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Iontra Technology to Eliminate 100M Tons of CO₂ emissions -- Without Modifying a Single Battery
Iontra Technology to Eliminate 100M Tons of CO₂ emissions -- Without Modifying a Single Battery

Yahoo

time25-06-2025

  • Automotive
  • Yahoo

Iontra Technology to Eliminate 100M Tons of CO₂ emissions -- Without Modifying a Single Battery

CENTENNIAL, Colo., June 25, 2025 /PRNewswire/ -- Iontra Inc., a leader in advanced battery charging technology, today announced the release of a third-party greenhouse gas (GHG) impact assessment conducted by New Energy Nexus. The report highlights that over 100 million tons of CO2 emissions can be reduced with Iontra's proprietary charging technology over the next decade across consumer electronics, e-mobility, and industrial applications. At a time when industries are focused on decarbonizing and extending product life cycles, Iontra's solution unlocks significant, measurable climate benefits without requiring hardware overhauls or major infrastructure changes. The analysis from New Energy Nexus outlines how extending battery cycle life with Iontra's platform reduces the total number of batteries manufactured, used, and discarded—resulting in significant GHG reductions across device categories. Scalable Impact Across Industries Iontra's charging technology delivers gains in battery durability and efficiency across multiple product categories: Conventional lithium batteries in small consumer electronics (including smartphones, hearables and wearables) typically support 500–750 charge cycles. With Iontra's advanced charging technology, cycle life can be extended to 750–1500 cycles. This enhancement significantly reduces the frequency of battery replacements, leading to fewer devices being produced and discarded — a major environmental benefit even when scaled just across the global smartphone market. Medium-sized devices in applications such as Power Tools, e-bikes, Robotics and Drones see battery cycle life improve from a typical 400–800 cycles to an estimated 600–1600 cycles with Iontra's solution. These categories experience high-frequency use and replacement, so improved battery longevity translates directly to fewer units in circulation and substantial greenhouse gas (GHG) emissions reductions. Finally, for large-format batteries, such as those in electric vehicles and energy storage systems, Iontra delivers up to a 2x increase in cycle life over the conventional ~1,500 cycles. Longer battery life not only supports extended operational use and system reliability, but also enables second-life applications, compounding environmental benefits through reduced manufacturing and waste. The report estimates Iontra-enabled technology will enable a reduction of 5.8 million tons of Carbon Dioxide emissions (CO₂e) by 2029. With the projected 20% annual growth in Iontra-powered devices, the cumulative CO₂e savings are expected to reach 108 million tons by 2035. To contextualize these figures, Iontra's GHG reductions are equivalent to removing 23 million passenger vehicles from the road, grounding 3,779 commercial airliners, or offsetting emissions from 12.4 million U.S. households annually. "Extending cycle life and minimizing battery damage directly improves sustainability," said Jeff Granato, CEO of Iontra. "This independent study confirms the extraordinary impact Iontra can have on the environment—our technology doesn't just enhance battery performance; it directly supports global climate goals. We're excited to offer scalable, affordable, drop-in solutions for partners looking to substantially reduce emissions while improving product longevity and lowering costs." Iontra's battery technology exemplifies how innovation can drive sustainability, offering a clear path to reduce greenhouse gas emissions across small, medium, and large device categories. With growing global awareness and demand for sustainable solutions, Iontra stands at the forefront of environmental stewardship. By adopting Iontra's technology, industries and consumers can take meaningful steps toward a greener future. For more information, download the report summary here. About IontraFounded in 2013, Iontra is a deep-tech Colorado-based fabless semiconductor and software solutions company that dramatically improves the charge speed, cycle life, capacity utilization, cold weather charging, and safety of all Lithium batteries. The company has offices in Denver, CO, Dallas, Texas, and Bangalore, India. To learn more, visit Media ContactScott Tims/Bradlee BorgfeldtIontrapr@ Website: View original content to download multimedia: SOURCE Iontra Inc Sign in to access your portfolio

Voltavate Receives A$850,000 in Oversubscribed Pre-Seed Round, Led by Artesian
Voltavate Receives A$850,000 in Oversubscribed Pre-Seed Round, Led by Artesian

Yahoo

time11-06-2025

  • Business
  • Yahoo

Voltavate Receives A$850,000 in Oversubscribed Pre-Seed Round, Led by Artesian

MELBOURNE, June 11, 2025 /PRNewswire/ -- Voltavate, an early-stage battery tech company, has raised A$850,000 in an oversubscribed pre-seed round led by Artesian, with participation from Investible, Electrifi Ventures, and leading industry angels including John Wood, Christiaan Jordaan, Steven Vassiloudis, and Reza Behnam. Reza also serves as Voltavate's Chairman. Voltavate is building a battery innovation platform to address critical challenges in battery performance, manufacturing efficiency, and sustainability across the energy storage value chain. Its first product line targets battery separators — a critical component influencing cell safety, efficiency, and scalability. By applying advanced nanomaterials and novel manufacturing integration, Voltavate delivers improved performance, process compatibility, and a lower environmental footprint. Founded by Dr. Amir Hooshang Taheri (PhD, Nanyang Technological University) and Omid Javadi (Sharif University of Technology), Voltavate combines deep expertise in materials science and battery engineering. The new capital will be used to validate its core product, expand the team, and advance strategic partnerships. According to McKinsey & Company, the lithium-ion battery market is projected to surpass US$400 billion by 2030, growing over 30% annually. Component segments alone are expected to reach US$250 billion, with separators accounting for an estimated US$25 billion. Dr. Amir Hooshang Taheri, Co-founder and CEO, said: "We're incredibly grateful to be backed by investors and thought leaders who share our mission. Their support gives us the momentum to scale and deliver real impact in how batteries are made and perform." Alexandra Clunies-Ross, Partner at Artesian, commented: "Voltavate is tackling a vital part of the battery value chain with strong technical insight and clear execution. We're excited to support the team's vision for next-generation component manufacturing." Reza Behnam, Voltavate's Chairman, added: "I've worked closely with Amir and Omid since Voltavate's early days. Their clear vision and tireless work have led to a solution that outperforms current best practices. This oversubscribed round, led by Artesian, reflects their potential to shape the industry. I look forward to supporting the team as they move toward industrial-scale execution." Voltavate's growth has been supported by leading programs including StartSpace, Climate Salad, EnergyLab, New Energy Nexus, and CDL Melbourne. The company is based in Melbourne, exploring expansion into Southeast Asia, and currently raising early interest from commercial partners and potential collaborators. Media Contact hello@ VIC, Australia Read the full release: View original content: SOURCE Voltavate Pty Ltd

CLIP launched to accelerate homegrown climate tech solutions in Pakistan
CLIP launched to accelerate homegrown climate tech solutions in Pakistan

Business Recorder

time02-05-2025

  • Business
  • Business Recorder

CLIP launched to accelerate homegrown climate tech solutions in Pakistan

KARACHI: In the face of escalating climate threats, Renewables First and New Energy Nexus have jointly launched Climate Innovation Pakistan (CLIP), a first-of-its-kind national platform dedicated to accelerating homegrown climate tech solutions. Pakistan ranks high amongst the most vulnerable countries to climate change, despite contributing less than 0.9% to global greenhouse gas emissions. The groundbreaking ceremony at the National Incubation Centre marks a significant milestone in addressing this existential climate challenge through technology driven solutions. The collaboration introduces two key components: a Climate Tech Incubator by Renewables First featuring a tailored curriculum for early-stage climate ventures, and a New Energy Academy established by New Energy Nexus to upskill the solar industry workforce. The discussion underscored the urgent need for specialized incubation programs and targeted capacity-building curricula, supported by a balanced mix of global and local subject matter experts and experienced founders. With the right policy environment in place, Pakistan's climate tech ecosystem stands at a pivotal juncture, presenting a ripe opportunity for disruption, innovation, and long-term impact. Muhammad Bilal Abbasi, General Manager Ignite Funds praised the initiative, noting that 'CLIP, not only adds value to the existing ecosystem but also helps to strengthen Pakistan's economy,' while affirming that Ignite's own Incubator will complement CLIP's work. Stanley Ng, Global Partnerships Director at New Energy Nexus highlighted the organization's global footprint and extensive experience sharing in the South Asian region. He elaborated on the idea of New Energy Academy and how it serves the solar workforce of Pakistan. Aafaq Ali, Vice Chairman of the Pakistan Solar Association, endorsed the collaboration as 'a very timely initiative,' emphasizing the urgent need for improved solar installation quality across the country. Ahtasam Ahmad from Renewables First presented his whitepaper 'Pakistan's Climate Tech Opportunity,' outlining both challenges and untapped potential within the nation's evolving startup ecosystem, while identifying implementation roadmap to scale the nascent vertical. The launch event featured an interesting panel discussion titled 'The Role of Ecosystem Support Organizations (ESOs) in building an investable climate tech pipeline'. All panelists agreed that impact investment offers the most viable path forward for innovation in climate tech in Pakistan, but unlocking it requires stronger collaboration between public and private actors, greater alignment between academia and industry, and tailored support for early-stage startups. Sayyed Ahmad Masood echoed similar views, emphasizing that 'a one-size-fits-all approach is not viable anymore.' He noted that incubators are now increasingly shifting toward customized support models, where programs are tailored to the specific needs, stages, and contexts of individual founders and startups. Shehryar Hyderi commented that 'Pakistan is still experiencing a funding drought,' but he anticipated that the post 2025 period could usher in a period of micro-recovery for the startup space with climate tech being a promising sector. Merai Syed emphasized that the support ecosystem has not kept pace with the sector's needs, pointing out a critical gap between available resources and the actual requirements of climate tech ventures. She stressed that academic institutions must undergo a mindset shift, embracing change, adaptation, and greater alignment with real-world climate challenges to effectively nurture innovation. On gender inclusion, Zainab Saeed highlighted that despite structural challenges, the climate tech space holds immense untapped potential for women-led ventures. She stressed that unlocking this potential will require ecosystem support organizations (ESOs) to play a more intentional role in de-risking investments for female founders. This includes not only providing tailored mentorship and capital access, but also addressing the deeper systemic barriers, such as gendered perceptions of risk and limited visibility, that continue to sideline women in tech-driven innovation spaces. Copyright Business Recorder, 2025

CLIP launched to accelerate homegrown climate tech solutions
CLIP launched to accelerate homegrown climate tech solutions

Business Recorder

time02-05-2025

  • Business
  • Business Recorder

CLIP launched to accelerate homegrown climate tech solutions

KARACHI: In the face of escalating climate threats, Renewables First and New Energy Nexus have jointly launched Climate Innovation Pakistan (CLIP), a first-of-its-kind national platform dedicated to accelerating homegrown climate tech solutions. Pakistan ranks high amongst the most vulnerable countries to climate change, despite contributing less than 0.9% to global greenhouse gas emissions. The groundbreaking ceremony at the National Incubation Centre marks a significant milestone in addressing this existential climate challenge through technology driven solutions. The collaboration introduces two key components: a Climate Tech Incubator by Renewables First featuring a tailored curriculum for early-stage climate ventures, and a New Energy Academy established by New Energy Nexus to upskill the solar industry workforce. The discussion underscored the urgent need for specialized incubation programs and targeted capacity-building curricula, supported by a balanced mix of global and local subject matter experts and experienced founders. With the right policy environment in place, Pakistan's climate tech ecosystem stands at a pivotal juncture, presenting a ripe opportunity for disruption, innovation, and long-term impact. Muhammad Bilal Abbasi, General Manager Ignite Funds praised the initiative, noting that 'CLIP, not only adds value to the existing ecosystem but also helps to strengthen Pakistan's economy,' while affirming that Ignite's own Incubator will complement CLIP's work. Stanley Ng, Global Partnerships Director at New Energy Nexus highlighted the organization's global footprint and extensive experience sharing in the South Asian region. He elaborated on the idea of New Energy Academy and how it serves the solar workforce of Pakistan. Aafaq Ali, Vice Chairman of the Pakistan Solar Association, endorsed the collaboration as 'a very timely initiative,' emphasizing the urgent need for improved solar installation quality across the country. Ahtasam Ahmad from Renewables First presented his whitepaper 'Pakistan's Climate Tech Opportunity,' outlining both challenges and untapped potential within the nation's evolving startup ecosystem, while identifying implementation roadmap to scale the nascent vertical. The launch event featured an interesting panel discussion titled 'The Role of Ecosystem Support Organizations (ESOs) in building an investable climate tech pipeline'. All panelists agreed that impact investment offers the most viable path forward for innovation in climate tech in Pakistan, but unlocking it requires stronger collaboration between public and private actors, greater alignment between academia and industry, and tailored support for early-stage startups. Sayyed Ahmad Masood echoed similar views, emphasizing that 'a one-size-fits-all approach is not viable anymore.' He noted that incubators are now increasingly shifting toward customized support models, where programs are tailored to the specific needs, stages, and contexts of individual founders and startups. Shehryar Hyderi commented that 'Pakistan is still experiencing a funding drought,' but he anticipated that the post 2025 period could usher in a period of micro-recovery for the startup space with climate tech being a promising sector. Merai Syed emphasized that the support ecosystem has not kept pace with the sector's needs, pointing out a critical gap between available resources and the actual requirements of climate tech ventures. She stressed that academic institutions must undergo a mindset shift, embracing change, adaptation, and greater alignment with real-world climate challenges to effectively nurture innovation. On gender inclusion, Zainab Saeed highlighted that despite structural challenges, the climate tech space holds immense untapped potential for women-led ventures. She stressed that unlocking this potential will require ecosystem support organizations (ESOs) to play a more intentional role in de-risking investments for female founders. This includes not only providing tailored mentorship and capital access, but also addressing the deeper systemic barriers, such as gendered perceptions of risk and limited visibility, that continue to sideline women in tech-driven innovation spaces. Copyright Business Recorder, 2025

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