelago as large as Indonesia, located along the equator and on top of a ring of active volcanoes, you wouldn’t be wrong in thinking the nation could become one of the world’s leaders in renewable energy.

In fact, Indonesia has the potential to generate 788,000 megawatts (MW) of power from renewable energy sources such as wind, solar, tidal, and geothermal. This is more than 14 times the country’s current electricity consumption. Thanks to magma, hot rocks, and hot water beneath its surface, Indonesia has 40% of the world’s geothermal energy stores, enough for 29,000 MW of energy. Meanwhile, its huge maritime area could provide 75,760 MW of power through projects such as the Larantuka Straits Tidal Bridge, a US$550 million project that will power 250,000 homes in East Flores. When completed, it will be the world’s largest tidal power plant.

Yet in 2018, of the approximately 60,000 MW of electricity used every year in Indonesia, only 12% of this came from renewable energy sources. The rest is sourced from coal (55%), gas (26%), and oil (7%), and it is these fossil fuels that are responsible for Jakarta’s air pollution woes (coal plants in Banten and West Java) as well as the 4 August blackout (caused by failures at gas plants in Cilegon). State energy provider PLN is now offering Rp 839 billion (US$58.7 million) in compensation for the power outage.

Food vendors serve customers by lantern light on 5 August, the second day of an electricity blackout in Wanasari Village, West Java
Food vendors serve customers by lantern light during an electricity blackout this month in Wanasari Village, West Java (Photo: Aditya Irawan via Getty)

Indonesia’s electricity needs are predicted to grow by around 7% every year until 2027. This is averaged out across the whole country, so it is important to note that somewhere between 10 and 20 million Indonesians still do not have access to electricity. Only 60% of people in East Nusa Tenggara have electricity, for example, while in Papua the rate is just 50%. In many areas, power is also not available 24 hours a day, and is instead only accessible for a few hours at night.

Even if just half
of the country’s
potential wind
energy was
captured, it would
meet current
energy needs.

Even if just half of the country’s potential wind energy was captured, it would meet current energy needs. Indonesia’s first wind farm was only built in 2018 in Sidrap, South Sulawesi – its 30 turbines provides 75 MW of energy to 70,000 households, and covers 100 hectares of land, making it Southeast Asia’s largest wind farm. At its launch, President Joko “Jokowi” Widodo joked, “I feel like we’re in the Netherlands, but we’re in Sidrap.”

So why aren’t more renewable energy sources being harnessed? After all, both the national government and PLN are keen to increase the use of renewable energy, with a target of 23% renewable energy by 2025. Indonesia is also committed to meet the 2015 Paris Agreement, although it has been threatening to quit the agreement over Eurpean Union plans to phase out its use of palm oil for transportation fuel.

Part of the problem lies in regulation. The Constitutional Court ruled in 2003 that electricity is an important state product and must be managed by the government through either state-owned enterprises or public-private partnerships. This means that no independent power companies can sell electricity directly to consumers; instead, they must sell their electricity to PLN first.

As Abidah Setyowati points out in East Asia Forum, the situation isn’t that simple. Multiple new energy policies are issued every year – in 2017 alone, 20 policies were released, some of which were later withdrawn. One policy requires private investors to transfer their projects to PLN at the end of agreement periods, which, combined with the fact that the Minister for Energy and Mineral Resources sets the consumer price of energy, has led to concern about return on investment.

Coal barge in Samarinda, Kalimantan
Coal barge in Samarinda, Kalimantan (Photo: Ed Wray/Getty)

Financing is another problem. To achieve the 23% target of renewable energy by 2025, Indonesia needs an investment of Rp 2,000 trillion (US$154 billion). The state is unable to allocate this huge amount, meaning that private financing is necessary, yet regulatory uncertainty and clashing policies are seeing significant reluctance from both potential investors and lending banks to get involved.

A third issue lies in Indonesia’s massive coal reserves. Coal is not only plentiful but cheap – the domestic price is capped at US$70 per tonne, much lower than the global market price which peaked at US$100 in January. This makes it difficult for renewable energy to compete, especially when considering how embedded and powerful the fossil fuel industry is. Not needing to import coal means the situation is very different to neighbouring countries such as Vietnam, where hydropower meets 38% of national energy needs in 2016, ahead of coal at 33%.

Despite all this, consumers concerned about climate change are increasingly demanding that their electricity come from renewable sources. Minister for Energy Ignasius Jonan has even been willing to face the wrath of PLN and fossil fuel interests, not only pushing rooftop solar panels as a solution for both homes and businesses but installing them on his own house.

With lofty targets, strengthening user demand, and significant natural resources, Indonesia has the potential to become a leading nation in renewable energy. The challenges are also many, however, especially with powerful fossil fuel players likely to do all they can to face off the “threat” of renewable energy. But with air pollution, climate change, and blackouts, for how much longer can this really be considered a question of choice?

  • Electricity/Power Grid
18 August 2019

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  • Malaysia

KUALA LUMPUR, Aug 18 (Bernama) — Many people don’t really appreciate the critical role of Tenaga Nasional Bhd (TNB) until there’s an unexpected power failure. That’s when the lights go out, the air-conditioning fails to function, the fridge becomes heaty and the Internet doesn’t connect you to the outside world.

TNB can be likened to an elder brother or sister, constantly staying in the background but assisting you almost day in, day out without fail to ensure that you can go the full distance of your potential in whatever you do.

TNB has been in action even before Malaya gained its independence in 1957 in lighting up towns and villages. Starting from 1949 as the Central Electricity Board (CEB), it has progressed over the years as the National Electricity Board (NEB) and now, TNB towards powering Peninsular Malaysia.

It has been illuminating lives and livelihoods as Malaysia advanced from a purely agricultural economy to one that is so multi-faceted today. One cannot dispute that TNB has been the pride of the nation for the last 70 years.

But many seem to have taken its sterling role in helping to modernise Malaysia to what it is today for granted. Other than brightening up communities, TNB has also been crucial in the country’s industrialisation, assisting in trade and commerce, and even unlocking the value in people. And why not

Tony Goh, for example, an investment analyst and commentator on the energy industry in Malaysia, is one such beneficiary. He recalls that the corporatisation of the then National Electricity Board (NEB) and the eventual birth of TNB in the 1990s, which changed the country’s energy landscape, was one of the best things to have happened during one of the most crucial periods of his life.

“It was a time when I relied on the reliable power supply to make the grades through college and to enjoy some of the privileges of a rapidly booming economy, also made possible by a revitalised power supplier,” he says.

From personal experience, Goh says that “the efficiency and sufficient power supply we all enjoy today is sometimes under-appreciated even under the ‘new normal’ of eternal mid-summer days of scorching heat”.

Growing up in the suburb of Petaling Jaya in the mid to late 1980s, he could still vividly recall the occasional days when his family would be woken up in the middle of the night and sweating in darkness due to a power blackout.

“Calling NEB staff in the middle of the night during power disruptions then was never a good thing to do,” he remembers. “One can only imagine the situation in terms of power supply disruption or even availability to those in the rural and smaller towns across Malaysia.”

In those days, more often than not, one could be talking to a gruff-sounding employee who might have handled 200 calls or more from irate consumers non-stop. But things have changed.

The employees who handle such calls now have more tact and polish as they furnish you with details on what is the nature of the problem and what is being done by the technical staff to get power on again.

Although things have improved, TNB is not resting on its laurels and plans to better its performance for its over 9 million customers dotted along more than 660,000 km of its distribution network. Under its “Reimagining TNB” transformation plan, a lot is being done to meet the challenges head on. It appears that TNB has done its scenario planning well.

For a start, TNB aims to place its domestic power generation and electricity retail businesses under the purview of newly-incorporated wholly-owned subsidiaries to prepare for pending reforms in the country’s electricity market. It has done its homework to prepare for any eventuality of the government opening up the country’s electricity retail sector to allow for new energy suppliers.

The proposed internal reorganisation is expected to place TNB into an advantageous position to compete ahead of the expected market changes by establishing the first-mover advantage.

TNB’s bold move falls in line what ex-top civil servant in the finance and transport ministries, Tan Sri Ramon Navaratnam, has been advocating for the power utility: moving more towards meritocracy.

TNB, he says, must be more plural and inclusive for the country’s multiracial society to reap the benefits of shared prosperity as advocated by the present government.

But Navaratnam also wonders why the government is toying with the idea of dismantling a system that has been efficient by opening up the market since TNB has served the country well. Maybe the current government wants more out of TNB, he adds.

For property developer Haji Ahmad Khalif Mustapha Kamal of MK Land, he says that TNB is currently in an interesting position in balancing the national agenda and its own going concern.

“With power production decentralised, it needs to redefine its current role and future too. In urban areas, it is less appreciated but its real contribution comes from lighting up rural areas. We take water and electricity for granted, only during disruptions do we take notice. I hope TNB continues to serve Malaysia for the next 70 years and more,” he adds.

For that, TNB has been preparing for the future, especially in light of the government’s intention to liberalise the electricity supply sector. It is now preparing the groundwork for new rules under the Incentive Base Regulations (IBR) framework in the government’s Third Regulatory Period from 2021 to 2023.

By preparing early, TNB has also moved to become one of the most reliable energy networks in the region and whose standards are on par with many other advanced countries. For instance, its System Average Interruption Duration Index (SAIDI) improved to 48.22 minutes per customer per year in 2018 from 50.24 minutes in 2017 while its systems minutes lost per customer has been at 0.35 minutes, below the two-minute mark since 10 years ago.

TNB’s chairman Tan Sri Leo Moggie, who oversaw the development of TNB under his watch as a minister responsible for the energy and works sectors in the late 1970s till 2004, says TNB had already anticipated such market-wide reforms as early as in 2016 and its strategic plan under Reimagining TNB demonstrates that state of preparedness.

“The solid foundations we have put in place today have transformed our internal processes and structure to render TNB to be more technologically-advanced and cost-optimised than we were before,” he reveals. Moggie adds that TNB has always anticipated and adapted to changes in the past – for example, in the 1990s when Independent Power Producers (IPPs) came into the scene.

Moggie, who has helmed TNB since 2004, also reveals that many of the engineers in the competing IPPs had come from TNB itself, a reflection of its significant role by providing valuable human capital to the country’s growing engineering sector.

He is especially proud of TNB’s own Universiti Tenaga Nasional (Uniten), one of the top private universities in Malaysia, has taken on an aggressive national service role by producing graduates in engineering, computer science & information technology, business, accounting, finance and energy management for the country’s key business sectors.

Moggie, who hails from rural Kanowit in Sarawak, knows fully well what education and rural electrification can do for the progress and upward mobility of people, especially those living in the interiors.

“That’s why we have earmarked funds each year to provide scholarships, including specific programs for those from B40 background and loans to bright young Malaysians so that they can have a brighter future,” he adds.

For TNB itself, it is important to have highly skilled and high-calibre human resource to stand the test of time and competition. Moggie adds that TNB always appreciated the contribution of its staff at various levels and providing them with a conducive working environment so that they can contribute to its continued success.

In emphasising that having good human resource had been key for TNB to have taken on past challenges in its stride and for it to continue to be viable, he says that this was again reflected in 2018 when TNB reported revenue of RM50.39 billion and a net profit of RM3.72 billion.

Not bad for a company which was once a government department that has grown into a corporate giant. And that giant now wants to strike out further afield.

In the words of Tan Sri Jalaluddin Zainuddin, former General Manager of NEB: “The history of electricity supply in Malaysia is fascinating. It is first and foremost a story of technical advancement of the introduction of new technologies, of a nation’s struggle to acquire knowledge and competence in new and exciting fields, of the evolution of abilities and confidence.”

In the book “People Behind the Lights” published by NEB, Jalaluddin said the story of NEB/TNB was also a story of the development of society, how society had grappled and came to terms with technology, and how electricity had supported the creation of a modern society in Malaysia.

In the early days of electricity supply business, even before the formation of the Central Electricity Board (CEB) in 1949, it had been an entirely expatriate undertaking. Top electrical engineers came mostly from Britain.

CEB was renamed the National Electricity Board (NEB) in 1965 and by 1967, the Malaysianisation process of the power utility that began 10 years earlier was completed. This saw qualified Malaysians taking over key operations and demonstrated that the initial misgivings over their capability were unfounded.

Daniel Jesuthasan, former deputy general manager (operations) at NEB, who also wrote in the same NEB book in the mid-1980s, said: “We can be proud of our achievements. When I was first introduced to the electricity business, the then CEB was installing 10MW sets when others were already installing 500MW steam turbines, and there were practically no gas turbines in the electricity supply industry (in Malaysia). Today we have in service 300MW units with triple-fuel capability, combined cycle blocks of 300MW, and 100MW gas turbines firing heavy fuel oil. All are among the world leaders. Let the world move on, we have gotten on.”

Fast forward 30 years on to today, TNB has even advanced to handling advanced power plants, such as the 4,100MW Sultan Azlan Shah Power Station in Lumut, Perak and a large scale solar project in Sepang, Selangor. Having grappled with technology and finding how it works best for business and residential consumers, TNB now aspires to be among the top 10 global utility companies by market capitalisation by 2025.

To attain such quest TNB has cast its sights outside Malaysia as it does not want to be just a “jaguh kampung” or village champion. To date, TNB has spread its wings to the United Kingdom, Turkey, Pakistan, India and Saudi Arabia while continuing to focus on its domestic markets.

In time to come, TNB’s revenue will also be partly more global and not just dependent on hydropower or fossil fuels. It will include more renewables in its portfolio and be in the forefront of technology if it were to gain more market share in the global energy supply business as well as other businesses related to its core structure, says Moggie.

Market analyst Goh also alludes to potential new frontiers that TNB may be pursuing, especially in leveraging on its network connections for additional revenue streams. And he says that TNB already has a strong arsenal in its backyard as the Internet-of-Things will dictate terms in the immediate future.

“What is new and exciting about TNB is certainly no longer confined to supplying power efficiently, and making sure my TNB bills remain affordable. I will be looking towards TNB to be the game-changer for another defining moment in my life. How far I will go in my professional life will be intricately-linked to the Internet and that chief enabler will be a reliable Internet connection comparable to the best the world has to offer,” he adds.

That relatively quiet giant that emerged from humble beginnings in Bangsar in 1949 is now positioned to prosper even further. Its current Bangsar headquarters, which saw the installation of the country’s first computer in 1966, is currently undergoing a massive transformation of sorts – a reflection of its confidence for the future.

The men and women at TNB’s command centre and every other installation throughout the country know fully well that they have to transform for the better for the energy giant to stay relevant. By embracing leading edge technologies, top-notch business endeavours and customer-centric undertakings, they do dare to imagine that their transformation will get TNB recharged with more “tenaga” or energy and succeed in its global quest.

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