Latest news with #CSAGroup
Associated Press
03-07-2025
- Business
- Associated Press
Beyond Boundaries: Envision's Record 49-Hour Fire Test Breaks New Ground in Energy Storage Safety
SHANGHAI, July 3, 2025 /PRNewswire/ -- Envision Energy, a global leader in green technology, has successfully completed a groundbreaking large-scale fire test for its smart energy storage system, raising the bar for safety, environmental responsibility, and system resilience. Conducted under full on-site supervision by the Canadian Standards Association (CSA Group), strategic partners, and North American Fire Protection Engineers (FPEs), the test fully complied with the stringent CSA C800 standard – a consensus standard developed with input from insurers, regulators, and industry experts, providing one of the most authoritative international safety benchmarks for energy storage. World's Densest BESS Setup: 5cm Tightest Spacing, Zero Fire Propagation in 49 Hours The test recreated real-world worst-case site conditions by placing four fully charged (100% SOC) 5MWh Envision Smart Energy Storage containers (A, B, C, D) in an ultra-dense back-to-back, side-by-side configuration - just 5 centimeters apart, compared to the typical industry standard spacing of 3 to 5 meters. This setup represents the most energy-dense fire test layout ever attempted, significantly increasing the challenge due to heightened thermal coupling and limited airflow. Importantly, the burn was allowed to proceed with zero intervention. The test pushed the boundaries of the most stringent safety limits - yet even under unprecedented thermal stress and energy concentration, the system showed exceptional resilience and containment. Container A burned for 49 hours and 32 minutes, reaching a peak temperature of 1,297°C. Meanwhile, internal battery temperatures in the adjacent containers B, C, and D remained stable at just 35°C, 44°C, and 43°C respectively - well below our normal operational window. Notably, container A maintained structural integrity throughout the burn, showing no deformation, no collapse, and intact sealing gaskets. Even more impressively, there was zero fire spread or damage to neighboring containers. Units B, C, and D remained unscathed inside and out, with post-test inspections confirming all internal modules were fully operational and undamaged. 3-Hour Ignition Delay - Extended Window for Fire Response To simulate a worst-case ignition scenario, the fire was initiated by applying high-power, synchronized heating to four battery cells within a modified pack, from which the nano-level thermal insulation had been removed. The ignition source was strategically placed at the center of the container cluster - where fire spread risk is greatest in all directions. Under these extreme conditions, ignition took nearly three hours - over 50% longer than typical - offering a critical window for early detection and emergency response. Zero Emission Fire Testing - New Benchmark for Environmental Safety Environmental safety was also a key focus throughout the test. All combustion gases from the burning container A were captured by overhead smoke hoods, analyzed for composition, and fully neutralized through advanced treatment. The entire 49-hour test produced no odors, no emissions, and zero pollution, setting a new industry benchmark for clean and environmentally responsible fire testing in energy storage. AI-Driven Safety & Full Lifecycle Asset Protection Envision's AI-powered Smart Energy Storage System offers superior safety even under extreme conditions. It integrates Envision's proprietary high-safety battery cells within a robust three-layer safety architecture spanning cell, pack, and system levels. Coupled with AI-driven fire detection and active pack-level firefighting, the system isolates thermal events within a single container. To date, Envision's storage systems have been deployed in over 300 projects worldwide with zero safety incidents. This breakthrough fire test proves that even in highly unlikely fire scenarios, Envision's Smart Energy Storage can fully contain risk within a single container. The quantifiable safety results provide insurers with greater confidence to underwrite storage assets, paving the way for broader commercial adoption and accelerating the transition to safe, large-scale energy storage. View original content to download multimedia: SOURCE Envision Energy
Yahoo
03-07-2025
- Business
- Yahoo
Beyond Boundaries: Envision's Record 49-Hour Fire Test Breaks New Ground in Energy Storage Safety
SHANGHAI, July 3, 2025 /PRNewswire/ -- Envision Energy, a global leader in green technology, has successfully completed a groundbreaking large-scale fire test for its smart energy storage system, raising the bar for safety, environmental responsibility, and system resilience. Conducted under full on-site supervision by the Canadian Standards Association (CSA Group), strategic partners, and North American Fire Protection Engineers (FPEs), the test fully complied with the stringent CSA C800 standard – a consensus standard developed with input from insurers, regulators, and industry experts, providing one of the most authoritative international safety benchmarks for energy storage. World's Densest BESS Setup: 5cm Tightest Spacing, Zero Fire Propagation in 49 Hours The test recreated real-world worst-case site conditions by placing four fully charged (100% SOC) 5MWh Envision Smart Energy Storage containers (A, B, C, D) in an ultra-dense back-to-back, side-by-side configuration - just 5 centimeters apart, compared to the typical industry standard spacing of 3 to 5 meters. This setup represents the most energy-dense fire test layout ever attempted, significantly increasing the challenge due to heightened thermal coupling and limited airflow. Importantly, the burn was allowed to proceed with zero intervention. The test pushed the boundaries of the most stringent safety limits - yet even under unprecedented thermal stress and energy concentration, the system showed exceptional resilience and containment. Container A burned for 49 hours and 32 minutes, reaching a peak temperature of 1,297°C. Meanwhile, internal battery temperatures in the adjacent containers B, C, and D remained stable at just 35°C, 44°C, and 43°C respectively - well below our normal operational window. Notably, container A maintained structural integrity throughout the burn, showing no deformation, no collapse, and intact sealing gaskets. Even more impressively, there was zero fire spread or damage to neighboring containers. Units B, C, and D remained unscathed inside and out, with post-test inspections confirming all internal modules were fully operational and undamaged. 3-Hour Ignition Delay - Extended Window for Fire Response To simulate a worst-case ignition scenario, the fire was initiated by applying high-power, synchronized heating to four battery cells within a modified pack, from which the nano-level thermal insulation had been removed. The ignition source was strategically placed at the center of the container cluster - where fire spread risk is greatest in all directions. Under these extreme conditions, ignition took nearly three hours - over 50% longer than typical - offering a critical window for early detection and emergency response. Zero Emission Fire Testing - New Benchmark for Environmental Safety Environmental safety was also a key focus throughout the test. All combustion gases from the burning container A were captured by overhead smoke hoods, analyzed for composition, and fully neutralized through advanced treatment. The entire 49-hour test produced no odors, no emissions, and zero pollution, setting a new industry benchmark for clean and environmentally responsible fire testing in energy storage. AI-Driven Safety & Full Lifecycle Asset Protection Envision's AI-powered Smart Energy Storage System offers superior safety even under extreme conditions. It integrates Envision's proprietary high-safety battery cells within a robust three-layer safety architecture spanning cell, pack, and system levels. Coupled with AI-driven fire detection and active pack-level firefighting, the system isolates thermal events within a single container. To date, Envision's storage systems have been deployed in over 300 projects worldwide with zero safety incidents. This breakthrough fire test proves that even in highly unlikely fire scenarios, Envision's Smart Energy Storage can fully contain risk within a single container. The quantifiable safety results provide insurers with greater confidence to underwrite storage assets, paving the way for broader commercial adoption and accelerating the transition to safe, large-scale energy storage. View original content to download multimedia: SOURCE Envision Energy
Yahoo
25-06-2025
- Business
- Yahoo
CLOU Aqua C2.5 Establishes Unprecedented Safety Benchmark with 59-Hour Large-Scale Fire Test
SHENZHEN, China, June 24, 2025 /PRNewswire/ -- CLOU Aqua C2.5 5MWh liquid-cooled energy storage system has successfully completed an extraordinary 59-hour and 10-minute Large-Scale Fire Test - setting a new benchmark for energy storage safety evaluation. The test was fully witnessed and documented by CSA Group personnel throughout the entire process. The system demonstrated exceptional resilience by maintaining complete structural integrity while withstanding temperatures exceeding 1,300°C, without resulting thermal runaway propagation between initiating BESS and target BESSs nearby. The Large-Scale Fire Test is designed to evaluate the possibility of fire spreading from one system enclosure to adjacent systems in centralized installations of energy storage systems. During the test, under conditions where the triggered system was fully engulfed in flames, the fire did not cause any adjacent systems to exhibit valve opening or thermal runaway signs. This demonstrates the product's exceptional flame-retardant and thermal insulation performance, meeting the customized testing requirements of the client. This testing milestone embodies Clou's profound commitment to addressing clients' safety imperatives. By ignition of Container A, sustained combustion persisted for 59 hours and 10 minutes until complete extinguishment without reignition. The testing methodology accurately simulates the full progression of extreme fire scenarios - from ignition, escalation to natural attenuation. The obtained critical data provides essential parameters for optimizing fire protection system design in energy storage plants. "The test results have far exceeded our most stringent safety benchmarks. CLOU's integrated approach combining superior flame retardancy, advanced thermal management and inherent system protection represents a significant advancement in energy storage safety engineering." Eric Wang, System Director of CLOU ESS Division emphasized the solution's forward-looking design, specifically engineered to address emerging challenges posed by high-energy-density battery technologies. The successful evaluation from this test conclusively demonstrates Aqua C2.5's readiness for GW-scale deployment. The system delivers unparalleled protection against prolonged thermal runaway events while establishing new certification benchmarks for the global energy storage industry. This milestone reinforces CLOU's leadership in next-generation energy storage safety technologies, carrying significant implications for utility-scale, commercial and industrial applications worldwide. The system's performance sets a new safety standard benchmark for the sector, demonstrating that extreme safety protocols and high operational efficiency can be seamlessly integrated into modern energy storage solutions. View original content to download multimedia: SOURCE CLOU Electronics Co., Ltd.
Yahoo
12-05-2025
- Business
- Yahoo
BNQ and CSA Group publish a new standard for measuring the environmental impact of hydrogen production
QUÉBEC, May 12, 2025 /CNW/ - The Bureau de normalisation du Québec (BNQ) and CSA Group have published the Joint Canada-U.S. National Standard CSA/ANSI R124/CAN/BNQ 1789-200 A harmonized methodology for reporting the production pathway and carbon intensity of hydrogen. This new standard establishes a harmonized methodology for hydrogen producers, distributors and consumers to report on the production pathway and carbon intensity of hydrogen. The current colour-based system (e.g., blue/green/grey/pink) that is used to describe hydrogen production, lacks clarity on the true impact and overall emission intensity of hydrogen production. The new Joint Canada-U.S. National Standard CSA/ANSI R124/CAN/BNQ 1789-200 has been developed to define clear requirements for reporting the key characteristics that will support effective evaluation of the environmental impact of hydrogen production. The energy production sources used and the carbon emissions they produce are the primary focus of the standard's guidance for quantification. Further to carbon intensity, the new standard provides guidance for reporting of additional key characteristics, such as the nature of the feedstock, the geography of the supply chain, the source of energy and feedstocks, the quantity of water consumed and the country or region of origin. This standard aims to facilitate the information sharing on hydrogen's carbon intensity and its sources, hence helping producers provide data that can help users make informed procurement decision. The BNQ acknowledges that this standard was funded by the Ministère de l'Économie, de l'Innovation et de l'Énergie (MEIE) du Québec and the Standards Council of Canada (SCC). CSA Group acknowledges that the development of this standard was also made possible, in part, by the financial support of Natural Resources Canada (NRCan). "Québec has long been at the forefront of green energy. To maintain this edge, we need to keep exploring and developing low-carbon energy sectors, such as green hydrogen. Our government is therefore working to create the right framework and conditions for the sustainable development of this industry of the future, by supporting initiatives such as this new standard for measuring the environmental impact of hydrogen production."Christine Fréchette, Minister of Economy and Innovation and Minister Responsible for Regional Economic Development "Until now, the lack of a clear and consistent methodology limited the possibility of communicating the environmental impact of hydrogen production. Thanks to this new standard, low-carbon hydrogen producers now have a concrete tool to distinguish themselves on the market and increase their competitiveness. The standard also provides consumers with greater transparency regarding hydrogen production methods, offering them clear information on its environmental impact."Isabelle Landry, Principal Director, Bureau de normalisation du Québec "Harmonizing hydrogen production reporting across Canada and the U.S. is an important step toward a more transparent and sustainable energy sector. This new standard provides a science-based approach to measuring carbon intensity, helping producers and regulators align with market expectations and global sustainability goals. By establishing a common language for hydrogen production, it supports informed decision-making and investment in low-carbon solutions."Michael Leering, Director, Environment and Business Excellence, Standards, CSA Group About the BNQThe BNQ, an administrative unit of Investissement Québec, is the reference organization for standardization and certification in Quebec. It develops consensus-based standards and certification protocols in accordance with the rules of the International Organization for Standardization (ISO). The BNQ is accredited by the Standards Council of Canada (SCC). For further information on the BNQ: About CSA GroupCSA Group is a global organization dedicated to safety, social good and sustainability. We are a leader in North American standards development and in product testing, inspection and certification around the world. Our mandate is to hold the future to a higher standard. SOURCE Bureau de normalisation du Québec (BNQ) View original content to download multimedia:
Cision Canada
12-05-2025
- Business
- Cision Canada
BNQ and CSA Group publish a new standard for measuring the environmental impact of hydrogen production
QUÉBEC, May 12, 2025 /CNW/ - The Bureau de normalisation du Québec (BNQ) and CSA Group have published the Joint Canada-U.S. National Standard CSA/ANSI R124/CAN/BNQ 1789-200 A harmonized methodology for reporting the production pathway and carbon intensity of hydrogen. This new standard establishes a harmonized methodology for hydrogen producers, distributors and consumers to report on the production pathway and carbon intensity of hydrogen. The current colour-based system (e.g., blue/green/grey/pink) that is used to describe hydrogen production, lacks clarity on the true impact and overall emission intensity of hydrogen production. The new Joint Canada-U.S. National Standard CSA/ANSI R124/CAN/BNQ 1789-200 has been developed to define clear requirements for reporting the key characteristics that will support effective evaluation of the environmental impact of hydrogen production. The energy production sources used and the carbon emissions they produce are the primary focus of the standard's guidance for quantification. Further to carbon intensity, the new standard provides guidance for reporting of additional key characteristics, such as the nature of the feedstock, the geography of the supply chain, the source of energy and feedstocks, the quantity of water consumed and the country or region of origin. This standard aims to facilitate the information sharing on hydrogen's carbon intensity and its sources, hence helping producers provide data that can help users make informed procurement decision. The BNQ acknowledges that this standard was funded by the Ministère de l'Économie, de l'Innovation et de l'Énergie (MEIE) du Québec and the Standards Council of Canada (SCC). CSA Group acknowledges that the development of this standard was also made possible, in part, by the financial support of Natural Resources Canada (NRCan). "Québec has long been at the forefront of green energy. To maintain this edge, we need to keep exploring and developing low-carbon energy sectors, such as green hydrogen. Our government is therefore working to create the right framework and conditions for the sustainable development of this industry of the future, by supporting initiatives such as this new standard for measuring the environmental impact of hydrogen production." Christine Fréchette, Minister of Economy and Innovation and Minister Responsible for Regional Economic Development "Until now, the lack of a clear and consistent methodology limited the possibility of communicating the environmental impact of hydrogen production. Thanks to this new standard, low-carbon hydrogen producers now have a concrete tool to distinguish themselves on the market and increase their competitiveness. The standard also provides consumers with greater transparency regarding hydrogen production methods, offering them clear information on its environmental impact." Isabelle Landry, Principal Director, Bureau de normalisation du Québec "Harmonizing hydrogen production reporting across Canada and the U.S. is an important step toward a more transparent and sustainable energy sector. This new standard provides a science-based approach to measuring carbon intensity, helping producers and regulators align with market expectations and global sustainability goals. By establishing a common language for hydrogen production, it supports informed decision-making and investment in low-carbon solutions." Michael Leering, Director, Environment and Business Excellence, Standards, CSA Group About the BNQ The BNQ, an administrative unit of Investissement Québec, is the reference organization for standardization and certification in Quebec. It develops consensus-based standards and certification protocols in accordance with the rules of the International Organization for Standardization (ISO). The BNQ is accredited by the Standards Council of Canada (SCC). For further information on the BNQ: About CSA Group CSA Group is a global organization dedicated to safety, social good and sustainability. We are a leader in North American standards development and in product testing, inspection and certification around the world. Our mandate is to hold the future to a higher standard.
