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BatteroTech Mercury Super-charging: Adding a Cross-provincial Range During Coffee Break

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JIAXING, China, July 3, 2024 /PRNewswire/ — “Range anxiety” and “long charging time” have compromised the driving experience of new energy vehicles for a long time, which spurred customer demands to “charge the electric vehicles within a short time”. In answer to such critical pain points, BatteroTech brought forth its Mercury super-charging batteries. A more comfortable driving journey is enabled by its capability to add a “400km range with 10min charging”. To put it simply, you can effortlessly drive your recharged vehicle to another province right after your coffee break.

01 The next-generation Mercury super-charging has emerged as a well-timed solution, adding a “cross-provincial range during a coffee break”

The super-charging battery cell will be a critical battleground for battery manufacturers in 2024. BatteroTech debuted its “Twin-star” battery portfolio designed based on the new materials systems back in 2022, being a four-pronged solution that ensures steady safety, a long driving range, efficient fast charging, and excellent overall performance. 

The updated product of “Twin-star” Super-charging, known as the Mercury Super-charging battery, was creatively launched by BatteroTech in response to diverse market demands. Specifically, it is characterized by 4C super-charging within 10min, more efficient than the previous 15min 3C fast-charging performance. The vehicle can be recharged as fast as gas-filling, balancing a long range with high safety performance, and adding a 400km range with 10-minute charging. The desirable charging experience that “ensures a cross-provincial range within a coffee break” thus unfolds with lasting satisfaction.  

Lithium ions cannot be swiftly inserted and will leach on the anode surface when regular battery cells fast charge. The majority of leached lithium ions become spent, reducing the battery capacity, compromising the cycle life, and posing safety risks. Under low-temperature environments, the lithium-ion conduction capability of such battery cells deteriorates, and the fast-charging efficiency decreases as well.   

To fast charge electric vehicles by settling the technical difficulties, BatteroTech researched and developed technical structures, namely Speedy Lithium-ion Transfer, Lightning-speed Pathway, and Rock Framework, contributing innovative outcomes in multiple materials links.

02 The “Dark horse” product delivers super-charging performance at the industry forefront with all-round innovations under low temperatures

Concerning the anode structure, BatteroTech’s Mercury polycrystalline framework and graphite coated by fast ion conductors added the paths for intercalating lithium ions into the anode smoothly and swiftly. The isomeric pole pieces and clusters of flooded batteries were employed to design correspondent anode pole piece structures based on the lithium-ion concentration levels in different areas of the anode. This helps retain more electrolytes and lithium ions and pave a better way for the speedy migration of lithium ions.

In terms of the cathode structure, core-shell particles and graded particles used by BatteroTech delivered a lean design at the nanoparticle level and reduced the threshold of lithium-ion deintercalation from the cathode. In particular, the energy barrier for lithium-ion deintercalation from the cathode in low-temperature environments was brought down, indirectly elevating the deintercalation abilities of lithium ions.   

Regarding electrolytes, high-throughput film formation and full-domain low viscosity significantly abated the resistance of movement of lithium ions from the cathode to anode and under low-temperature environments in electrolytes and thus enabled their free electrophoresis. Consequently, the Mercury battery cells can be supercharged across all ranges of use temperatures.

Besides, as massive heat is generated by battery cells in fast-charging, the Mercury Lightning-speed Pathway applied the cross-linked grid, cathode carbon coating nanotechnology, low-resistance coating, and two-directional conductive foil to the anode. The optimal pathway of structural parts and current collectors got designed using simulation. As a result, 20% of the spare parts were streamlined and the number of physical transmission paths was reduced, elevating the safety and reliability of battery cells by minimizing impedance and reducing thermal production.

The Rock Framework was researched and developed by BatteroTech to further guarantee the safety of Mercury battery cells. The coating separator of high safety, the high resistance insulation layer, and high-impedance protective films of welding imprints were used in an integrated manner. This can forestall the generation of burrs in the process and any internal short-circuits caused by the burrs piercing through the separator, making the batteries safer and more reliable on a full scale.   

BatteroTech highlights balancing product performance with manufacturing costs by introducing cooled system products at the bottom of the super-charging battery and on the battery side surface. On the system front, such super-charging thermal management technology features higher cost-effectiveness. The Mercury super-charging technology keeps the highest cell temperature during charging within 45℃ under normal temperatures, shielding the battery cycle life. Its efficiency can rival that of the large-surface cell cooling technology. Additionally, the volume integration efficiency of the battery system has increased by 5%, while the costs of thermal management and system parts have been cut by 5%, showcasing a higher mechanical strength and reliability.

BatteroTech pioneered in charging the vehicle to 80%SOC within 10min and keeping a 20-80%SOC for the vehicle within 30min charging under the -20℃ low-temperature environments, pacesetting the new energy industry with its innovative technologies. Drivers can thus be reassured when driving their electric vehicles under low-temperature and even extremely cold circumstances. Meanwhile, the riding experience for both drivers and passengers is fully elevated.

Drivers can now wait for a shorter time when charging their vehicles with lithium iron phosphate batteries whose long charging time as the pain point is settled and edges of superior safety, low cost, and long cycle life are harvested. Electric power and the well-being of the driver are recharged at the same time during a coffee break, preparing for the next journey with ease.  

03 Multifaceted Strengths Unveil the Fast-charging Trend

Battery manufacturers can grow more prudently with premium and stable supplies of lithium resources. Therefore, it is worth noting that BatteroTech enjoys the dual strength of source and cost in raw materials as a subsidiary of Tsingshan Industry.

Fueled by the synergy of demand and production capacity, BatteroTech will conclude its Phase-III 45GWh production line in 2024 and anticipate delivering a total of 79GWh production capacity. Its Mercury 4C fast-charging battery will be put into mass production by the end of 2024 by the actual capacity release pace.

“Coffee break” fast-charging marks the brand-new trend of adding a 400km range with 10min charging. New energy vehicle drivers will be no longer held back by “range anxiety” and can access the freedom of mobility once predominated by conventional gasoline cars. The emergence of BatteroTech Mercury Super-charging technology presents new business opportunities for the new energy vehicle sector. More importantly, it breathes refreshing power into the sustainable growth of global green energies.

For more information, please visit BatteroTech’s official website: https://en.batterotech.com/ 

BatteroTech Co., Ltd. is a lithium battery manufacturer dedicated in the new energy industry which is invested by Tsingshan Industry, one of the Fortune 500 companies.

BatteroTech is mainly engaged in the research and development, production and marketing of lithium batteries, battery modules, battery systems, etc. and committed to providing world-class solutions and services for new energy vehicle manufacturers and electric power investors who aim to achieve the goal of “Carbon Peaking and Carbon Neutrality”. The company has set up R&D centers and manufacturing bases respectively located in Shanghai and Jiashan.

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SOURCE BatteroTech

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Portland Public Library Delivers Almost 50% Increase In User Engagement with New Web Redesign

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MIAMI, April 21, 2026 /PRNewswire/ — Digital Silk, an award-winning agency focused on creating brand strategies, custom websites, and digital marketing campaigns, announces the launch of a redesigned website for Portland Public Library, a public institution serving the education, community services, and nonprofit sector. The project focuses on improving user experience, content discoverability, and engagement while introducing a scalable CMS to support ongoing updates. The new platform is now live at https://www.portlandlibrary.org/.

The redesigned website reflects a strategic effort to better serve a diverse audience by improving navigation, enhancing accessibility, and creating clearer pathways to programs, events, and resources.

Improving Engagement Through User-Centric Design

Portland Public Library required a modern digital platform to address challenges related to fragmented navigation, limited engagement pathways, and difficulty in accessing content. The previous website structure made it harder for users to find relevant information efficiently.

Digital Silk addressed these challenges through a full website redesign supported by user-centric information architecture and optimized user journeys. The updated experience prioritizes clarity, accessibility, and ease of navigation across a wide range of services and resources.

“Organizations like public libraries are increasingly relying on their digital platforms to serve as primary engagement hubs, making usability and content clarity more important than ever,” said Ana Margarida Meira, VP, Client Partner.

Measurable Improvements in User Engagement

Following the launch, Portland Public Library recorded measurable improvements in engagement metrics when comparing Feb 17 to Mar 23, 2026, against the previous period.

Key outcomes include:

+47.82% increase in average engagement time per active user+4.5% increase in engaged sessions per active user+18.38% increase in average engagement time per session

These improvements may indicate stronger interaction with site content and increased user engagement across programs and services.

Key Deliverables Supporting Accessibility and Scalability

The project combined design, UX strategy, and technical development to support both immediate engagement improvements and long-term flexibility.

Core deliverables included:

Full website redesign and developmentUser-centric information architectureEngagement-focused UX design and user journey optimizationInclusive design enhancementsScalable CMS with modular content componentsPerformance optimization and QA testing

The implementation enables the library’s internal team to manage content more efficiently while supporting dynamic updates for seasonal programming and community initiatives.

Supporting a Shift Toward Inclusive Digital Experiences

The project reflects a broader trend among public institutions and content-heavy organizations to prioritize inclusive design, improved content discoverability, and scalable content management systems. Increasingly, organizations are focusing on engagement metrics as a measure of digital effectiveness.

“A well-structured, user-centric website can significantly increase engagement by making it easier for diverse audiences to find, explore, and interact with valuable resources and services,” said Ana Margarida Meira, VP, Client Partner.

Building a Foundation for Ongoing Community Engagement

The redesigned platform provides Portland Public Library with a flexible and scalable foundation to support future growth. By improving accessibility and navigation, the website is positioned to better connect users with educational programs, community services, and digital resources.

More information about Digital Silk’s web development capabilities is available at https://www.digitalsilk.com/ and organizations can request a quote here

About Digital Silk

Digital Silk is an award-winning Miami Web Development Agency focused on growing brands online. With a team of seasoned experts, Digital Silk creates digital experiences through strategic branding, custom web design, and digital marketing services to help improve visibility and support engagement.

Media Contact

Jessica Erasmus
Marketing Director & PR Manager
Tel: (800) 206-9413
Email: jessica@digitalsilk.com

View original content:https://www.prnewswire.com/news-releases/portland-public-library-delivers-almost-50-increase-in-user-engagement-with-new-web-redesign-302747609.html

SOURCE Digital Silk

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LUMA Vision to Showcase VERAFEYE 4D Imaging Platform at HRS 2026, Signaling a New Foundation for EP Guidance

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DUBLIN, April 21, 2026 /PRNewswire/ — LUMA Vision, a leader in real-time 4D cardiac imaging and navigation, today announced its participation in the Heart Rhythm Society Annual Meeting (HRS 2026) in Chicago, where the company will showcase its VERAFEYE™ Visualization and Guidance Platform and highlight new clinical progress through physician-led presentations and scientific sessions.

At HRS 2026, LUMA Vision will demonstrate how VERAFEYE enables direct, real-time visualization of cardiac anatomy, catheters, and therapy delivery—a step-change from conventional imaging and mapping approaches. By combining live 2D and 4D intra-procedural imaging with precise digital anatomical models, the platform delivers CT-quality visualization in seconds, supporting faster, more intuitive, and more precise procedures.

VERAEYE is redefining EP Guidance — from tools to platform, VERAFEYE is designed to eliminate the fragmentation of current EP workflows by enabling physicians to see and guide therapy in real time, rather than relying on the traditional three separate systems of point-by-point mapping, ICE and fluoroscopy. Early clinical experience demonstrates the platform’s ability to:

Enable efficient single-operator workflowsSupport multiple ablation technologiesEliminate the use of fluoroscopyIntroduce a true two-catheter procedure

LUMA Vision will be featured across multiple sessions:

Wednesday, April 22 | 3:00 PM Embassy Suites by Hilton Chicago
Dr. Shephal Doshi will present at the Stanford Biodesign New Arrhythmia Technologies Retreat, highlighting the role of real-time 4D imaging in advancing EP innovation.

Thursday, April 23 | 5:00 PM McCormick Place Convention Center • Room S406AB
Dr. Vivek Reddy will present “AF Ablation with a Large-Focal PFA Catheter & Integrated Guidance” at the 3rd Annual PFA LIVE Case Summit, featuring the VERAFEYE™ System in collaboration with CardioFocus.

Saturday, April 25 | Time 12:00 to 2:00 PM Abstract Pavilion, McCormick Place (Exhibit Hall)
Dr. Toni Breskovic will present new clinical data demonstrating real-world workflow validation and procedural impact.

“This is a defining moment not only for LUMA Vision, but for the future architecture of cardiac procedures. VERAFEYE is a globally unique, AI–powered system that sits at the intersection of electrophysiology, left atrial appendage closure, and structural heart interventions, designed as a unified operating layer rather than a standalone procedural tool,” said Fionn Lahart, CEO of LUMA Vision. “What we are introducing with VERAFEYE is a unified, real–time view of the heart that has the potential to become the foundation for how cardiac procedures are performed.  As the field advances toward next–generation ablation technologies, guidance will no longer be an accessory. It will be the AI–enabled decision–making platform on which everything else is built.”

Driven by advanced AI algorithms, VERAFEYE interprets cardiac anatomy in real time, creating a single anatomical and guidance framework that spans multiple procedures. This intelligent foundation establishes a common procedural language through which therapies can enable greater precision, more efficient workflows, and tighter integration across the cardiac ecosystem.

Throughout the week, attendees are invited to visit Booth #2415 to meet the clinical team and experience how VERAFEYE delivers CT-quality digital anatomy in seconds, enabling a new level of precision and control in EP procedures. As EP continues to evolve toward energy-agnostic, platform-driven workflows, VERAFEYE is positioned to serve as a foundational imaging layer integrating across mapping systems.

About LUMA Vision

LUMA Vision is a privately held medical technology company headquartered in Dublin, Ireland, with key operations in Munich, Germany. The company designs and develops next-generation cardiac visualization and navigation systems that empower clinicians to see and treat with unmatched precision. VERAFEYE™, LUMA Vision’s flagship platform, delivers a real-time, 360° intracardiac view with an unprecedented field of visualization, redefining procedural accuracy in electrophysiology and structural heart interventions. Founded by CEO Fionn Lahart and CTO Christoph Hennersperger, LUMA Vision is committed to transforming cardiac care through innovation that improves outcomes and save lives.

Learn more at www.lumavision.com.

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SOURCE LUMA Vision

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Blaize and Datacomm Sign Technology Alliance MOU to Explore AI Inference Solutions Across Indonesia

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Technology Alliance Targets Indonesia’s Growing AI Inference Market, with an Initial Focus on Physical AI, Public Safety, Surveillance, and Industrial AI Applications

EL DORADO HILLS, Calif. and JAKARTA, Indonesia, April 21, 2026 /PRNewswire/ — Blaize Holdings, Inc. (Nasdaq: BZAI, Nasdaq: BZAIW) (“Blaize,” the “Company,” “we,” “our,” or “us”), a global leader in programmable, energy efficient AI computing, and PT Datacomm Diangraha (“Datacomm”), one of Indonesia’s leading IT service providers and cloud infrastructure specialists, today announced the signing of a Memorandum of Understanding (MOU) establishing a technology alliance to explore the potential of AI inference solutions across Indonesia.

The MOU was signed during a ceremony at Gitex Asia 2026 in Singapore, marking a meaningful step in both companies’ shared commitment to advancing practical AI capabilities across the Indonesian market.

Indonesia: A Strategic AI Market

Indonesia is one of the fastest-growing AI markets in Asia Pacific, with global hyperscalers, sovereign infrastructure programs, and enterprise technology providers all accelerating their presence in the country. According to the Empowering Indonesia Report 2025 by Indosat Ooredoo Hutchison and research firm Twimbit, sovereign AI could contribute up to USD $140 billion to Indonesia’s GDP by 2030, driving annual economic growth of up to 6.8%. Indonesia’s AI sector is expanding at a 31% CAGR, the fastest rate in Southeast Asia (Marketing-Interactive, 2026). Blaize and Datacomm are positioning this technology alliance to serve that growing demand, with an initial focus on physical AI, public safety, surveillance, industrial AI, and logistics.

Areas of Exploration

Under the MOU, Blaize and Datacomm intend to explore the following areas of cooperation:

AI Inference as a Service on DCloud: Exploring integration of Blaize’s Hybrid AI platform with Datacomm’s DCloud public cloud platform and datacenter infrastructure to enable scalable inference services for enterprise customers across Indonesia.Physical AI, Public Safety, Surveillance, and Logistics: Exploring AI inference use cases spanning physical security, video analytics, smart surveillance, and logistics optimization across Indonesia’s enterprise and public sector.Industrial AI: Jointly exploring AI inference applications for industrial automation, including computer vision and sensor-driven intelligence for Indonesia’s industrial sector.

“Asia Pacific is at an inflection point for AI inference, and Indonesia stands out as one of the region’s most significant contributors to that growth,” said Dinakar Munagala, Co-Founder and Chief Executive Officer of Blaize. “Datacomm brings exactly the trusted, deeply embedded infrastructure presence and enterprise relationships this market requires. Together, we are exploring how Blaize’s programmable, energy-efficient AI platform can unlock real-world value across public safety, smart infrastructure, physical AI, and logistics throughout Indonesia. This alliance is a strong foundation, and we intend to build on it.”

“At Datacomm, we have spent over three decades earning the trust of Indonesia’s enterprises, government institutions, and critical infrastructure operators,” said Tan Wie Tjin, President Director and Founder of PT Datacomm Diangraha. “Indonesia is on the cusp of a significant AI transformation, and the demand for intelligent, scalable, and secure inference solutions is accelerating across every sector we serve. This alliance with Blaize is a natural and exciting step in our journey toward the AI era. The combination of Datacomm’s cloud and datacenter infrastructure with Blaize’s world-class AI inference platform positions us uniquely to serve this demand. I look forward to exploring the possibilities this technology alliance will unlock for our customers and for Indonesia’s digital future.”

The MOU is non-binding and outlines a cooperative technology framework under which the parties may pursue specific projects through future definitive agreements. The alliance will prioritize enabling secure, scalable, and energy-efficient AI inference solutions that integrate seamlessly into existing cloud, datacenter, and physical environments across Indonesia.

About Blaize

Blaize delivers a programmable AI platform, purpose-built for AI inference workloads in real-world environments. Its Hybrid AI architecture combines the Blaize GSP (Graph Streaming Processor), an efficient AI processor, with GPU-based infrastructure, enabling AI inference workloads to run across edge, cloud, and data center. Blaize solutions support computer vision, multimodal AI, and sensor-driven applications across smart cities, industrial automation, telecommunications, retail, logistics, and defense. Blaize is headquartered in El Dorado Hills, California, with a global presence across North America, Europe, the Middle East, and Asia. To learn more, visit www.blaize.com or follow us on LinkedIn @blaizeinc.

About Datacomm

PT Datacomm Diangraha is one of Indonesia’s leading IT service providers, with over 30 years of experience in building and managing critical digital infrastructure. Founded in 1990 and headquartered in South Jakarta, Datacomm has grown from a data communication reseller into a comprehensive technology services company with more than 450 employees. The company serves customers across the enterprise, telecommunications, government, and military sectors through an end-to-end IT ecosystem that supports business transformation, covering cloud services, modern data center solutions, advanced IT security, DevOps, and reliable network infrastructure.

For more information, visit www.datacomm.co.id

Cautionary Statement Regarding Forward-Looking Statements

This press release contains forward-looking statements within the meaning of Section 27A of the U.S. Securities Act of 1933, as amended (the “Securities Act”), and Section 21E of the U.S. Securities Exchange Act of 1934, as amended (the “Exchange Act”) that are based on beliefs and assumptions and on information currently available to Blaize, including statements regarding the expected scope of the engagement with Datacomm and any potential definitive agreements related thereto; the industry in which Blaize operates, market opportunities, and product offerings. In some cases, you can identify forward-looking statements by the following words: “may,” “will,” “could,” “would,” “should,” “expect,” “intend,” “plan,” “anticipate,” “believe,” “estimate,” “predict,” “project,” “potential,” “continue,” “ongoing,” “target,” “seek” or the negative or plural of these words, or other similar expressions that are predictions or indicate future events or prospects, although not all forward-looking statements contain these words. Forward-looking statements are predictions, projections, and other statements about future events that are based on current expectations and assumptions and, as a result, are subject to risks and uncertainties. Many factors could cause actual future events to differ materially from the forward-looking statements in this document, including but not limited to: (i) changes in domestic and foreign business, market, financial, political and legal conditions; (ii) failure to realize the anticipated benefits of Blaize’s business combination with BurTech Acquisition Corp., which may be affected by, among other things, competition, the ability of the combined company to grow and manage growth profitably, maintain relationships with customers and suppliers and retain its management and key employees; and (iii) those factors discussed under the heading “Risk Factors” in our Annual Report on Form 10-K filed with the Securities and Exchange Commission (SEC) on March 24, 2026, our and other documents filed by Blaize from time to time with the SEC. These filings identify and address other important risks and uncertainties that could cause actual events and results to differ materially from those contained in the forward-looking statements. Forward-looking statements speak only as of the date they are made. Readers are cautioned not to put undue reliance on forward-looking statements, and Blaize assumes no obligation to update or revise these forward-looking statements, whether as a result of new information, future events, or otherwise, except as required by law, including the securities laws of the United States and the rules and regulations of the SEC. Blaize does not give any assurance that it will achieve its expectations.

Blaize Contact
press@blaize.com
www.blaize.com 

Investors
ir@blaize.com
www.blaize.com 

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SOURCE Blaize Inc.

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