energy

GT Voice: Russia’s energy pivot toward East injects new vitality to regional economy

Illustration: Chen Xia/GT

Illustration: Chen Xia/GT

Russia’s sovereign wealth fund has struck an agreement with Chinese petrochemical company Haiwei to invest about 7 billion rubles ($76.5 million) in a marine terminal project in Russia’s Far East for the shipment of liquefied petroleum gas (LPG), Russian news agency Sputnik reported on Wednesday. 

With the total project cost estimated at about 30 billion rubles, it will be Russia’s first LPG maritime terminal in the Far East.

While the specific details of the project have not been disclosed, the economic and strategic importance of the project cannot be underestimated, whether viewed through the lens of the global energy market or geopolitical implications. 

This project serves as a milestone, showcasing Russia’s increased involvement in the development of the Far East and economic partnerships in the Asia-Pacific region. Not only does it exemplify the collaboration between China and Russia in the energy sector, but it also highlights Russia’s shift toward expanding its export opportunities.

The LPG project comes as Russia is seeking to strengthen economic ties with the Asia-Pacific region, a move that aims to lessen its reliance on Europe, which has been placing mounting pressure on its economy in recent years. Apparently, through the expansion of infrastructure construction, the focus of Russia’s external economic partnerships and regional growth is gradually shifting toward the East, with the goal of tapping into diverse export markets in the Asia-Pacific region. 

The construction of the first LPG terminal in the Far East could be a pivotal move in this strategic shift. 

Based on the trajectory of the global LPG market, the establishment of the Far East terminal is poised to significantly expand Russia’s market presence in Asia. LPG is a widely utilized resource worldwide, particularly in Asia, where it accounts for approximately 40 percent of the global consumption. With major economies like China, Japan and South Korea demonstrating robust demand for LPG, the potential for growth in this region is substantial.

For a long time, energy trade with Europe was an important foundation for Russia’s economic development and trade relations. However, due to the Russia-Ukraine conflict, the EU in 2022 unveiled a plan to end the bloc’s reliance on Russian fossil fuels by 2027. According to Russia’s customs agency, Russian exports to Europe dropped by more than two-thirds in 2023, as the EU drastically cut its purchases of Russian oil and gas. Russian exports to Europe dropped 68 percent in 2023 to $84.9 billion, while exports to Asia, which has replaced Europe as the country’s main energy client, rose 5.6 percent to $306.6 billion. 

In this context, the development of the Asia-Pacific market, particularly the East Asian market, has emerged as a crucial component in Russia’s energy export strategy transformation. By collaborating with regional economies, Russia can not only discover new market opportunities for its energy products and enhance its global energy presence but also drive the diversification of its economy.

It is important to note that due to China’s status as one of the world’s largest energy consumers, diversified energy import channels are essential for ensuring its energy security. Despite criticism from the West, energy cooperation has consistently played a significant role in the economic and trade relationship between China and Russia, with potential for further growth. 

Ongoing projects and various advances serve as evidence of the deepening energy collaboration between the two nations.

For instance, last year, the two countries signed an agreement that defines the terms of cooperation for the supply of gas from Russia to China via the Far Eastern route, including the cross-border section of the gas pipeline.

Russia’s pivot toward the East in external energy cooperation is well-founded, aligning with regional needs, especially in the natural gas sector, which holds significant economic and strategic importance for regional energy security and global low-carbon development. 

We genuinely hope that energy collaboration in the Far East will progress smoothly and successfully, contributing to regional economic prosperity and development.

China’s first high-capacity sodium-ion battery storage station is launched

A worker assembles battery packs onto a vehicle at the BYD battery factory in Manaus, capital of Amazonas state, Brazil, March 12, 2024. BYD Brazil was established in 2014. In addition to marketing zero-emission electric forklifts, trucks, vans, and passenger cars in the Brazilian market, the company has set up the electric bus chassis factory and solar panel factory located in Campinas, as well as the battery factory located in Manaus to meet local market demands.(Photo: Xinhua)

A worker assembles battery packs onto a vehicle at the BYD battery factory in Manaus, capital of Amazonas state, Brazil, March 12, 2024. BYD Brazil was established in 2014. In addition to marketing zero-emission electric forklifts, trucks, vans, and passenger cars in the Brazilian market, the company has set up the electric bus chassis factory and solar panel factory located in Campinas, as well as the battery factory located in Manaus to meet local market demands.(Photo: Xinhua)

China’s first large-scale sodium-ion battery energy storage station officially commenced operations on Saturday. The station will help improve peak energy management and foster widespread adoption of clean energy, marking a significant advancement in China’s use of clean and renewable energy.

The Fulin sodium-ion battery energy storage station was launched in Nanning, South China’s Guangxi Zhuang Autonomous Region. On its first day of operation, 10,000 kWh of newly generated energy stored in the battery was distributed, fulfilling the daily electricity needs of up to 1,500 households. 

“This shows a widespread adoption of sodium-ion battery energy storage technology, demonstrating China’s growing prowess in renewable energy and storage. It also bolsters efforts toward dual carbon goals of peaking carbon emissions by 2030 and achieving carbon neutrality by 2060,” Liu Ranran, secretary of the Standards Working Group on Lithium ion Batteries and Similar Products at the Ministry of Industry and Information Technology told the Global Times.

Funded and built by the Guangxi branch of China Southern Power Grid, the electricity storage station is able to initially produce 10 megawatt-hours (MWh). Once completed, it will reach 100 MWh, generating 73 million kWh of clean electricity annually. The output will cut 50,000 tons of CO2 emissions and meet the energy needs of 35,000 households, according to officials involved in the project.

Additionally, the storage and release of electricity is precise and intelligent. The station actively engages in peak load regulation, facilitating the flexible management of renewable energy. Technicians can monitor station equipment in real-time using electronic displays.

Sodium-ion batteries have great ability to swiftly charge, reaching 90 percent capacity in a mere 12 minutes. They also perform well in improving versatility, functioning smoothly in temperatures ranging from -40 C to 80 C, making them a prime choice for addressing energy storage needs in colder climates, according to Liu.

As sodium-ion battery technology advances, it is emerging as a cost-effective alternative to lithium-ion batteries, paving the way for China’s rapid expansion of large-scale centralized energy storage facilities. The progress is expected to complement various energy storage methods, propelling the country’s transition towards clean and sustainable power generation, Liu said. 

Global Times

China’s capacity remains a strong engine for global energy transition: Global Times editorial

Photovoltaic panels in Sihong, East China's Jiangsu Province Photo: VCG

Photovoltaic panels in Sihong, East China’s Jiangsu Province Photo: VCG

The 26th World Energy Congress has been held in Rotterdam, the Netherlands, in recent days. As one of the most important conferences in the field of energy, the conference is themed “Redesigning Energy for People and Planet,” and attracted nearly 20,000 representatives from the global energy sector to discuss the energy transition, security, accessibility and sustainability in the current world.

This year marks the 100th anniversary of the World Energy Congress. The world is at a crucial turning point in energy transition, which is recognized by the industry as a key moment for proposing and implementing major changes. The conference provides timely information for the general public to understand the current situation of the global energy transition.

Undoubtedly, the most prominent issues and concerns throughout the Congress remain the challenges posed by climate change and the urgency and uncertainty of energy transition. Specifically, it is about how to address the “trilemma” of global energy security, affordability, and sustainability, and to realize a faster, fairer and broader energy transition. Throughout the world, considering the target of achieving the Paris Agreement’s goal of limiting the temperature increase, and achieving the carbon peaking and neutrality commitments made by many countries, the current global resource inputs in the field of energy transition and clean energy, as well as the related supply of green and low-carbon products, are far less than the demand.

Against this background, the current hyping by the US and some other Western countries about “overcapacity” in China’s solar panels and electric vehicles (EVs), and their attempts to build trade barriers in the clean energy sector, have also received attention and been discussed. Among them, Saudi Aramco CEO Amin Nasser’s relevant remarks have particularly triggered attention and resonance. Nasser spoke highly of China’s key role in driving the global energy transition at the World Energy Congress, noting in particular that China will substantially help Western countries achieve their target of cutting carbon emissions to a net zero level by lowering the cost of solar panels and electric vehicles.

Nasser’s remarks have attracted attention not only because of his own status and Saudi Aramco’s special position in the energy field, but also because of his fair assessment of China’s efforts in clean energy and global emissions reduction. China’s capacity and technological breakthroughs in the clean energy sector have become a powerful engine driving global energy transition. According to statistics, over the past 10 years the average electricity costs of global wind and photovoltaic projects have cumulatively decreased by over 60 percent and 80 percent, respectively, with a considerable portion attributed to China’s contributions. Leveraging its vast market scale, efficient supply chain management, and technological innovation capabilities, China has successfully reduced the costs of solar panels and EVs significantly, enhancing the affordability of these new energy products. This not only reduces its own carbon emissions but also provides global consumers with more economical and environmentally friendly choices.

The transition of energy is not an easy task. It is both extremely urgent and exceptionally complex, requiring a comprehensive strategic approach. The appreciation from Saudi Aramco, represented by Nasser, toward China stems from the recognition by Saudi Arabia, other Middle Eastern countries, and many other developing nations of China’s indispensable role in energy transition. For instance, the Al Shuaibah photovoltaic power station project constructed by Chinese enterprises in Saudi Arabia will, upon completion, reduce carbon dioxide emissions by 245 million tons in 35 years, equivalent to planting 545 million trees. In 2022, the wind and photovoltaic products exported by China helped other countries reduce carbon dioxide emissions by approximately 573 million tons, totaling 2.83 billion tons of carbon reduction, accounting for about 41 percent of the global carbon reduction volume brought by renewable energy during the same period.

However, considering the urgent global situation in addressing climate change and the current status of green capacity in various countries, whether it is achieving the goals of the Paris Agreement globally or China achieving its own “dual-carbon” goals, China’s current green capacity still falls far short of meeting the needs. The International Energy Agency (IEA) has warned that the current use of fossil fuels remains “excessive.” In this context, the challenge facing humanity is not an “overcapacity” of green production but a severe shortage. China’s green capacity is undoubtedly the “magic weapon” for addressing challenges, and displacing high-quality capacity is irrational. It is the optimal solution for global emission reduction to enable China’s green capacity to play to its strengths and complement and coordinate cooperation with the capacities of other countries.

The US and some countries, from the perspective of protecting their own industries and suppressing Chinese advantageous industries, attempt to stifle the development of China’s clean energy industry with the so-called “overcapacity” narrative. However, from a global perspective, especially from the standpoint of many developing countries and the “Global South,” this undermines the goal of a faster, fairer and more widespread energy transition. Faced with the common challenge of climate change, promoting energy transition should uphold an open and cooperative attitude, rather than getting bogged down in futile trade disputes and blame games, otherwise it will only hinder the pace of global energy transition.

High-altitude Maerdang Hydropower Station in Northwest China starts operation

This aerial photo taken on Sept. 14, 2023 shows a 750-kV ultra-high voltage substation equipped with a counter-unmanned aircraft system in the Hainan Tibetan Autonomous Prefecture, northwest China's Qinghai Province. (CHN Energy Qinghai Maerdang Hydropower Station/Handout via Xinhua)

This aerial photo taken on Sept. 14, 2023 shows a 750-kV ultra-high voltage substation equipped with a counter-unmanned aircraft system in the Hainan Tibetan Autonomous Prefecture, northwest China’s Qinghai Province. (CHN Energy Qinghai Maerdang Hydropower Station/Handout via Xinhua)

High-altitude Maerdang Hydropower Station, located on the upper reaches of the Yellow River in Northwest China, kicked off operation on Monday as its first generator unit is connected to the state grid.

The connection also marks an important step for the vast solar and wind power generation facilities in Northwest China’s Qinghai Province for full operation, the Xinhua News Agency reported. 

All the units of the Maerdang Hydropower Station will be put into operation by December 2024, and it is expected to generate an average of 7.3 billion kilowatt-hours of electricity per year, when fully operational, equivalent to saving approximately 2.2 million tons of standard coal and reducing carbon dioxide emissions by approximately 8.16 million tons per year.

Located in Qinghai Province, the station has a total of four hydropower generating units with a single unit capacity of 550 MW and another generator with a unit capacity of 120 MW. 

It is the core project of the first integrated clean-energy facility in the province to include hydropower, solar power, wind power and energy storage, built by China Energy Investment Corp, also known as China Energy.

The company said it will make full use of the abundant clean energy resources in West China, benefiting energy-shortage areas in the country’s eastern provinces.

Near-zero carbon living comes true in Hainan’s Boao, providing model for green development

Photo taken on March 27, 2024 shows the Boao near-zero carbon demonstration zone in Boao, South China's Hainan Province. Photo: Ma Mengyang/GT

Photo taken on March 27, 2024 shows the Boao near-zero carbon demonstration zone in Boao, South China’s Hainan Province. Photo: Ma Mengyang/GT

Photovoltaic (PV) tiles on the ground, zero-carbon coffee kiosks, flower-shaped wind energy collectors, a spinning bike that charges your phone while you ride, as well as many other emission-reduction technologies and innovations were seen by the Global Times at the Boao Forum for Asia (BFA) Annual Conference in South China’s Hainan Province. The dream-come-true near-zero carbon lifestyle provides the world with a model for green development.

In particular, a near-zero carbon demonstration zone in Boao started operation on March 18, ahead of the BFA Annual Conference 2024. The demonstration zone covers an area of 190.15 hectares and consists of three core carbon reduction areas: green transformation for buildings, renewable energy utilization, and green transformation for transportation.

By adopting emission-reduction technologies and various innovations, the zone can achieve a balance between clean power generation and consumption. It has completed 18 projects across eight categories and reached the near-zero carbon stage, the Global Times learned.

A customer waits for a cup of coffee at a zero-carbon coffee kiosk at the permanent site of the Boao Forum for Asia in Boao, South China's Hainan Province, on March 27, 2024. As one of the earliest areas to grow and process coffee in China, Hainan has a history of coffee planting for more than 100 years

A customer waits for a cup of coffee at a zero-carbon coffee kiosk at the permanent site of the Boao Forum for Asia in Boao, South China’s Hainan Province, on March 27, 2024. As one of the earliest areas to grow and process coffee in China, Hainan has a history of coffee planting for more than 100 years

The Boao near-zero carbon demonstration zone makes full use of buildings’ roofs and walls and parking lots, with a total of 5.1 megawatts of PV panels distributed. 

The press center for the BFA is among the 12 projects that were first transformed into green buildings. The floors outside the BFA press center are covered with PV tiles. A newly installed zero-carbon bar is also located outside the center.

As a result, visitors can experience the zero-carbon intelligent coffee machine at the bar. The coffee machine is powered by solar energy, and the paper cups use recycled materials. 

After throwing the paper cups in a smart waste bin, it can detect the value of carbon emissions reduced by garbage recycling. Customers can receive “carbon coins” and pay for other goods with these coins, according to staffers at the bar.

The operations of all these technologies and innovations were managed by an intelligent platform at the near-zero carbon management center in the demonstration zone.

Photo taken on March 27, 2024 shows the Boao near-zero carbon demonstration zone in Boao, South China's Hainan Province. Photo: Ma Mengyang/GT

Photo taken on March 27, 2024 shows the Boao near-zero carbon demonstration zone in Boao, South China’s Hainan Province. Photo: Ma Mengyang/GT

The platform is connected with the terminal facilities in the zone based on wireless Internet of Things communication technology. Therefore, it can monitor the water supply, power, air quality and other conditions in the zone, and then transmit information to a carbon data platform, and finally realize intelligent and dynamic management.

Hu Juntao, general manager of HYC Technology, who has participated in the BFA for eight consecutive years, told the Global Times that the 2024 forum has seen more green and low-carbon measures than in previous years.

“In 2023, only cars were new-energy vehicles (NEVs). But this year, buses and minibuses at the venue have also been replaced by NEVs. What’s more, the proportion of renewable materials used in conference supplies is increasing year by year,” said Hu.

A reporter from Turkey, a first-time participant in the BFA, told the Global Times that he was surprised to learn that all of the BFA venues are powered by solar energy.

“I think the BFA can provide a reliable environmentally friendly model for such forums,” said the reporter.

China has set out pathways for reaching carbon neutrality in its energy sector, and achieving carbon neutrality fits with the country’s broader development goals, such as innovation-driven development.

China has committed to the “dual carbon” goals of peaking carbon emissions by 2030 and achieving carbon neutrality by 2060. The country has continuously increased clean energy generation and consumption.

By the end of 2023, renewable energy accounted for about one-third of China’s total power consumption, with wind and solar power combined accounting for more than 15 percent, according to the National Energy Administration.