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URUMQI, China, March 21, 2025 /PRNewswire/ -- Recently, the State Grid Xinjiang Information & Telecommunication Company has successfully completed the development of a final account report management system. This initiative focuses on annual financial priorities, tightly integrates material, engineering, and asset chains, and strengthens the lean control of engineering assets. In terms of business promotion, the entire project finance process is now fully systematized, connecting projects from completion and operation through settlement to final accounts. By leveraging online management and data flow, the traditional mode of passively receiving offline financial settlement data for final accounts has been transformed into an online platform that provides real-time visibility into project completion and operational materials. This significantly enhances the timeliness of cost collection, settlement, and final accounts. Regarding functional implementation, the system has established seamless integration with both the project construction management system and the ERP system. It enables automatic acquisition of project construction milestone node information, automatic association of asset transfer cards, and automatic push notifications for critical documents such as completion reports, production transfer notices, equipment inventories, and settlement reports. These features allow financial personnel to promptly access important node information, enabling them to monitor in real time the provisional assessment transfer, settlement, and final account transfer processes, thereby promoting timely business-finance alignment. In terms of application effectiveness, the settlement and final account reports, along with the split management of capital transfer assets, play a crucial role in overall production and operations. Through comprehensive project financial control, financial personnel can ensure timely handover of settlement data after project completion and commissioning, prevent delays in final account transfers, and guarantee reasonable splitting of transferred assets. This drives synergy among project completion, settlement, and final accounts, enhancing overall efficiency. Moving forward, the State Grid Xinjiang Information & Telecommunication Company will continue to collaborate closely with various units to refine system functionality, streamline data flows across all links, further optimize statistical statements covering the entire project lifecycle, and maintain real-time oversight of overall project progress. These efforts aim to improve the efficiency of project final accounts and capital transfers.
MANILA, Philippines, March 21, 2025 /PRNewswire/ -- Anker Innovations, a global leader in mobile charging and consumer electronics, is redefining the boundaries of innovation with its latest campaign, Charge Up, SEA!—an electrifying fusion of augmented reality (AR) and computer-generated imagery (CGI) set to energize Southeast Asia. These experiences allow users to interact with technology and explore the future of charging, reinforcing Anker's leadership in global innovation. "At Anker, our mission is to ignite possibilities through ultimate innovation," said Leon Wu, General Manager of Southeast Asia at Anker Innovations. "We've not only created products that lead the industry in performance but also ones that fundamentally changes the way people engage with power. This campaign reflects our vision of an interconnected world where innovation enhances the everyday lives of Southeast Asia consumers." Revolutionizing Charging with Anker At the core of Charge Up, SEA! is Anker's most advanced charging lineup to date, the Anker Prime Series. This revolutionary series redefines multi-device fast charging, offering a powerful, intelligent, and interactive solution that transforms what was once a passive task into an engaging experience. Designed with extensive user insights, the Anker Prime Series is engineered to be the ultimate power source for today's fast-paced, tech-driven world, empowering users with speed, efficiency, and innovation. This innovation powers Charge Up, SEA!, an AR-driven journey that brings Anker's cutting-edge technology to life by "charging" iconic landmarks across Southeast Asia. The visual narrative of the campaign showcases Anker Prime chargers energizing these landmarks, reflecting the brand's commitment to efficient and intelligent charging solutions. Through advanced AR technology, Anker's innovations seamlessly integrate into the cityscapes, reinforcing its position as the leader in next-generation charging while reshaping how users experience power in an increasingly connected world. Lights Up the City's landmark with Ultimate InnovationStarting February 27, "Charge Up, SEA!" will light up five countries—Singapore, Malaysia, the Philippines, Indonesia, and Vietnam—through immersive digital storytelling and interactive experiences. In Singapore and Malaysia, users will have the exclusive opportunity to experience Anker's AR world in person at key landmarks, while all five countries will engage with high-quality CGI videos that bring Anker Prime to life. These experiences allow users to interact with technology and explore the future of charging, reinforcing Anker's leadership in global innovation. For the Charge Up, SEA! campaign, Anker will launch a futuristic CGI video in the Philippines. The creative concept features the iconic National Museum of the Philippines as a physical backdrop, seamlessly integrating Anker's innovative technology with the local culture, delivering a visually striking fusion of cutting-edge technology and heritage. In this CGI video, Anker innovatively creates a stunning virtual space, with the Anker 30W Zolo Charger acting as the key to unlock this realm. The charger powers up the National Museum of the Philippines, and thanks to its outstanding temperature control, the space is immediately enveloped in polar ice and snow. This transformation sparks an innovative interaction between the landmark and the virtual world. To further energize the virtual space, the Anker 25,000mAh 165W Power Bank, the Anker 140W Charger, and the Anker Prime 250W GaN Desktop Charger deliver a continuous flow of high-speed power, keeping the experience alive. Engaging with the dynamic world, consumers will witness how Anker's advanced charging technology seamlessly integrates into this digital universe, providing a truly futuristic experience and a glimpse into the future of connected, intelligent charging. Powering the Future with Limitless PossibilitiesAs a global pioneer in charging technologies, Anker consistently integrates user feedback and cutting-edge research to drive its innovation. With its innovations, Anker offers a glimpse into the future of sustainable, efficient power that is both portable and powerful—ideal for the modern, always-connected consumer. As Anker expands its presence in Southeast Asia, the Charge Up, SEA! campaign reaffirms its commitment to pioneering innovation and user-centered design. By merging cutting-edge digital experiences with state-of-the-art charging technology, Anker is not just powering devices—it's reshaping how consumers connect with the future. Anker invites consumers across Southeast Asia to experience the next generation of charging—where every city, every device, and every moment is powered by limitless possibilities. About AnkerAnker is the world's #1 mobile charging brand and a developer of high-speed charging technologies for the home, car, and on the go. This includes wall plugs, wireless chargers, car chargers, power banks, cables, and more. Find out more about Anker at anker.com.
MUNICH, March 21, 2025 /PRNewswire/ -- Recently, Dr. David Zhao, Senior Vice President of Sungrow, presented in his latest speech the 10 major technological trends in the solar and storage industry, which will drive the energy transition and ensure sustainable economic development. Sungrow Outlines 10 Must-Know Technological Trends Driving Solar and Storage Development Dr. Zhao noted that despite the rapid expansion of PV installations worldwide, the evolving power infrastructure faces five challenges: supply chain security, clean energy consumption, power system stability, resilience to load variability, and cost management. As a vital part of power decarbonization, the energy storage sector is going through a period of intense accelerated growth. Drawing on his deep understanding of the industry, Dr. Zhao identified ten crucial technological trends essential for advancing solar and storage development. 1. High Density and High Efficiency With the declining costs and increased localization of third-generation wide-bandgap semiconductors, inverters are progressively incorporating Silicon Carbide (SiC) and Gallium Nitride (GaN) devices. Enhanced by advanced control algorithms, increased computing power, and novel thermal packaging technologies, these changes will significantly boost the power density and efficiency of equipment. Sungrow was at the forefront of commercializing SiC devices in PV inverters. In 2021, the company introduced the 1500V string inverter SG350HX, marking a pioneering move with the adoption of 2000V SiC devices. 2. Development of High-Voltage and High-Power Systems Over the past decade, inverter single-unit power has undergone a major improvement cycle every 2-3 years, with DC voltage moving toward 2000V. Sungrow deployed the world's first 2000V DC PV system in China's Shaanxi province, reducing Balance of System (BOS) costs by over 0.04 yuan (USD cent 0.55) per watt compared to 1500V systems, setting a new industry benchmark for cost reduction and efficiency improvement. 3. Grid Forming As renewable energy penetration increases, grid-forming technologies are becoming essential to ensure a flexible, reliable, and resilient power system. Since 2006, Sungrow has been at the forefront of grid-forming technology research, honing core capabilities such as flexible inertia support, wide-frequency oscillation suppression, enhanced continuous high/low voltage ride-through, microsecond-level voltage construction, adaptive harmonic management, rapid off-grid debugging, seamless switch between on-grid and off-grid modes, and gigawatt-scale project black-start technology. Sungrow has abundant global grid-forming practices, providing customized solutions tailored to diverse grid conditions, ensuring grid safety and stability worldwide. 4. Digitalization and AI Empowerment Digitalization and AI are revolutionizing the entire lifecycle of PV plants, boosting both reliability and operational efficiency. Sungrow has utilized advanced AI training techniques for inverters to create a sophisticated AI-driven battery management system. This system constantly tracks and analyzes multiple parameters of battery cell states, such as temperature, current, voltage, and pressure. By doing so, it enables real-time health assessments, offers early alerts for cells showing signs of potential issues, and prevents the onset of thermal runaway, significantly improving the safety and performance of PV installations. 5. Secure and Reliable Systems Dr. Zhao noted that a 30-year system design lifespan is set to become a new trend and standard for future inverters. He outlined more than a dozen advanced designs and technologies integral to system security and reliability, including modular design, multi-tier active fault alarms, arc detection, and shutdown mechanisms. In addition, Sungrow invested in two large-scale, real-world energy storage system burn tests, each costing over 10 million yuan (approx. USD 1.4 million), to affirm the safety of its liquid-cooled energy storage system PowerTitan series. These tests safeguard personnel, assets, and operational safety, setting a new safety benchmark for the energy storage industry. 6. Topology Innovation Topology innovation plays a crucial role in enhancing power conversion efficiency. In 2018, Sungrow spearheaded a major R&D project and developed the world's first 6MW 35kV Solid State Transformer based (SST-based) PV inverter. This inverter replaced traditional low-frequency transformer with a high-frequency one, achieving an overall maximum efficiency of 98.5%. This is just one instance of how innovative topologies are continually evolving and being applied across various solar and storage applications. 7. High-Precision Simulation For different global scenarios and grid conditions, system-level modeling and simulation capabilities are needed to mimic the performance of solar, wind, and storage systems in on-grid/off-grid and steady-state/transient processes. As simulation systems evolve, they will increasingly approximate real-world conditions, significantly shortening inverter and power system development cycles while reducing costs. 8. Virtual Power Plants Virtual power plants (VPPs) leverage internet technologies to aggregate distributed PV, energy storage, and loads into a unified entity for grid dispatch. VPPs optimize energy utilization, promote clean energy consumption, reduce grid congestion and negative pricing, and enable control in patches for grid ancillary services, ensuring rapid response and grid stability. This significantly reduces grid construction and operational costs. By leveraging real-time monitoring and demand forecasting, VPPs can guide users to optimize their electricity consumption, and, by doing so, enhance supply reliability. 9. Source-Grid-Load-Storage-Carbon Integration Dr. Zhao proposed, for the first time in the industry, that integrated management of source-grid-load-storage-carbon systems can promote large-scale clean energy integration, reduce curtailment, and achieve clear carbon reduction goals. He cited as an illustration how Sungrow is providing integrated solutions for the world's largest 2.2GW wind-PV-storage-hydrogen multi-energy complementary microgrid project in Saudi Arabia. He further commented that 2025 will mark the beginning of zero-carbon parks, with source-grid-load-storage-carbon integration becoming the preferred solution. 10. Green Hydrogen, Ammonia, and Methanol The global demand for green hydrogen is soaring, and renewable energy-based electrolysis represents a critical future pathway. Moreover, ammonia and methanol are becoming increasingly popular due to their ease of storage and transport. Decoupling power generation from hydrogen production systems allows for the remote production of hydrogen through power transmission. Hydrogen production rectifiers, designed with fast dynamic response capabilities, are adept at managing the power fluctuations inherent in renewable energy sources. These features make them well-suited for use in large-scale renewable hydrogen production facilities and central hydrogen production stations. "Sungrow embeds technological innovation in our DNA. We commit to tackle the difficulties and pursue a long-term sustainable future with industry partners and peers," concluded Dr. Zhao. About Sungrow Sungrow, a global leader in renewable energy technology, has pioneered sustainable power solutions for over 28 years. As of December 2024, Sungrow has installed 740 GW of power electronic converters worldwide. The Company is recognized as the world's No. 1 on PV inverter shipments (S&P Global Commodity Insights) and the world's most bankable energy storage company (BloombergNEF). Its innovations power clean energy projects in over 180 countries, supported by a network of 520 service outlets guaranteeing excellent customer experience. At Sungrow, we're committed to bridging to a sustainable future through cutting-edge technology and unparalleled service. For more information, please visit: www.sungrowpower.com.
PARIS, March 21, 2025 /PRNewswire/ -- It's a promising project for the energy transition in industry: with REMORA Stack, SEGULA Technologies is working on a sustainable solution for the massive storage of renewable energy for sites requiring energy autonomy, such as factories and industrial estates, but also eco-districts, shopping centers, electricity parks and public infrastructures. Standard 40-foot container used by REMORA Stack for the massive storage of renewable energy (©SEGULA Technologies) Based on an isothermal air compression method patented by SEGULA Technologies, REMORA Stack takes the form of standard 12-metre-long containers installed outdoors. These containers store surplus energy (generated by photovoltaic panels or wind turbines, for example) and then release it when production is lower, with an efficiency of 70%. The whole system has a lifespan of at least 30 years, generates no polluting emissions and, unlike batteries, uses robust, durable materials. Modular, scalable technology REMORA Stack offers unprecedented flexibility: its storage power is determined by the size of the compressor, its storage capacity depends on the volume of compressed air, and these two parameters can be adjusted independently of each other. This makes it possible to increase storage time simply by adding containers, without replacing the compressor. This modularity makes the solution more economical, scalable and adapted to the specific needs of manufacturers. "We've been working on REMORA technology and its possible applications for around ten years now. The development of REMORA Stack, which is aimed primarily at industry, is based on a very practical approach, with the production of successive demonstrators that enable the solution to be validated step by step. So far, the initial results have been very promising. Eventually, REMORA Stack will be able to store energy for more than ten hours, without using rare earths or lithium," emphasises David Guyomarc'h, Director of the REMORA project and R&D Manager at SEGULA Technologies. European Air4NRG project: testing and deployment by 2026 As part of the Air4NRG collaborative project funded by the European Union, SEGULA Technologies is piloting the development of test facilities to evaluate the REMORA Stack project in real-life conditions. These prototypes will be used to validate its performance and fine-tune the technology prior to its industrialisation. The first industrial-scale pilot is scheduled for 2026, with the first production units to be rolled out in 2028-2029. REMORA Stack is an evolution of REMORA, initially designed to store renewable energy under the sea. It is now available in different versions: REMORA Stack for massive storage and REMORA Home for private customers. Media contact:marketing@segula.fr
URUMQI, China, March 20, 2025 /PRNewswire/ -- On March 19, the State Grid Xinjiang Information & Telecommunication Company fully initiated the deepened application of the digital system enabling power grid operations. With the objective of "enhancing user experience and improving system effectiveness," the company emphasizes business collaboration and management integration while continuously refining the standardization, usability, and optimization of system applications through the robust support of digital systems for core business processes. This initiative aims to alleviate burdens at the grassroots level while empowering operational efficiency. The State Grid Xinjiang Information & Telecommunication Company has implemented a series of comprehensive measures to elevate the quality and efficiency of system application. A closed-loop mechanism for addressing system issues and requirements has been established, characterized by "diverse channels and unified acceptance." User problems are resolved efficiently through a "one matter, one order" approach, ensuring agile responses and rapid solutions to digital challenges via systematic collection, resolution, iteration, and quality control. Continuous monitoring of key business application indicators such as user activity, menu utilization rates, and process application rates ensures the quantitative assessment of system functionality and promotes both efficient application and the mitigation of inefficiencies. Furthermore, an evaluation index system for system application effectiveness has been constructed, assessing performance from three dimensions: normalization, practicality, and scalability. This framework supports continuous improvement in the alignment of digital capabilities with power grid business operations. In the upcoming phase, the State Grid Xinjiang Information & Telecommunication Company will focus on system application monitoring and analysis, swiftly addressing grassroots-level issues and needs. By concentrating on core business systems and leveraging quantitative metrics, the company aims to drive scalable system adoption, conduct high-quality evaluations of system application effectiveness, and comprehensively enhance the practicality and scalability of system utilization.
NINGDE, China, March 20, 2025 /PRNewswire/ -- CATL and the Ellen MacArthur Foundation have announced an agreement to accelerate the development of a circular economy for batteries, with CATL becoming a Strategic Partner, and the first renewable technology leader, in the Foundation's Network. Looking ahead, CATL will work towards a global energy circularity commitment, and will collaborate with the Foundation to identify the circular economy opportunity for the entire battery value chain, and build an ecosystem of cross-industrial partners to develop and implement a blueprint for battery circularity. While the industry has long recognized the need to move beyond a 'take-make-waste' approach, translating commitment into reality is complex. The expertise CATL will bring to the Strategic Partnership will be key to establishing a truly circular battery industry. "This Strategic Partnership represents a major step forward in our shared vision of a sustainable energy future," said Sandy Song, CATL's Global Lead for Circular Economy. "By combining our knowledge and innovation capabilities in the battery industry with the Foundation's leadership in the circular economy, we are well-positioned to create a truly circular battery ecosystem. This is not just about environmental responsibility—it's about driving innovation and building a system that benefits industries and communities worldwide." "The rapid growth of renewable energy and electrification offers a unique chance to build circular value chains from the ground up. By embracing a circular economy, businesses can recover valuable resources from first-wave technologies, such as electric vehicles, rather than discarding them," said Joe Murphy, Executive Lead, Network, Ellen MacArthur Foundation. "As the world's foremost producer of batteries for both electric vehicles and energy storage systems, CATL's expertise will be key to establishing a truly circular battery industry and driving the circular economy of the wider energy transition." Speaking at the Foundation's annual Network event in Amsterdam, the Netherlands, Dennis Pan, Chief Sustainability Officer of CATL, emphasized the critical importance of designing batteries with recyclability in mind. CATL has adopted a zero-carbon strategy to prioritize using reusable and renewable materials and facilitate recycling. In 2024, CATL recycled about 130,000 tons of used batteries to produce 17,000 tons of lithium salt.
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