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SHANGHAI, Jan. 13, 2025 /PRNewswire/ -- As the world's population grows and industrialization accelerates, the conflict between energy and the environment is intensifying. The search for a balance between energy supply and environmental protection has become a crucial issue for global sustainable development. In January 2025, SUS ENVIRONMENT launches new global brand identity. This renewal improves the brand image and enriches the brand connotation, bolstering its commitment to global sustainable development. PART 1: Logo Renewal The abbreviation "SUS"," which is derived from "sustainable"," emphasizes the company's mission to create a cleaner and more friendly living environment through waste-to-energy solutions. Inspired by the traditional Chinese Tai Chi diagram, the graphic incorporates the concept of cyclic generation, shows the characteristics of energy recycling and expresses the brand endless vitality. PART 2: Mission Connotation Expansion The refreshed brand highlights SUS ENVIRONMENT'S unwavering focus on stakeholder benefits: Environmental Impact: Solving waste disposal challenges to create cleaner environments. Employee Well-Being: Promoting diversity, equity and inclusiveness to enhance employee satisfaction. Community Engagement: Building supportive environments to improve community living standards. Business Integrity: Establishing fair and transparent practices to strengthen partnerships. PART 3: Brand Colors The primary colors of SUS ENVIRONMENT are blue and green to symbolize technological innovation and environmental protection. They are complemented by metallic gold and technical silver to convey high quality and stability. Together, these colors embody the core values of the brand: Professionalism, Innovation, Vitality, and Trustworthiness. The new global brand identity heralds the next chapter for SUS ENVIRONMENT. In the future, SUS ENVIRONMENT will leverage its strength to make the world a better place. About SUS ENVIRONMENT SUS ENVIRONMENT is the world's largest provider of waste incineration equipment and technology, as well as one of the top three investors and operators of waste-to-energy projects (low-carbon Eco-industrial parks) globally. As of June 2024, SUS ENVIRONMENT has established 10 management centers worldwide, providing environmental and energy services to over 100 million people. It has invested in and constructed 84 waste-to-energy projects (low-carbon Eco-industrial parks), with a daily processing capacity 110,000 tons of municipal solid waste and annual green power generation of approximately 18,000 GWh. Its equipment and technology are applied in 277 waste-to-energy plants across the world, comprising 518 incineration lines, with a daily capacity 290,000 tons of municipal solid waste.
Suitable for on-grid, off-grid and portable use 96.5% DC-AC conversion efficiency 1000W rated power AC charge/discharge 1600W high-power PV input 4ms on-grid/off-grid switch NINGBO, China, Jan. 13, 2025 /PRNewswire/ -- At Deye, we believe in redefining the way customers experience energy—whether customers are seeking reliable backup power for their home or exploring the great outdoors. Today, we're proud to introduce the Deye Micro Hybrid Energy Storage System, AE-F(S)2.0-2H2, a game-changing innovation that brings intelligent, flexible, and portable energy solutions to customers' fingertips. The Deye Micro Hybrid ESS is an all-in-one system that combines an energy storage micro-inverter, battery modules, and a Battery Management System (BMS) into one compact unit. Designed with the modern lifestyle in mind, this system offers seamless integration with customers' home and outdoor activities, offering intelligent monitoring and power management 24/7 via Lora smart communication and an easy-to-use APP monitoring interface. With 6,000 cycle life, the system is designed for a 10-year service life, and also comes with a 5-year warranty for added assurance. 1. Plug-and-Play Simplicity With its minimalist design, the Micro Hybrid ESS is a true plug-and-play solution. It offers multiple output ports, meeting the diverse energy needs of various devices simultaneously, whether at home or in the great outdoors. Equipped with two MPPTs and a high PV power input of 1600W, it can be paired with over 99% of photovoltaic panels on the market, offering maximum flexibility. 2. High-Performance, Low Noise The Micro Hybrid ESS is engineered for high performance. Featuring a 2kWh LFP battery, the system can expand up to 10kWh for extended power supply. Whether users need emergency backup at home or are camping off the grid, this system guarantees ultra-low noise during use thanks to its fanless design, making it the perfect companion for both residential and outdoor settings. 3. A Greener Future in Every Mode The Deye Micro Hybrid ESS is designed for smart energy management with three intuitive modes: Green Power Mode: Uses solar energy first to power your home, then charges the battery with any leftover. If more power is needed, the battery supplements the shortfall and sells excess power to the grid under the guarantee of the set SOC, thereby minimizing reliance on purchased electricity. TOU(Time-of-Use) Mode: Allows you to optimize energy consumption based on time-of-use pricing, buying electricity during off-peak hours and using or selling it back during peak hours. Full Charge Mode: Acts as a backup power source during emergencies, ensuring your home stays powered during outages or extreme weather events. 4. Empower Existing Systems to New Heights The Micro Hybrid ESS features a unique AC coupling function that easily upgrades existing balcony micro-inverter systems. It could ensure no energy waste from the exsiting systems while meeting power needs during nighttime or outages. It also supports Deye Smart loT System for further enhancement. When quipped with Deye Wireless Smart CT for Zero Export, this system could enhance its percentage of self-consumption. And if equipped with Deye Smart Plug, the system could realize 24-hour time-zone intelligent control of whole-house power equipment on and off. 5. Compact, Powerful, and Versatile: Ideal for Every Lifestyle The Deye Micro Hybrid ESS is designed with flexibility in mind. Whether you're someone seeking a reliable home backup power solution or simply an outdoor enthusiast, an RV traveler, this system is built to meet your needs. Its compact size—occupying less than 1/4 square meter—makes it an ideal solution for small apartments or spaces where every inch matters. With an IP65 rating and capable of operating in extreme temperatures from -10°C to 50°C, it's ready to perform in all weather conditions. The Deye Micro Hybrid Energy Storage System is not just about today; it's about tomorrow. Technology may not give meaning to people's life in a direct way, but this Deye new innovation could empower people to explore the distant places they long for. With green energy by customers' side and electricity at their command, let the Deye AE-FS2.0-2H2 Micro Hybrid Energy Storage System be customers' charging station for every step of their journey.
BAODING, China, Jan. 13, 2025 /PRNewswire/ -- On January 10th, the first batch of 406 hydrogen fuel cell sanitation vehicles equipped with GWM HYDROGEN-FTXT's hydrogen power system were officially delivered to customers, marking the successful implementation of GWM HYDROGEN-FTXT's first "hundred-unit level" hydrogen sanitation vehicle demonstration application scenario in Baoding, China. This batch of hydrogen sanitation vehicles includes three main models: hydrogen sweeping and washing vehicles, hydrogen cleaning vehicles, and hydrogen high-pressure flushing vehicles. They were jointly developed by GWM HYDROGEN-FTXT in collaboration with three well-known Chinese commercial vehicle manufacturers - Changzheng, Yutong, and Dongfeng. All vehicles are equipped with GWM HYDROGEN-FTXT's self-developed commercial vehicle fuel cell system and hydrogen storage system. Compared to electric sanitation vehicles, they have significant advantages such as faster fuel replenishment and better adaptability to high and low-temperature environments. It only takes 5-8 minutes to complete hydrogen refueling, and a single refueling allows for continuous operation of over 10 hours. This delivery is another large-scale, mass-application demonstration scenario of hydrogen fuel cell vehicles implemented by GWM HYDROGEN-FTXT in China, following the world's first hundred-unit level 49-ton hydrogen heavy-duty truck demonstration application scenario. These vehicles will act as "mobile air purifiers" to support the low-carbon circular development model of "waste-free city + green hydrogen", and create a benchmark for the application of hydrogen sanitation vehicles in China. At present, the number of hydrogen energy vehicles equipped by GWM HYDROGEN-FTXT that have been launched in the Chinese market has reached the thousand-unit level. Follow the website of FTXT for more information: http://en.ftxt-e.com/
SINGAPORE, Jan. 13, 2025 /PRNewswire/ -- Sodion Energy, a leading provider of sodium-ion batteries for e-mobility and integrated energy storage solutions in Southeast Asia, has secured a landmark agreement for an initial 10 MWh supply of advanced sodium-ion batteries developed by UNIGRID Inc., a California-based innovator in sodium-ion battery technology. This collaboration strengthens Sodion Energy's ability to address the region's rising demand for affordable, eco-friendly, and high-performance battery solutions across mobility and energy storage sectors. "Our collaboration with UNIGRID is a game-changer," said Dr. CC Hang, Chairman of Sodion Energy. "These next-generation sodium-ion batteries will allow us to tackle key markets, starting with lead-acid battery replacements in e-mobility and extending into large-scale renewable energy projects and grid stabilization initiatives." Sodium-ion batteries offer distinct advantages, including cost-efficiency, enhanced safety, and the use of abundant raw materials, making them a sustainable choice for energy storage. With fast-charging capabilities and intrinsic non-flammability, they are exceptionally suited to Southeast Asia's tropical climate and rapidly growing energy needs. With a strategic focus on advanced battery technologies, Sodion Energy is poised to play a key role in driving Southeast Asia's transition to cleaner, safer, and more sustainable energy solutions. Website: https://sodione.com Follow us on LinkedIn: Sodion Energy About Sodion Energy Headquartered in Singapore, Sodion Energy is an applications engineering leader driving the commercialization of Sodium-ion batteries across Southeast Asia. SE's sodium-ion pack solutions are tailored to meet the diverse needs of industries such as mobility and energy storage, contributing to a more sustainable future.
CHANGZHOU, China, Jan. 10, 2025 /PRNewswire/ -- Recently, Trina Storage has once again secured a top spot in BloombergNEF's (BNEF) Energy Storage System Cost Survey 2024, acknowledged for its cutting-edge products, technological innovation, integrated capability, and financial stability. Trina Storage's continued presence on this prestigious list over the years highlights its comprehensive strength and competitive market position. This achievement lays a strong foundation for the company's global expansion and reinforces its leadership in the industry. BloombergNEF’s 2024 Global Storage Providers and Integrators Bankability Survey As the most trusted third-party research provider in the global new energy sector, BNEF's reports are crucial references for financial institutions when making commercial credit decisions. Trina Storage's consistent ranking in the top tier reflects its strong market position and the high confidence the capital market has in its system integration solutions and their bankability. As a global leader in energy storage products and system solutions, Trina Storage continues to enhance its comprehensive system integration capabilities, spanning from battery cells to AC solution. The company has also established a mature global sales network and implemented a robust quality management system covering the entire process—from R&D and supplier management to production and after-sales service. Notably, Trina Storage delivers customized energy storage solutions tailored to regional needs, including grid-forming, grid ancillary services, high-temperature resistance, and long cycle life. As of the third quarter of 2024, Trina Storage's global footprint is evident, with over 7.5 GWh of battery cabinets and systems shipped to six major markets worldwide. From North America to Europe, its global delivery network spans all continents, demonstrating Trina Storage's robust international capabilities and growing influence in the energy storage industry. This year, Trina Storage has secured its spot on the BNEF Tier 1 list for four consecutive quarters. The company was also recently recognized on S&P Global's 2024 Top 10 Battery Energy Storage System (BESS) Integrators list, achieving leading positions in the Chinese, UK, and Australian markets. This continued recognition underscores Trina Storage's strong competitive edge on the global stage.
SHENZHEN, China, Jan. 10, 2025 /PRNewswire/ -- Huawei released the Top 10 Trends of Charging Network Industry 2025 with the theme of "Jointly Charging the Road Ahead." Wang Zhiwu, President of Huawei Smart Charging Network Domain, comprehensively interprets the top 10 trends of the charging network industry for 2025 from the perspectives of industry development directions and technology development path. He states that electric vehicles (EVs) have developed better than expectations again. It is estimated that the number of global EVs will reach 480 million within 10 years globally. We are already in the era of comprehensive electrification. In the future, Huawei will work with partners and customers to accelerate ultra-fast charging coverage in all scenarios. In the tide of vehicle electrification, we are dedicated to achieving the vision of jointly charging the road ahead. Wang Zhiwu, President of Huawei Smart Charging Network Domain Trend 1: High-Quality Development High-quality development of charging networks has become an industry trend. The entire industry will undergo profound changes centering on high-quality development. Technologies will be iterated rapidly, and core charger enterprises will encounter a sharp decrease. Trend 2: Comprehensive Ultra-fast Charging "Ultra-fast charging" is a buzzword of 2024 for the industry. Multiple cities in China have started to deploy ultra-fast charging facilities, boosting the explosive growth of the number of EV models that support ultra-fast charging. It is estimated that all typical EV models will support ultra-fast charging in all scenarios by 2028. Trend 3: Optimal Experience Mature technologies of intelligent head units, intelligent driving, and intelligent chargers promote the charging experience to be digital, intelligent, and automatic, driving the advent of the era of digitalized charging experience. Trend 4: Electrified Logistics To achieve the goal of replacing oil with electricity for heavy goods vehicles, charging is the core obstacle. Ultra-fast charging technologies will completely overcome industry hurdles. Ultra-fast charging has advantages such as low construction capital expenditure (CAPEX), high charging compatibility, easy device maintenance, and small station footprint, promoting to achieve electrified logistics for the industry. Trend 5: Grid Friendliness In the future, power grid interaction will transit from passive to active response, and from one-way to multiple-way interaction to ensure power grid safety. Trend 6: Multi-level Power Pooling With increasing compatible EV models and wider power ranges, commercial EVs will even support megawatt-level charging. Facing ever-changing requirements, the power pooling technology will evolve from split-type charger application to multi-level power pooling, and extend to power grids and EVs. This evolution reduces electricity dependency on power grids, supports evolution with EV models, and meets EV requirements to the maximum extent. Trend 7: Fully Liquid-Cooled Charging Charging scenarios are increasingly diverse, especially including more extreme environments. Therefore, the industry is accelerating the deployment of high-power liquid-cooled charging equipment. Liquid-cooled power unit + liquid-cooled charging dispenser will become the best combination. Trend 8: PV+ESS+Charger Integration The traditional solution of "stacking PV, ESS, and charging cabinets" will gradually evolve to the solution of "intelligent integration" that will improve the benefits throughout the lifecycle, be friendly to power grids, and ensure safety of the charging station. Trend 9: Low-Power DC Charging Campus will be the core scenario for future V2G development. As low-power DC charging is becoming popular, it has more digital functions such as bonus point calculation, centralized deployment, easy management and control, and V2G evolution. Trend 10: Electrical Safety As charging scenarios are expanding to densely populated environments, electrical safety requirements will shift from single-point control to unified control for people, EVs, chargers, and ESSs.
A12 藝術空間
Alternative Energies
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