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South Australian Local Council, City of Playford, installs solar on six key buildings; delivering on ESG goals ADELAIDE, Australia, March 26, 2025 /PRNewswire/ -- Trinasolar, a global leader in smart PV and energy storage, has partnered with Venergy Solar to deliver a multibuild solar installation across the City of Playford. Six key council buildings have enhanced their green energy credentials by installing solar across their rooftops, providing long-term energy savings and reinforcing the council's commitment to driving clean energy in the region. Shedley Theatre, featuring Trinasolar's Vertex S+ modules. Credit: Venergy Solar Australia The large-scale rooftop rollout covers theatres, sports clubs, and carparks, totalling 202kW of installed capacity, reducing the council's reliance on grid electricity and cutting carbon emissions. The project underscores Playford's forward-thinking approach to sustainability and its ability to leverage technology to achieve clean energy goals, while ensuring responsible procurement practices aligning with stringent environmental, social, and governance (ESG) standards. Jonathan Roberts, Senior Manager Asset Operations at the City of Playford, commended the project's positive impact on the community, "This initiative aligns with our vision for a greener, more sustainable Playford. By investing in renewable energy, we are not only reducing costs but also demonstrating environmental leadership that benefits our broader community." Delivered by Venergy, a trusted provider of renewable energy solutions, the project saw the integration of Trinasolar's high-performance Vertex S+ modules across all six sites. Matthew Wilkins, CEO of Venergy, highlighted the project's success in meeting the council's energy goals. "Venergy is proud to have played a key role in this landmark project, ensuring high-quality solar solutions were installed efficiently and effectively. Trinasolar modules were chosen for their industry-leading efficiency, durability, and long-term performance, ensuring maximum energy output for the City of Playford," said Wilkins. Trinasolar, a global leader in solar technology, supplied the high-efficiency Vertex S+ 500W (NEG18R.20) monofacial dual glass modules for the project. The selection of Trinasolar was not only driven by the high performance of its modules, due to its cutting-edge n-type i-TOPCon cell technology, but also by the company's strong ESG credentials. The City of Playford prioritised sustainability throughout the procurement process, ensuring that every component of this project aligned with its strict ESG standards. Responsible procurement was a key priority, with a focus on sourcing from manufacturers that uphold sustainability, transparency, and ethical production practices. Trinasolar's commitment to low-carbon solar module production aligned perfectly with these stringent ESG requirements, ensuring that the environmental benefits of this project extend beyond energy generation to responsible and ethical manufacturing. Edison Zhou, Head of Australia and New Zealand at Trinasolar, emphasised the company's dedication to delivering reliable and environmentally responsible solar solutions. "We are delighted to partner with Venergy and the City of Playford to power critical community infrastructure with clean energy. We view sustainability as a key competitive advantage and are committed to supporting Australian councils and businesses with high-quality, efficient solar technology driving both long-term sustainability and cost savings. Our low-carbon manufacturing process ensures that our modules contribute to a cleaner future not just in their energy generation, but in their entire lifecycle ," said Zhou. The project included installations at key locations such as the Virginia Horticultural Centre, Shedley Theatre, Uley Road Hall, Windsor Carpark, The Precinct, and Angle Vale Sports Club. These solar systems will not only reduce operational costs for the council but also serve as a model for other municipalities looking to implement large-scale renewable energy solutions while adhering to best-practice ESG principles.
SHANGHAI, March 22, 2025 /PRNewswire/ -- Qn-SOLAR, a rising star in clean energy solutions, has announced a major breakthrough in perovskite solar technology, aligning with the Earth Hour 2025 theme, "Give an Hour for Earth Doing Something You Love." The company pledged to accelerate the commercialization of perovskite solar cells, driving the next wave of photovoltaic innovation. To mark the occasion, Qn-SOLAR hosted an Earth Hour campaign, showcasing how perovskite technology can provide green power without relying on the traditional grid. Qn-SOLAR's Perovskite Innovation Hub In 2024, Qn-SOLAR achieved remarkable growth, increasing its global shipments from 6GW to 8GW, further expanding its presence in key markets across Europe and Latin America, while accelerating its entry into emerging markets. The company is now actively investing in perovskite solar technology, which is widely regarded as the next-generation photovoltaic solution due to its low material cost (1/20 of silicon), superior low-light performance, and customizable design. Qn-SOLAR aims to integrate this cutting-edge technology into high-end solar applications. Breakthroughs in Perovskite Technology Qn-SOLAR has made significant strides in advancing perovskite solar cells, achieving key milestones: Record Efficiency Gains: Power conversion efficiency has surged from 3.8% to 27%, matching the highest laboratory efficiency of monocrystalline silicon cells (26.8%). Scalability: Small-scale cells (1cm²) now exceed 20% efficiency, while larger cells (15×15 cm²) achieve 16% efficiency. Innovative Features: Breakthroughs include high transparency and superior low-light response, marking a first in China. Customization: The technology allows for customizable colors, making it ideal for applications such as Building-Integrated Photovoltaics (BIPV), wearables, and portable devices. From R&D to Commercialization Qn-SOLAR is transitioning from research to large-scale production: Current Status: The company operates a pilot-scale laboratory line, with some projects already in real-world applications. Production Roadmap: A 20MW production line is set for launch in the second half of 2025, followed by a 50MW facility in 2026, paving the way for full commercialization. Expert Team & Facilities: The company's 1,000m² research center houses one of the earliest perovskite R&D teams in the industry, ensuring continuous innovation and product optimization. "Our advancements in perovskite technology will redefine the future of solar energy," said Stephen Cai, Chairman of Qn-SOLAR. "We are committed to accelerating the commercialization of this revolutionary technology, making clean energy more efficient, accessible, and sustainable." Engaging the Public with Real Initiatives To celebrate Earth Hour 2025, Qn-SOLAR launched an online campaign encouraging individuals to share their experiences using clean energy with the hashtag #BiggestHourForEarth. The company also reinforced its commitment to sustainability through everyday operations: Low-Carbon Factories: Qn-SOLAR facilities rely on solar power for self-consumption, and office spaces are transitioning to paperless operations. Employee Engagement: The company promotes environmental responsibility with activities like "plogging" (jogging while picking up litter) and encourages staff to turn off lights and spread awareness online. A More Resilient Future Powered by Innovation Looking ahead, Qn-SOLAR remains dedicated to harnessing technology to create a more sustainable planet. By leveraging clean energy solutions, the company is committed to reducing carbon footprints, advancing sustainable practices, and building a more sustainable and resilient future for all. Qn-SOLAR Team Participates in Plogging
PARIS, March 4, 2025 /PRNewswire/ -- Zendure, a leading innovator in solar energy technology, has been named an official partner for UNESCO World Engineering Day for Sustainable Development (WED) 2025. This prestigious partnership underscores Zendure's mission to deliver reliable and affordable clean energy to households worldwide, popularizing the latest energy technologies and driving the global transition to a sustainable future.   The year-long WED initiative, launched today at UNESCO Headquarters in Paris, showcases the critical role of engineering in achieving global sustainability goals. Zendure's partnership highlights the company's commitment to this mission and its significant contributions to clean energy accessibility, particularly within the European market. Your Energy, Our Future: A Partnership for Sustainability "We are deeply honored to partner with UNESCO and the World Federation of Engineering Organizations (WFEO) for World Engineering Day," said Bryan Liu, CEO and founder of Zendure. "This partnership provides a powerful platform to amplify our message and accelerate the global adoption of household clean energy. At Zendure, we believe that 'Your Energy, Our Future' isn't just a phrase; it's the fundamental truth driving our work. Every individual's energy choices directly impact the collective well-being of our planet. We're committed to empowering people to make those choices sustainable ones." Liu's personal experience growing up without electricity in a rural Chinese village fueled his passion for empowering communities through energy access. This passion is reflected in Zendure's rapid growth and innovative product line, all designed with the understanding that accessible clean energy is crucial for a shared, sustainable future. Innovation and Impact: Zendure to Maximize Cost Saving with AI-powered Home Energy Management System Founded in 2017, Zendure has quickly become a pioneer in the clean energy sector. As the first company to introduce Balcony Solar Solutions (BKW) in Germany, where it holds a top-three market position, Zendure has made solar power a practical reality for urban dwellers. The company's reach extends across Europe, including France, Austria, and Switzerland, with additional operations in the United States, China, and Japan. Zendure's commitment to accessible clean energy is powerfully demonstrated by its latest innovation, the SolarFlow 800, a revolutionary hybrid microinverter. By generating significantly more power and intelligently storing excess energy, the SolarFlow 800 minimizes grid reliance and maximizes savings, empowering individuals to shape a brighter energy future. Looking ahead, Zendure is poised to further revolutionize home energy management. The company will soon launch the industry's first AI-empowered Home Energy Management System (HEMS). This groundbreaking system will take home energy storage solutions to the next level, providing users with unprecedented control, cost-savings, and intelligent energy management capabilities. This system will learn user patterns, optimize energy usage, and further enhance the efficiency and affordability of clean energy for households. The impact of Zendure's solutions is significant. In 2024 alone, Zendure users generated over 13.17 million kWh of clean electricity, reducing coal consumption by an estimated 4,386 tons – equivalent to planting forests covering 461 football fields. This resulted in an estimated €4-6 million in savings for European households. Zendure's commitment to sustainability extends beyond its products. A strategic partnership with Ganfeng Lithium, a global leader in lithium battery production and recycling, ensures the environmental responsibility of Zendure's energy storage solutions. Ganfeng Lithium's advanced recycling processes achieve over 90% lithium recovery and more than 95% nickel and cobalt recovery. Building a Sustainable Future: Zendure and UNESCO's Shared Vision The partnership with UNESCO and the WFEO for World Engineering Day for Sustainable Development is a testament to the power of engineering to address global challenges and build a more sustainable future, one household at a time. It directly aligns with WED's core message: highlighting the crucial role engineers play in achieving the UN's Sustainable Development Goals. About Zendure: Founded in 2017, Zendure is one of the fastest-growing EnergyTech companies based in the technology centres of Silicon Valley, USA, the Greater Bay Area in China, Japan, and Germany. Zendure's mission is to deliver reliable and affordable clean energy to homes by advancing the latest energy technology. Its revolutionary SolarFlow balcony energy storage system transforms sunlight into a safe, reliable and resilient energy source for everyday living. About World Engineering Day for Sustainable Development: World Engineering Day for Sustainable Development is celebrated every year on 4th March as a UNESCO international day. It highlights the achievements of engineers and engineering in our modern world and aims to improve public understanding of how engineering and technology are central to sustainable development. Contact:Chris Patrickchris.qiu@zendure.com
BANGKOK, Feb. 27, 2025 /PRNewswire/ -- Informa Markets, a global leader in trade exhibitions and business matching, is set to elevate its flagship ASEAN's clean energy event to new heights with ASIA Sustainable Energy Week 2025 (ASEW). Building on its success, the event will expand the energy market across Asia, reinforcing Thailand's position as the region's sustainable energy transition hub. Showcasing cutting-edge digital technology, ASEW 2025 will drive the clean energy transition toward and increase the share of renewable energy in the energy system moving towards achieving net-zero greenhouse gas emissions. The renowned ASEAN Sustainable Energy Week is evolving into a premier Asian platform with ASIA Sustainable Energy Week 2025 (ASEW), this strategic expansion provides new opportunities for Thailand to emerge as a leading hub for connecting sustainable energy technology and innovation across Asia. ASEW 2025 will enhance business prospects and support key industries—including industrial, transportation, and business sectors—in their transition to clean energy solutions through digital transformation. Set to take place from July 2-4, 2025, at the Queen Sirikit National Convention Center (QSNCC) in Bangkok, the show is committed to driving growth, innovation, and energy security. The event aims to expand energy access across all industrial sectors by clean energy, sustainably covering the entire Asian region. ASEW 2025 will unite industry leaders, experts, and buyers from across the energy sector. The event will highlight advancements in renewable energy, energy efficiency, and emerging technologies, including next-generation energy storage systems, bringing these critical innovations together under one roof. Nuki Agya Utama, PhD - Director for Energy Policy and Head of the Asia Zero Emission Center (AZE Center) at ERIA, highlighted that Asia, home to over 60% of the world's population and one of the fastest-growing economic regions, is experiencing a rapid surge in energy demand. Today, the continent plays a pivotal role in the global energy transition, driving advancements in energy storage, green hydrogen, and smart grid technologies. As a hub for clean energy consumption, production, and development, Asia's shift toward renewables is a crucial factor in addressing climate change sustainably. ASIA Sustainable Energy Week (ASEW) has long been recognized by industry experts as a premier platform for energy innovation. The event serves as a key forum for technology exchange, knowledge sharing, collaboration, and business networking, solidifying its role as a gateway for driving clean energy transformation in Asia. Mr. Sanchai Noombunnam, Country General Manager of Informa Markets Thailand, stated, "For over 35 years, we have led the renewable energy market in this region, establishing a strong network of industry partners. With ASEW 2025, we are expanding our reach to reaffirm our leadership in hosting the most comprehensive and largest sustainable energy technology event in ASEAN—now on a pan-Asian level. Our goal is to empower entrepreneurs, industrialists, and investors with access to new opportunities in Asia's clean energy market and accelerate the energy transition towards net-zero greenhouse gas emissions." ASIA Sustainable Energy Week (ASEW) 2025 stands as a pivotal platform for advancing sustainable energy policies and technologies, including solar, wind, hydro, hydrogen, and energy storage systems. This year's theme under, "Empowering Digital Transformation in Sustainable Energy Towards Net Zero," ASEW 2025 will serve as a hub for state-of-the-art clean energy technologies. The event will bring together technology leaders, key buyers, and experts from Thailand and across the region, fostering knowledge exchange, business growth, and regional collaboration in renewable energy, energy efficiency, and energy storage solutions. This year's event will feature more than 1,500 leading brands from around the world, including ABB, ATESS, DELTA, HITACHI ENERGY, TESLA, SUNGROW, and many more. Additionally, international pavilions from China, Finland, Germany, Japan, Korea, Singapore, Switzerland and United Kingdom will showcase cutting-edge innovations and more than 32,000 visitors from 65 countries are expected to attend. ASEW 2025 will be co-located with MobilityTech Asia – Bangkok (MTAB) 2025, The Region's Premier Technology Exhibition and Conference on Future Transportation and Smart Mobility. Be part of the movement toward a sustainable energy future at ASIA Sustainable Energy Week 2025, taking place July 2-4, 2025, at the Queen Sirikit National Convention Center (QSNCC), Bangkok. Contact us:For more information and booth, please contact: asew-th@informa.com or visit event website www.asew-expo.com. About Informa Markets:Informa Markets creates platforms for industries and specialist markets to trade, innovate, and grow. Through our comprehensive portfolio of exhibitions, digital content, and services, we enable customers and partners to connect, discover new opportunities, and drive industry progress. For more information, please visit: www.informamarkets.com
Ahmedabad- India, Feb. 08, 2025 (GLOBE NEWSWIRE) -- In a groundbreaking move to accelerate the convergence of artificial intelligence (AI) and clean energy, Sustainability Economics and Gujarat Power Corporation Limited (GPCL) have signed a Memorandum of Understanding (MoU). This strategic partnership aims to integrate two transformative megatrends through an innovative approach, fostering the growth of AI infrastructure powered by clean energy sources. Sustainability Economics, a global leader in AI advancement, is headquartered in Singapore and the United States, with a major development center in Bengaluru, India. The company is laying the foundation for an AI driven future by playing a critical role in the end-to-end AI ecosystem, powering every building block of AI. Their global focus includes developing AI cloud parks, offering AI infrastructure as a service, and sector-specific AI use cases by customizing open-source and proprietary LLMs and AI agents. Gujarat Power Corporation Limited (GPCL), a state government-owned entity in India, has been at the forefront of renewable energy development in Gujarat. The corporation has spearheaded the establishment of multiple renewable energy plants in the state, reinforcing its commitment to a sustainable future and playing the crucial role in meeting the state’s growing energy needs. Under this collaboration, Sustainability Economics and GPCL will work together to source the most optimal clean energy mix for AI cloud parks. Leveraging an intelligent energy management system powered by AI, Sustainability Economics aims to ensure its AI infrastructure operates efficiently with a scalable, reliable, and cost-effective clean energy supply. Mr. Kasu Venkata Reddy, CEO & Co-founder of Sustainability Economics stated, “This partnership marks a significant step toward building next-generation AI cloud infrastructure powered by clean energy. By integrating AI with clean energy solutions, we are laying the foundation for a sustainable and scalable AI ecosystem.” Mr. Arun Mahesh Babu, IAS, Managing Director at GPCL added, “The convergence of AI and green energy represents a pivotal moment for Gujarat’s sustainable development. This partnership demonstrates the powerful symbiotic relationship between technological advancement and environmental responsibility, paving the way for a cleaner and more efficient energy future.” The partnership aims to explore the development of AI cloud parks that will be co-located with existing and upcoming clean energy parks, fostering the convergence of two major trends: AI and clean energy. Additionally, the partnership will explore new frontiers in green hydrogen, offshore wind, and energy storage, along with other areas of mutual interest. It will also focus on conducting comprehensive feasibility studies to optimize and secure low-cost capital for GPCL’s existing and ongoing renewable energy projects. This collaboration between Sustainability Economics and GPCL aims to set a new benchmark for integrating AI with clean energy solutions, driving both technological innovation and environmental responsibility, by placing India at the forefront of AI and clean energy convergence on a global scale. Emily@sustainabilityeconomics.com Emily Smith Communications Manager Sustainability Economics
The Company's green hydrogen, sustainable formaldehyde production, photovoltaics, multi-energy storage, and seawater desalination solutions lead the way in realistic and certifiable feasibility practices for a greener planet. ABU DHABI, UAE, Jan. 17, 2025 /PRNewswire/ -- Shanghai Electric (SEHK:2727, SSE:601727) showcased its cutting-edge sustainable development technologies and innovative green solutions at the World Future Energy Summit held in Abu Dhabi from January 14-16, 2025. Under its Create Our Future Together banner, the Company fully demonstrated its strengths and steadfast commitment to helping global energy transformation with its green energy and resource innovations. World Future Energy Summit 2025: Shanghai Electric Showcases Sustainable Development Technologies for Clean Energy and Seawater Resource Utilization In green hydrogen, the Bristack-Z1000 alkaline electrolyzer showcased breakthroughs in flexible support and efficient gas-liquid transmission, offering low energy consumption, high electrical density, wide load, and fast response. At 2500 A/m2, its DC power consumption is 12% lower than industry standards and TÜV Rheinland-certified. Shanghai Electric's sustainable formaldehyde production technology features pure oxygen pressurized gasification, fluidized bed gasification, and tar high-temperature conversion. The system is energy-efficient, compact, and offers high capacity, flexibility, and reliability. By integrating volatile wind and solar energy, it significantly reduces carbon emissions, promoting a more sustainable production process. Creator 210R series photovoltaic heterojunction module features high efficiency, bifaciality, and a low temperature coefficient, making it a next-generation monocrystalline solar panel. Its innovative silicon wafer structure and manufacturing process break through traditional efficiency limits, capturing light in weak conditions. Paired with an intelligent tracking photovoltaic bracket, it adjusts to maximize energy intake. The Company's other technologies include phase-shifting island equipment for the Peñasco photovoltaic station in Mexico, tower wireless heliostat technology for Dubai's solar project, and the 100MW/100MWh REP1&2 energy storage station in the UK. High Inertia Synchronous Condenser With Flywheel from the Company is China's first phase-shifting product of a commercial and household energy storage system to be exported internationally. It enhances grid flexibility by balancing supply and demand, ensuring power system reliability and stability. With kinetic energy reaching 140 MW/s and an inertia time constant of 11.2 seconds, it delivers rapid response and short-term capacity. Shanghai Electric offers expertise in energy storage cells, smart control, and system integration, including feasibility studies, construction, operation, and battery recycling. Applications range from short-term and long-term energy storage to distributed and household solutions, providing a full lifecycle lithium battery system for maximum customer value. The 3rd generation desalination technology addresses the Middle East and North Africa's looming water crisis with its third-generation thermal film coupling technology that enhances heat transfer efficiency, reduces energy use, and combines thermal and membrane methods to cut water production costs and land use. The system produces large volumes of fresh water daily, with energy consumption under 2 kWh per ton and an annual utilization rate exceeding 95%. This technology supports sustainable development by easing water shortages in coastal areas, supplying industrial clusters, and expanding water resource boundaries with eco-friendly solutions. For more green energy and resource innovations, please visit https://www.prnewswire.co.uk/news/shanghai-electric/.
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