Independent Power Asia – August 2021

AUGUST 2021 PROMOTING

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ISSUE 84 ON-SITE POWER & CO-GENERATION

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Discover the new models

The all-round talent.

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EDITOR’S NOTES

AUGUST 2021 2021

ISSUE 84

PROMOTING

ON-SITE POWER & CO-GENERATION

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Discover the new models

DATA CENTRES IN THE ASIA-PACIFIC REGION & THEIR ESSENTIAL POWER SUPPLIES

The all-round talent.

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CES20001_Anzeigen_MWM_TCG 3020_210x297mm_3r3l3u_EN_1_0_RZ_sm.indd 2

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ISSUE #84 Publishing & Events Director Richard Teasdale richard@wipmagazines.com Publisher/Sales DIrector Neb Saric neb@wipmagazines.com Managing Editor Aidan Turnbull aidan@wipmagazines.com Accounts Executive Alison Williams accounts@wipmagazines.com Sales & Marketing Manager Sarah Hallows sarah@wipmagazines.com Far East Sales Bob Liu Shanghai, China bob.liu@ronco.com.cn US Sales & Subscriptions Jelena Milojevic power@wipmagazines.com Austrian & German Agent Mario Dobresko power@wipmagazines.com Power Media International Group, The Courtyard, 30 Worthing Road, Horsham, West Sussex, RH12 1SL, UK Tel: +44 (0) 1403 888019 www.powermediagroup.co.uk © Independent Power Asia (ISSN 1468 7100)

Data centres and backup power supplies fit together like business and taxation. One follows the other. Today, data centre electricity usage is a growing concern for many operators and the countries they operate within. There is a continual drive to improve energy efficiency and reduce the demands placed on national grids by these large power generation users. The data centre construction industry, however, remains buoyant across Asia-Pacific going into 2021, with Indonesia and Japan as the most sought-after markets.

India, Korea, China and Australia will also remain active with a wave of new projects anticipated to start in 2021.

Looking at data centres in the Asia-Pacific region, Jakarta, Indonesia, is arguably the most sought-after location in terms of power and capacity. With its young demographic and projected population growth of 20% (52 million people) over the next 20 years, the demand requirements are significant.

Japan is seeing high growth at the moment with multiple large scale projects either starting construction or going through the design THE CHINA DATA CENTRE process. While power may be MARKET WAS VALUED AT cheaper elsewhere in APAC, Japan remains top in terms of power US$13.01BN IN 2019, AND grid stability. This, paired with the extremely low-security risk, makes IT IS EXPECTED TO REACH Japan an attractive and ultra-competitive market for data centre A VALUE OF US$36.18BN developers and clients.

BY 2025.

Tokyo is the second most expensive place to build data centres globally in our index due to busy market conditions, labour and material shortages, combined with costly design requirements to build in zones with seismic risk, which all contribute to an elevated cost of $10/w.

The China data centre market was valued at US$13.01bn in 2019, and it is expected to reach a value of US$36.18bn by 2025. China’s stride into 5G mobile telecommunications technology and the booming eCommerce sector is elevating the value of its data centres.

Singapore remains a key base for many tech companies. With its ease of doing business and low taxation, Singapore continues to be a strategic hub in the Asia-Pacific region. Land availability and local authority restraints remain a roadblock for many, in either entering or expanding their footprint in Singapore. The availability of plentiful and reliable power supplies from neighbouring Malaysia enhances Singapore’s position as a data centre hub.

In Australia the data centre construction market was certainly showing signs of expansion as it entered 2020. Existing major Australian data centre providers, such as NEXTDC, Digital Realty, Equinix, Global Switch and AirTrunk have been continuing with their expansion plans, targeted at cloud businesses and enterprises in major cities.

“

AIDAN TURNBULL Managing Editor www.wipmagazines.com www.powermediagroup.co.uk

INDEPENDENT POWER ASIA

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CONTENTS

AUGUST 2021

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LEADER AND NEWS FROM THE ASIA-PACIFIC REGION Comments and Regional News

12 MWM TCG 2020 GENSETS POWER TWO BIOGAS PROJECTS IN CHINA Beijing Yiqing Biomax Green Energy Co., Ltd. and MWM have been working together to develop the Dongcun biogas power plant.

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MITSUBISHI POWER CELEBRATES LINKS WITH SINGAPORE Mitsubishi Power has been part of Singapore’s energy story since 2006, when the country made the transition from oil to natural gas for power production.

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SHANGRI-LA DISTRICT HEATING SUPPLIED BY ABB

ABB has supplied a complete district heating system to Dêqên Tibetan Autonomous Prefecture Heat Development in Shangri-La in the Himalayas, China.

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INDONESIA INVESTS IN THE REGION’S LARGEST FLOATING SOLAR PLANT Indonesia has begun work on a 145 megawatt (MW) floating solar power project, the largest in Southeast Asia, after financing for the project was agreed.

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CLASSIFIED DIRECTORY OF EQUIPMENT & SERVICES

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ENGINE MANUFACTURERS GUIDE 4

INDEPENDENT POWER ASIA

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NEWS

AUGUST 2021

IN BRIEF PT AKSA POWER INDONESIA IN 1.3MW DIESEL GENSET CONTRACT AKSA has supplied a 1.3 MW silent diesel generator set for one of Indonesia’s biggest industrial facilities. AKSA Power Generation manufactures gasoline, diesel, natural gas and other gensets ranging between 1 kVA to 3125 kVA and larger - as well as lighting towers and generator hardware.

Generators are produced in manufacturing facilities in Istanbul (in Turkey AKSA has 20.000 m² of indoor space), Changzhou (China 120.000 m² of indoor space) and Louisiana (U.S.A., 10.000 m² of indoor space) - and also a trade centre Rotterdam-Dordrecht (Netherlands 2000 m² of indoor space) which has become a leader and pioneer within the sector.

The industrial sector currently contributes most to Indonesia’s annual GDP growth.

TESLA UNAFFECTED BY 3-DAY FIRE AT AUSTRALIAN BATTERY PLANT August 2nd, 2021: A blaze at a massive Tesla battery site in south-eastern Australia this month was brought under control after three days.

Emergency services were called to the Victoria Big Battery project – built by French renewable energy firm Neoen using Tesla batteries after a 13-tonne lithium battery inside a shipping container had caught fire at the site near Geelong, about an hour’s drive from Australia’s second city Melbourne, the Country Fire Service (CFA) said.

“There was one battery pack on fire to start with, but it did spread to a second pack that was very close to it,” incident controller Ian Beswicke said in a statement.“Firefighters have successfully completed the operation of opening all doors to the container of the battery, with no sign of fire,” the CFA confirmed.

Neoen Australia managing director Louis de Sambucy said no one was injured in the incident, and with the site disconnected from the grid, there had been no impact on electricity supply.

“Investigation preparations are underway and physical inspections will commence once the CFA have completed their procedures,” he said.

ONE YEAR ANNIVERSARY FOR SAFT HUB IN CHINA

CCHP PLANT IN CHINA TO POWER CHINA UNICOM’S DATA CENTRE The Zhenjiang Energy Deqing Data Centre CCHP Project will power China Unicom’s Deqing Cloud Data Center.

Fuelled by natural gas, the CCHP technology brings energy to the data centre in a pioneering approach.

The core generating facilities of the project are 7 units of MWM TCG 2032 V16 natural gas gensets. The total output of the project is: Electricity: 2.99x104kW; Refrigeration: 7.35x104kW. The project is designed with the principle of “determining power generation capacity based on cold demand”. The natural gas gensets are operating with an on-grid parallel model. The high temperature exhaust gas and jacket water from gas gensets enter into www.wipmagazines.com www.powermediagroup.co.uk

the absorption chillers to produce the cooling water.

Meanwhile, a cooling water storage tank operates online in real time as the redundant configuration of the cooling water system. The whole energy system can fulfill the highly reliable and continuous power and cooling demands of the data center.

When operating at full capacity, this project will generate 225 million kWh of electricity and provide 228 million kWh of cooling capacity annually with a remarkable amount of energy saving and greatly emissions reduction, which is an important demonstration of a clean, low-carbon, safe and high-efficient smart energy system.

Saft has ben operating its manufacturing hub for energy storage solutions in Zhuhai, China, for a year now.

The plant was established to enable Saft to provide an integrated approach to energy storage worldwide. This includes every step from initial concept and sizing to system engineering, delivery and grid connection. As a result, says Saft, operators are able to keep their total cost of ownership (TCO) to a minimum, while maximising performance.

Saf says that this particulare investment marked its transition from being a supplier of batteries

to providing complete energy solutions.

The Zuhai plant reinforces Saft’s existing footprint in Zhuhai as one of three strategic manufacturing hubs – the other two being in Bordeaux, France and Jacksonville, US. The manufacturing capacity of the Zhuhai-based 6,600 square metre plant is around 200 containers per year, equivalent to 480 MWh. The plant is already producing Intensium Max 20 High Energy containers. These units were launched in 2019 and offer 1.2 MW of power and 2.5 MWh of energy storage.

INDEPENDENT POWER ASIA

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NEWS

AUGUST 2021

IN BRIEF CHINA: THE 7TH LARGEST HYDROPOWER PLANT IN THE WORLD GOES ONLINE The Wudongde (WDD) project - the seventh largest hydropower station in the world and has the largest capacity single unit in operation - is now generating power on a commercial basis.

The last unit - one of six 850 MW Francis turbine generator sets and related equipment - has been successfully connected to the grid and has completed 72 hours of trial operation. At 850 MW, these are the world’s largest units ever used in a hydropower plant. The first unit was connected to the grid in July 2020. The power plant is located in the lower reaches of Jinsha River, and with a total installed capacity of 10,200 MW is a key element of the West-East Power Transmission project through which China is developing power resources in the western region and providing electricity to provinces in the East where the electricity supply is in greatest demand.

CHP PLANT BEGINS COMMERCIAL OPERATIONS IN TAIWAN

GE has announced the start of commercial operation for Chia Hui Power Corporation’s Combined Heat and Power plant (CHP) in Minxiong Township, in Chaiyi County, the sixth-largest county in Taiwan. GE provided a HA-powered turnkey combined cycle plant covering the full plant lifecycle including power generation equipment, analytics and controls software, and service agreements.

The plant adds approximately 535 megawatts (MW), the equivalent electricity needed to power approximately 600,000 Taiwanese homes, and steam for district heating for the citizens of the Chiayi province–serving as a significant achievement in supporting Taiwan’s Renewable Energy Development Act (REDA) energy policy, which seeks to increase the gas-fired power ratio to 50% by year 2025. The Chia Hui project was also recognized with the “Best-in-Class for Safety and Health Management” award in 2020 by Taiwan OSHA as a model site for Southern Taiwan and was approved by the Bureau of Energy Taiwan for commercial operation.

“Taiwan’s Renewable Energy Development Act was enacted to promote the utilization of renewable energy, increase energy diversification, improve environment quality, energize the industry and drive the national sustainable development. The growth of gas power generation plays a critical role in facilitating Taiwan’s transition to a lower carbon future and supporting the reliable, affordable growth of sustainable energy,” said Kent Chen, General Manager of Chia Hui Power Corporation. “Chia Hui plant, powered by GE’s advanced HA technology, will help support our commitment to Taiwan’s mission to increase natural gas to 50% of the energy mix, while increasing Taiwan’s power reserve to proactively support our growing population”.

The power plant is comprised of a single generating block equipped with a GE’s 7HA.02 gas turbine powering an H65 generator, a STF-A650 steam turbine powering an H33 generator, and a Heat Recovery Steam Generator (HRSG). For this turnkey project, GE manufactured, delivered, and installed the equipment and will provide maintenance services for 10 years. Overall plant performance will be monitored and enhanced with GE’s tightly integrated Mark VIe Distributed Control System (DCS) software solution to help Chia Hui Power Corporation improve asset visibility, reliability, and availability while reducing operating and maintenance costs.

UNDERSEA CABLE PROJECT WILL LINK EUROPE’S GRID WITH ASIA The utility group TEIAS has awarded a contract worth €140 million to the Prysmian Group for the design, supply, installation and commissioning of two high-voltage submarine power cable links, one between Europe and Asia, the other across the Izmit Gulf in Asia. Both contracts will be completed during 2023.

The first project – Dardanelles III – includes the design, supply, installation and commissioning of the third high-voltage submarine power cable link between Europe and Asia across the Dardanelles strait in Turkey. The cable link consists of a double circuit with a rating of 1000 MW for each leg over a total route of 4.2 km – 4 km submarine and 0.2 km on land.

The second project – Izmit Gulf Crossing – includes the design, supply, installation and commissioning of a high-voltage submarine power cable link that will be installed nearby the Osman Gazi Bridge, in the Izmit Gulf, Turkey. The cable consists of a double circuit with a rating of 1,000 MW for leg and covers a total route of 14 km – 4 km submarine and 10 km on land.

These projects will complement the interconnections developed by Prysmian for TEIAS in past years (Dardanelles II and Dardanelles I), and together are expected to ensure reliable and cost-effective power flows between Asia and Europe.

Each link consists of two 400 kV HVAC single-core cables with XLPE insulation and single wire armouring. Offshore installation operations will be performed by one of the Group’s cable laying vessels.

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INDEPENDENT POWER ASIA

HITACHI ENERGY IS THE NEW NAME FOR HITACHI ABB POWER

Hitachi ABB Power Grids is currently changing its identity to become Hitachi Energy from October 2021.

The decision to change name has board and shareholder consent and coincides with the business’ first-year anniversary since it began operations on 1st July, 2020.

Hitachi has an 80.1 % stake in the joint venture and ABB holds the balance.

Toshiaki Higashihara, executive chairman and CEO of Hitachi, commented: “With climate change and increasing natural disasters, there is a need to solve three social issues worldwide: environment, resilience, and

security and safety. Hitachi ABB Power Grids provides a variety of solutions that solve these social issues, and by changing the company name to Hitachi Energy, we are further strengthening our commitment to the realisation of a sustainable society.”

From October 2021 Hitachi will change its corporate brand to the Hitachi brand and use it for external and internal communications. The business formally registered Hitachi Energy Ltd on 30th June, 2021, and is now undertaking the formal process for the change of names on a global basis. www.wipmagazines.com www.powermediagroup.co.uk

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NEWS

AUGUST 2021

IN BRIEF HYDROGEN DEMONSTRATION PROJECT INITIATED IN JAPAN

BY JERA JERA Co., Inc. will launch a hydrogen demonstration project at an LNG thermal power plant in Japan the New Energy and Industrial Technology Development Organization’s Green Innovation Fund program. Because hydrogen does not emit CO2 when burned, it is seen as a prospective next-generation fuel for use in Japan’s thermal power stations instead of fossil fuels. JERA aims to reduce its use of fossil fuels and to develop ‘zero-emission thermal power’ which emits no CO2 during generation by using hydrogen and ammonia as fuel. Intermediate to achieving such zero-emission thermal power plants, JERA plans to reduce CO2 emissions by gradually increasing the utilization rates for hydrogen and ammonia.

CHINESE WIND TURBINE MANUFACTURER CRRC JOINS GLOBAL WIND ORGANISATION Chinese wind turbine manufacturer CRRC Zhuzhou Institute Co. Ltd has now joined Global Wind Organisation, becoming part of a global network of stakeholders driving standards for safety. CRRC is one of the world’s top wind turbine manufacturers, with 3.84 GW of new installations in 2020 and a total of 8.2 GW installed to date.

The company’s membership was approved by GWO’s General Assembly of globally leading manufacturers and owner operators and was celebrated at an official ceremony in Beijing, China. Mr. Liu Hui, Deputy General Manager of CRRC Wind Power confirmed that Global Wind Turbines will commit to use GWO standards for its workforce training and furthermore CRRC will soon be certifying its own GWO training centre.

CRRC Wind Power has 1,100 employees, of which 60% are technicians and engineers who are likely to be in scope for GWO Basic Safety Training.

“For CRRC Wind Power safety has always been crucial ensure both in production, installation, operations, and maintenance of turbines.

CRRC will unambiguously work to provide a safe and harm-free working environment for our workforce and to promote an aligned standard of safety in the wind power industry. As a GWO member company, CRRC Wind Power is looking forward to work together across markets and expand adherence to GWO global safety standards.

CONSTRUCTION BEGINS ON THE 1200 MW PULAU INDAH POWER PLANT IN MALAYSIA The engineering, procurement, and construction (EPC) consortium of Posco Engineering & Construction Co. Ltd (Posco) and PEC Powercon Sdn Bhd is behind the construction of the Pulau Indah Power Plant, in Selangor, Malaysia. The plant will consist of a two-block combined cycle power plant, featuring a total plant configuration designed to be modular and cost-effective to install, control and maintain. Two blocks of 600 megawatts (MW), each including a 9HA.01 gas turbine, an STF-D650 steam turbine, a W88 generator and a once through heat recovery steam generator (OT HRSG) will be supplied.

According to the consortium OT HRSG technology will be a key enabler in ensuring that advanced water-steam cycles deliver higher combined cycle efficiency. The natural gas fired Pulau Indah power plant will begin commercial operations in 2024. The financing for the power plant will be provided by Bank Pembangunan Malaysia Bhd (BPMB), Maybank Islamic Bhd and United Overseas Bank (M) Bhd (UOBM) via a fresh commodity Murabahah term financing facility.

Worldwide Holdings Bhd is the majority shareholder in PIPP with a 75% stake, while the remaining 25% is owned by Korea Electric Power Corp.

Worldwide Holdings and PIPP chairman Datuk Nor Azmie Diron said the power plant is expected to operate with a net efficiency of more than 62%, higher than its coal or oil equivalent. The project just begun its construction phase.

“Once it is commissioned in January 2024, the power plant is expected to support the increasing power demand in the Klang Valley and boost the baseload supply for the region. The power plant will generate low carbon energy to the central region of Peninsular Malaysia, which includes the Klang, Sepang and Kuala Langat districts which have a high demand for electricity,” Datuk Nor Azmie Diron commented.

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INDEPENDENT POWER ASIA

ASIA’S EMERGING POWER GENERATION MARKETS LIKELY TO BE HIT BY PRICE RISES AT THE END OF 2021 Emerging markets such as Vietnam, Pakistan and Bangladesh that are turning to liquefied natural gas (LNG) as a source of power are likely to be hit by higher and more volatile prices going forward, according to a briefing note from the Institute for Energy Economics and Financial Analysis (IEEFA).

Bruce Robertson, a LNG-gas analyst, suggests that gas-fired power plants and LNG import facilities totalling over US$50 billion could at high risk of cancellation as gas-fired electricity becomes unaffordable in emerging markets.

Robertson points out that recent spot price volatility has led to tenders being cancelled by Bangladesh and Pakistan.

“Emerging markets are particularly price sensitive and will find the forthcoming gas price environment challenging, as we have already seen in Bangladesh and Pakistan. Higher and volatile LNG prices will make operating LNG-powered generation plants more costly and unpredictable. This may lead to the underutilisation of LNG plants and rising gas and electricity tariffs for customers.”

Fluctuations in the recent spot price rise may be a precursor to higher and more volatile gas prices in the future, with less affordable contract prices a likely outcome, suggests Robertson. www.wipmagazines.com www.powermediagroup.co.uk

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NEWS

AUGUST 2021

IN BRIEF NEXANS TO PROVIDE ONE MILLION WINDLINK KITS Nexans has secured a two-year global supply contract with Vestas to provide around one million Windlink cable kits for turbines destined for onshore wind farms in a number of locations, especially in China. The low voltage and medium voltage kits will be installed in Vestas onshore wind turbines rated at 2, 3 and 4 MW. They will provide pre-connected and pre-tested connections for power, control and communication functions within the nacelle, tower and control panels.

The cables feature rubber, thermoplastic or silicone insulation according to their specific application. A significant new development for this latest contract will be the use of completely lead-free materials in the construction of MV cables.

SEAFLOAT POWER PLANT COULD BE THE ANSWER TO ASIA’S ENERGY SHORTAGES Following the successful delivery of four floating power plants to New York in 2019, it has been suggested that Asian-Pacific nations could invest in the technology to alleviate hard-pressed energy grids. Siemens’ SeaFloat power plants can be used as base load or emergency backup for existing power plants during peak loads or outages and to provide a fast power supply in the event of a humanitarian disaster.

SeaFloat power plants can even be supplemented with a desalination plant to provide clean potable water that helps prevent disease. A wide range of gas turbine frames and combined cycle configurations are available so that an appropriate solution that meets specific requirements can be developed with customers.

SeaFloat power plants can be moved to any site accessible by sea or major rivers and require almost no investment for land acquisition, reports Siemens. SeaFloat has been designed to be as small as possible, and it’s defined a new standard in power density.

Because the plants’ construction and a large portion of commissioning are performed using standardised equipment under strictly controlled conditions in the world’s leading shipyards, a short lead time can be realized.

THE ASIA RENEWABLE ENERGY HUB LOCATED IN WESTERN AUSTRALIA The Asian Renewable Energy Hub will generate 26,000 MW of renewable energy in Western Australia. Up to 3,000 MW of generation capacity will be dedicated to large energy users in the Pilbara region, which could include new and expanded mines and downstream mineral processing. The bulk of the energy will be used for large scale production of green hydrogen products for domestic and export markets.

From a 14,000-square kilometre initial land package, 6,500 square kilometres of land in the East Pilbara region of Western Australia were selected to accommodate 26,000 MW of wind turbines and solar photovoltaic panels. Outstanding wind and solar resource and large project scale will result in competitively priced renewable energy with a high capacity factor.

Project development commenced in 2014 with a study of the entire north-west coast of Western Australia. Project land has been secured through the WA Department of Lands, the Traditional Owners are actively engaged and supportive, onshore and offshore development studies have been completed and a consortium of global renewable energy leaders has been assembled. The West Australian Government acknowledged the project’s potential and progress with Lead Agency Status in July 2018, and in October 2020 the first 15,000 MW stage of the project received environmental approval from the Western Australian Government. “The most important step in developing a project is finding the best site,” commented Alexander Tancock, Managing Director of InterContinental Energy. “We spent two years investigating the entire northwest coast of Australia, and found this incredible location.

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INDEPENDENT POWER ASIA

WORK PROCEEDS ON THE ASAHAN 3 HYDROPOWER PROJECT IN INDONESIA Voith Hydro has been working on the electro-mechanical equipment contract for the Asahan 3 hydropower project in Indonesia, which will be operated by the state-owned utility Perusahaan Listrik Negara (PLN). The project is supported and financed by Japan International Co-operation Agency ( JICA).

Voith has been responsible for the design, manufacture and supply of two 87 MW vertical Francis turbine and generator units, including the control system, complete electrical, and mechanical balance of plant equipment and a 150 kV switchyard. The project is scheduled to be completed in 2024 and will support Indonesia’s target to achieve a renewable energy share of 23% in the energy mix by 2025.

This contract has strengthened the position of Voith Hydro as one of the leading hydropower equipment suppliers in Indonesia. Voith has successfully put into operation 200 megawatts of hydropower in Indonesia through 20 small and medium hydro projects so far. Besides Voith Hydro Indonesia, the local business unit has been providing project management, onshore supplies, services, spares, repair and maintenance, rehabilitation and modernization works for several hydropower projects in Indonesia.

Indonesia’s hydropower potential is estimated at around 75,000 MW, with untapped resources concentrated on the islands of Sumatra, Java and Sulawesi. www.wipmagazines.com www.powermediagroup.co.uk

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GENSETS

AUGUST 2021

MWM TCG 2020 GENERATOR SETS POWER TWO BIOGAS PROJECTS IN CHINA

B

eijing Yiqing Biomax Green Energy Co., Ltd. is a subsidiary of Beijing Environmental Sanitation Engineering Group Co. It was primarily responsible for the construction and operation of the Dongcun Classified Waste Integrated Treatment Plant Project in Beijing, and is also a large-scale environmental protection enterprise that uses an anaerobic digestion process to treat domestic waste. The company handles the treatment of kitchen and food waste in Dongcheng District, Xicheng District, Vice Center and the Yizhuang Development Zone of Beijing.

The Dongcun biogas power plant is designed to generate power from the biogas produced from anaerobic fermentation of municipal domestic waste (food waste) and kitchen waste. The plant is equipped with a biogas collection system, biogas storage tanks, biological desulfurization system, biogas de-watering facility and a filtration and pressurization treatment system. Four MWM TCG 2020 V16 biogas generator units (single units with a capacity of 1,560kW) were selected with a total installed capacity of 6,240kW. The whole system is equipped with a biological desulfurization and denitrification system, a waste heat boiler and a biogas generation cogeneration unit. The power produced by the system is then sent to the municipal grid. The MWM gas generator units are highly efficient at treating complex anaerobic biogases. Power supply method: the plant runs off the power it generates and supplies the surplus power to the grid, maximizing the use of resources.

Dongcun Biogas Power Plant is the first anaerobic digestion biogas power plant for kitchen and food waste in Beijing, and the first distributed energy project in Tongzhou District. The power plant adopts a model whereby biogas is produced from waste, generating electricity, supplying electricity, using electricity for internal equipment, and sending surplus electricity to the grid. This is a highly environmentally friendly strategy, and an energy saving project that can effectively treat waste and achieve

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INDEPENDENT POWER ASIA

resource recycling. It is of great importance both in terms of environmental benefits and resource utilization. The construction and operation of this project has filled the gap of anaerobic digestion biogas power generation for kitchen and food waste in Beijing, effectively optimizing the energy consumption structure of Tongzhou District. This has contributed to energy saving and emission reduction efforts, is alleviating the energy “bottleneck” constraints of economic and social development, is relieving environmental and ecological pressure, and is transforming the region’s economic growth model. This is consistent with the high-end positioning of Beijing’s sub-center, and can be used to achieve a coordinated and sustainable development for the city.

Fearless of the cold! Mudanjiang Landfill Gas Power Project facilitated

by MWM Gas-fired generator sets Around 1,400 kilometers to the NorthEast lies Mundanjiang City, place of the first landfill gas power generation project in Heilongjiang Province. Mudanjiang Guojiagou Landfill Gas Power Plant is located in an area, where the average temperature in winter reaches below minus 20c, with a historical extreme of minus 42c. The annual period in which heating is required can last as long as six months.

As the first landfill gas power generation project in Heilongjiang Province, the power plant was established in 2007, and its first phase was connected to the grid in 2009. In its first phase, the plant consumed 840 cubic meters of landfill gas per hour, with an annual consumption of landfill gas reaching approximately 6 million cubic meters,

saving about 7,000 tons of standard coal per year.

Smoothly put into operation without fear of wind and snow In 2020, in order to take part in the landfill stock treatment project in Mudanjiang City, and to treat the landfill gas after the stock had been overlaid, Pauway (a partner of MWM) created a customized MWM TCG 2020 V12 containerized gas generator set with an output of 1.1MW for the second phase of the project according to the customer’s demand. The gas-fired generator sets passed the acceptance test of the State Grid in November 2020, and was subsequently officially connected to the grid on 31 December.

Smooth power supply to promote efficient use of energy After the unit has been put into operation, the daily power generation capacity of Guojiagou landfill gas power plant can reach up to 40,000kWh, its daily consumption of landfill gas is 38,000m3, and its annual landfill gas consumption is 12,000,000m3, saving around 12,000 tons of standard coal per year.

The MWM TCG 2020 gas engines are custom-tailored to the challenges of a dynamic market setting. The model portfolio offers an output range of 1,000 to 2,000 kWel and is thus perfectly suited to the high demands of a broad application spectrum. The generator sets stand for efficiency, reliability, flexibility and environmental compatibility together with low lifecycle costs and high profitability.

For more information please visit: www.mwm.net

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GAS TURBINES

AUGUST 2021

CELEBRATING THE POWER LINKS WITH SINGAPORE’S ENERGY STORY

M

itsubishi Power has been part of Singapore’s energy story since 2006, when the country made the transition from oil to natural gas for power production. To date, it has supplied six gas turbines, 33 steam turbines and 29 boilers generating approximately 6.75 GW of power for the island.

The COVID-19 pandemic has spurred even greater commitments from Singapore to establish a climate resilient future. As part of its recovery, the city-state is promoting decarbonisation and growing green industries such as carbon services and climate science.1 These are in line with the ‘4 switches’ framework set out by the Energy Market Authority to achieve a future in which energy is produced reliably and consumed efficiently, in part by increasing adoption of natural gas and emerging low-carbon alternatives.

Mitsubishi Heavy Industries Group, comprising Mitsubishi Power and other companies, is proud to be a long-standing partner in the country’s energy journey – from the provision of highly efficient gas turbines to Tuas Power, one of Singapore’s largest power companies, in 2001 to the recent joint exploration to implement a hydrogen-powered data centre with Keppel Data Centres.

“

THE GLOBAL ENERGY SECTOR IS RAPIDLY CHANGING. AROUND THE WORLD, THERE ARE INITIATIVES TO RAMP UP DECARBONIZATION OF POWER SYSTEMS, DEVELOP NEW DIGITAL TECHNOLOGIES AND SIGNIFICANTLY TRANSFORM THE ENERGY MIX. THROUGH IT ALL, MITSUBISHI POWER HAS BROUGHT TO MARKET SOLUTIONS TH AT ARE RELIABLE, EFFICIENT AND ECONOMICAL, WHILE ALSO ACHIEVING HIGH ENVIRONMENTAL PERFORMANCE.

President and CEO Ken Kawai 14

INDEPENDENT POWER ASIA

On top of building strong local partnerships, the company is at the forefront of developing innovative energy technologies like its highly efficient J-Series gas turbines.

Additionally, the Mitsubishi Gas Turbine Combined Cycle (GTCC), and biomass-fuelled technologies are set to transform power systems all around Asia Pacific–making them more efficient whilst significantly reducing their carbon emissions.

A company spokesman commented: “We are also engineering the power plant of the future, incorporating technologies not usually associated with power generation such as data analytics and Artificial Intelligence as well as building capacity to run with cleaner fuels. Our T-Point 2 GTCC validation facility in Japan–regarded as an icon for long-term prototype testing–is on track to becoming the world’s first autonomous combined cycle plant powered by our suite of AI-enabled TOMONI™ digital solutions.

“And to further support the realisation of a zero-carbon society, we are working toward accelerating hydrogen adoption in power generation. In 2018, we completed test trials of 30% hydrogen co-firing in gas turbines using dry low NOx combustion technology. Now, we are in the midst of converting GTCC plants in the Netherlands to run solely on hydrogen by 2025.”

Mitsubishi Power believes it is paving the way for an energy future that

works for people and the planet. With clear commitments and plans, the company is confident that this future can be achieved in Singapore and in this region. Access to clean, reliable and affordable power begets progress, and nowhere is this potential greater today than in Asia Pacific.

President and CEO Ken Kawai comments: “The global energy sector is rapidly changing. Around the world, there are initiatives to ramp up decarbonization of power systems, develop new digital technologies and significantly transform the energy mix. Through it all, Mitsubishi Power has brought to market solutions that are reliable, efficient and economical, while also achieving high environmental performance.”

He explains: “As a company, we are committed to addressing the various needs of our customers, by designing equipment to handle various types of fuel, maintaining output flexibility as more renewables enter the market, and optimizing operations and maintenance through deep technologies such as AI and IoT. At the same time, we continue to accelerate our global efforts to help provide reliable, accessible and affordable electricity for all.”

He concludes: “Mitsubishi Power is creating a future that works for people and the planet by developing innovative power generation technology and solutions to enable the decarbonisation of energy and deliver reliable power everywhere.” www. power.mhi.com www.wipmagazines.com www.powermediagroup.co.uk

DISTRICT HEATING

AUGUST 2021

DRIVING DISTRICT HEATING FORWARD IN TIBET

D

istrict heating systems play an important role in the efficient and sustainable heating of buildings. But it is not enough to simply generate heat efficiently – it must be transmitted and distributed with minimal cost and energy loss.

That’s where pumps operated by variable speed drives play a vital role, as Frank Taaning Grundholm, Vice President, Global HVACR Sales, ABB Motion explains.

District heating networks comprise a distribution system of insulated pipes that take heat from a central source and deliver it to several domestic or non-domestic buildings. The heat source might be a facility that provides a dedicated supply to the heat network, such as a combined heat and power (CHP) plant. Or it could be heat that is recovered from industrial sites, such as large data centers, or energy from metal processing or chemical plants. Heat networks provide an opportunity to exploit larger scale – and often lower cost – renewable and recovered heat sources that otherwise cannot be used.

District heating systems can vary in size, distributing heat just a few hundred meters or up to 50 kilometers and, at their largest, can encompass an entire city. The smaller communal heating systems will service a single campus or a village.

Regardless of the energy source, district heating has higher efficiency, with less carbon emissions than individual heating. It can unlock multiple opportunities for renewable thermal energy and residual heat from industrial processes, sewage, waste incineration. It also enables Power-to-X technology by converting surplus electricity to heat, which can be stored and used later.

Optimizing energy use The critical factor in the success of a district heating scheme is to optimize energy use. This is where variable speed drives (VSDs) play an important role in providing precise pump control for optimal heat carrier flow rates and pressures. The result is that energy use is managed to match the needs of the building while ensuring a comfortable environment for the occupants. On average, VSDs deliver energy savings of 20 to 60 percent compared with solutions that rely on the throttling of fixed-speed pumps. In addition, utilizing the latest IE4 or IE5 efficiency class motors in heating applications significantly reduces energy consumption in heat generation, transmission, and distribution processes. Digitalization, in the form of smart sensors for motors, together with VSD energy monitors, also helps analyze energy use and to identify areas of improvement for the entire system, while also improving operational resilience.

www.wipmagazines.com www.powermediagroup.co.uk

Practical experience in China As a practical example of what is possible, ABB has supplied a c omplete district heating system to Dêqên Tibetan Autonomous Prefecture Heat Development in Shangri-La in the Himalayas, China.

Shangri-La suffered badly from air pollution caused by wood-burning stoves that were the primary source of heat for its 50,000 residents. ABB supplied all equipment from the steam to water heat exchanger in the boiler room to the end-user installation. This included electrical and mechanical equipment needed to provide heat to the citizens.

ABB automation and electrical solutions interconnect and monitor the new heating plants for maximum efficiency, while air-source heat pumps have enabled the move from individual heat-only boilers and stoves to boilers based on electricity. The pumps boost the system’s energy efficiency and help improve the quality of life substantially by reducing coal-fired emissions.

To meet the changing needs of the population, five local SCADA systems communicate with the central control and monitor the system to deliver heat most efficiently. The shift from stoves to the district heating systems has provided substantial environmen-

tal benefits. About 17,000 tonnes of coal is no longer burnt in Shangri-La every year, which is the equivalent of 105,000 tonnes in annual carbon dioxide emissions, and dust emissions is reduced by 460 tonnes.

The time has arrived for district heating Cities around the world have a great deal to gain by Investing in the deployment and development of district heating. In particular, using smart digital solutions to connect multiple heat sources and facilitate control and planning according to forecast availability will make it possible to start leveraging the available energy faster.

It is also possible to use the energy with optimum efficiency. Because there are fully commercialized and industrial-scale solutions available right now that combine highlyefficient pumps and motors, variable speed drives and digital control with monitoring technology. That is why the time for district heating has arrived.

For further information: Drives and motors: https://new.abb.com/ drives/segments/hvac/hvacindustries/ district-energy

INDEPENDENT POWER ASIA

15

SOLAR

AUGUST 2021

INDONESIA INVESTS IN THE REGION’S LARGEST FLOATING SOLAR PLANT

A

key project backed by state power utility Perusahaan Listrik Negara and UAE’s Masdar, Indonesia has begun work on a 145 megawatt (MW) floating solar power project, the largest in Southeast Asia, after financing for the project was agreed. Thanks to the project backed by state power utility Perusahaan Listrik Negara (PLN) and Masdar of United Arab Emirates, Indonesia is aiming to draw 23% of its energy from renewable sources by 2025 – and the government has said the country will try to reach net zero emissions by 2060 by moving away from coal.

“By securing the financial support for this project, we can immediately begin the construction stage,” PLN chief executive Zulkifli Zaini said. “We are optimistic that, with the support of all stakeholders, this environmentally friendly project can start commercial operation on schedule,” he added.

A joint venture between a unit of PLN and Masdar in West Java, the Cirata floating photovoltaic power plant is expected to be the largest of its kind in Southeast Asia and is scheduled to begin commercial operation in November 2022.

Financing of the project was arranged through Sumitomo Mitsui Banking Corp., Societe Generale, and Standard Chartered Bank, a Masdar representative has confirmed. Construction of the project is underway.

PLN has said it will start to gradually shut down its coalfired power plants, which currently meet around 60% of Indonesia’s energy demands.

“

WE ARE OPTIMISTIC THAT, WITH THE SUPPORT OF ALL STAKEHOLDERS, THIS ENVIRONMENTALLY FRIENDLY PROJECT CAN START COMMERCIAL OPERATION ON SCHEDULE PLN chief executive Zulkifli Zaini

16

INDEPENDENT POWER ASIA

Floating solar, also known as floating photovoltaic (FPV) or floatovoltaics, is any sort of solar array that floats on top of a body of water. Solar panels need to be affixed to a buoyant structure that keeps them above the surface. If you come across a floating solar installation, it’s most likely located in a lake or basin because the waters are generally calmer than the ocean. It’s also common to install floating solar structures on large, man-made bodies of water, such as reservoirs.

Floating solar is a relatively new concept. The first patents for this type of technology registered in 2008. Since then, floating solar has predominately been installed in countries such as China, Japan, and the U.K. Advantages of floatovoltaics There are a few advantages to installing a floating solar array versus more traditional types of projects: * One of the biggest advantages of floating solar panels is that the installations do not require valuable land space. Many of these installations can take up unused space on bodies

of water, such as hydroelectric dam reservoirs, wastewater treatment ponds, or drinking water reservoirs.

This allows for landowners to make use of an area that wouldn’t otherwise be used, rather than installing on sunny land that could potentially serve another purpose down the line. Additionally, installing solar panels out on open water reduces the need for tree removal and forest clearing, a practice used in the case of some larger solar panel installations. * Solar panels are durable and can perform under high temperatures.

But as with other electronics, with higher temperatures come decreased power outputs. Solar panel performance tends to decline as temperatures rise, which can be a concern for property owners looking to install panels in a hot and sunny climate.

The bodies of water that host floating solar arrays help cool down the solar equipment, which means the panels produce electricity at higher efficiencies in hot climates than they might otherwise. www.pln.co.id www.wipmagazines.com www.powermediagroup.co.uk

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NOTES

ENGINE MANUFACTURERS GUIDE

R Schmitt Enertec GmbH

INNIO Jenbacher gas engines

Headquarters: A-6200 Jenbach (Austria) T +43 5244 600-0 F +43 5244 600-527 jenbacher.info@ge.com www.gejenbacher.com Manufacturer of gas driven generator sets and cogeneration systems in a power range from 0.25 to 3 MW. Model JMS 208 GS JMS 208 GS JMS 312 GS JMS 312 GS JMS 316 GS JMS 316 GS JMS 320 GS JMS 320 GS JMS 412 GS JMS 416 GS JMS 420 GS JMS 612 GS JMS 616 GS JMS 620 GS

Fuel

rpm

g g g g g g g g g g g g g g

1,500 1,800 1,500 1,800 1,500 1,800 1,500 1,800 1,500 1,500 1,500 1,500 1,500 1,500

Pel

Pth

330 335 625 633 834 848 1,063 1,060 844 1,131 1,415 1,820 2,433 3,041

358 406 731 808 988 1,079 1,190 1,313 892 1,194 1,492 1,792 2,399 3,020

Ratings natural gas standard, NOx ≤ 500 mg/ m3N. Dry exhaust gas; based on 5% O2. For engines with 1,200 rpm please contact GE Energy’s Jenbacher product team.

TAD1242GE TAD1640GE TAD1641GE TAD1642GE

352 393 433 485

409 462 509 570

Perkins Engines Company Limited

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M06-G/B T0D41 g 50 M06-G/B TID41 g 50 M06-G/B T2D41 g 50 M08-G/B TID41 g 50 M08-G/B T2D41 g 50 M12-G/B TID41 g 50 M12-G/B T2D41 g 50 M06-G/B T0D41 g 60 M06-G/B TID41 g 60 M06-G/B T2D41 g 60 M08-G/B TID41 g 60 M08-G/B T2D41 g 60 M12-G/B TID41 g 60 M12-G/B T2D41 g 60 RSE engines for LPG M06-PT0D41 g 50 M06-PTID41 g 50 M06-PT2D41 g 50 M08-PTID41 g 50 M08-PT2D41 g 50 M12-PTID41 g 50 M12-PT2D41 g 50 M06-PT0D41 g 60 M06-PTID41 g 60 M06-PT2D41 g 60 M08-PTID41 g 60 M08-PT2D41 g 60 M12-PTID41 g 60 M12-PT2D41 g 60 RSE engines for Woodgas M06-HT2D41 g 50 M08-HT2D41 g 50 M12-HT2D41 g 50 M06-HT2D41 g 60 M08-HT2D41 g 60 M12-HT2D41 g 60

Electric output 140 kW 200 kW 250 kW 260 kW 333 kW 400 kW 500 kW 150 kW 210 kW 250 kW 280 kW 333 kW 420 kW 500 kW 115 kW 173 kW 205 kW 233 kW 260 kW 350 kW 450 kW 130 kW 173 kW 205 kW 233 kW 260 kW 350kW 450 kW 122 kW 166 kW 250 kW 140 kW 180 kW 275 kW

Volvo Penta

405 08 Gothenburg, Sweden Tel +46 31 235460

SCANIA ENGINES

SE-151 87 Sodertalje Sweden Tel +468553 81000 Fax +468553 898 12 E-mail engines@scania.com Web www.scania.com UK Contact – Mark Swindell Scania GB Ltd Tel +44 1908 329386 E-mail mark.swindell@scania.com Diesel & Gas engines for power generation Prime power 250kVA to 700kVA Stand by power 250kVA to 770kVA Engine range prime power 50hz & 60hz at (70% mean load factor) Scania produce diesel and gas powered engines for various Industrial and Marine applications, superior quality and reliability, offering exceptionally low fuel consumption.

All models are available to meet current emissions requirements, Scania engines are now available to meet both Tier 4F and EU Stage V. Alternative fuels Many of our engines can also operate on Bio-diesel conforming to EN14214 and HVO conforming to EN159540

Model Spec RPM kWm kVA TAD530GE Diesel 15002) 75 85 100 TAD531GE Diesel 15002) 88 2) TAD532GE Diesel 1500 113 130 1) 2) TAD550GE Diesel 1500 76 86 1) 2) 1500 89 101 TAD551GE Diesel 2) TAD730GE Diesel 1500 113 130 2) TAD731GE Diesel 1500 132 152 TAD732GE Diesel 15002) 162 186 2) TAD733GE Diesel 1500 175 201 2) 213 245 TAD734GE Diesel 1500 1) 2) TAD750GE Diesel 1500 114 131 TAD751GE1) Diesel 15002) 13 152 TAD752GE1) Diesel 15002) 158 182 TAD753GE1) Diesel 15002) 173 199 15002) 217 250 TAD754GE1) Diesel TAD940GE Diesel 15002) 241 277 TAD941GE Diesel 15002) 280 326 TAD1341GE Diesel 15002) 271 315 TAD1342GE Diesel 15002) 303 352 TAD1343GE Diesel 15002) 325 378 TAD1344GE Diesel 15002) 354 412 TAD1345GE Diesel 15002) 388 451 1) TAD1351GE Diesel 15002) 279 324 1) TAD1352GE Diesel 15002) 314 365 15002) 328 381 TAD1354GE1) Diesel TAD1355GE1) Diesel 15002) 355 413 TAD1640GE Diesel 15002) 392 461 TAD1641GE Diesel 15002) 430 505 TAD1642GE Diesel 15002) 503 591 TWD1643GE Diesel 15002) 536 630 TAD1650GE1) Diesel 15002) 393 462 TAD1651GE1) Diesel 15002) 430 505 Engines are also available for1800rpm/60Hz

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