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Zkong & The 22nd China Retail Trade Fair - 2020CHINASHOPLeader Don't miss out on the headlines from Leader . Followed categories will be added to My News. The anxious wait is finally over for the class of 2024, with VCE results released from 7am Thursday. Students have been celebrating as they unlock their scores . Check out how your school went and who the top achieving students were. We’ll be updating this list throughout the day. HAVE WE MISSED YOUR SCHOOL? Let us know your high achieving students by emailing vic.community.photos@news.com.au Ashwood High School With an ATAR of 99.15 Yuhang (Bruce) Li was named the dux of Ashwood High School. Yuhang (Bruce) Li Ballarat Christian College Seth Coventry was the highest ATAR achiever at Ballarat Christian College. This year Seth completed english, maths methods, biology, psychology and chemistry. Seth said he hoped to study medicine. Seth Coventry was the highest ATAR achiever at Ballarat Christian College. Picture: Supplied His advice to students heading into year 12 next year was to “not worry too much and do your best, it will all work out somehow in the end”. The school did not disclose Seth’s score. Bayside P-12 College The dux for Bayside P-12 College was Ahmad (Ayan) Owais who received 96.55 ATAR. Ahmad (Ayan) Owais from Bayside College scored 96.55. Picture: Supplied Bialik College Aaron Patishman achieved a score of 99.9 to become the dux of Bialik College in Hawthorn. Bialik had seven students achieve a score of 99, with the cohort’s median ATAR being 91.25. More than 30 per cent of the cohort received an ATAR above 95, with 56 per cent scoring above 90. Aaron Patishman achieved a score of 99.9 to dux Bialik college. Picture: Supplied Brighton Grammar School Joint duces Christopher Chhour and Leonard Shen, attained perfect ATARs of 99.95, and are two of only 41 students in the state to do so. Christopher Chhour Leonard Shen Brunswick Secondary College Thi Vu, who is interested in studying medicine, led the way at Brunswick Secondary College with an ATAR of 98.95. Thi Vu is the 2024 Dux for Brunswick Secondary College. Picture: Supplied Caulfield Grammar School Aidan Psomas is the 2024 Caulfield Grammar School dux, receiving an ATAR of 99.80. Daylesford College College dux Scout Kinnear received an ATAR of 97.55. Currently travelling through Indonesia, the top student was also the school’s captain this year. Scout also pursued advanced studies with the Centre for Higher Education Studies (CHES), focusing on specialist maths. Footscray High School A future in the biomedical sciences beckons for Footscray High School dux Ava Harpur. Ava achieved an outstanding ATAR of 97.45 and studied english language, chemistry, physics and specialist mathematics this year, after completing biology and mathematical methods in Year 11. Ava said she enjoyed several of her VCE classes, particularly chemistry. “I’m just thankful for my Year 12 teachers because they all did a really good job,” she said. Leongatha Secondary College The dux of Leongatha Secondary College was Alana Lopez Freeman who achieved an ATAR of 94.15, placing her among the top 17 per cent of students statewide. Alana said it was important to prioritise each subject equally. “Maths was a big struggle for me but I tried my best to not give up when things were going a bit poorly,” she said. She advised other students to always ask questions. Alana Lopez Freeman “That is a big thing that a lot of students shy away from in class,” Alana said. “(And) not overworking yourself — you need to keep a healthy balance. “As I was also a college leader, the balance between friendship, schoolwork, work and my college leader duties proved to be busy, but I always tried to keep a good balance.” Alana said her plans for the future were to study a biomedical science degree at La Trobe University. “I’m really excited to be heading into an area that I am extremely passionate about and from there will let it shape my future career directions,” she said. Loreto Mandeville Hall The dux of Loreto Mandeville Hall in Toorak was Emma Abusah, who achieved an ATAR score of 99.80. Emma Abusah Mac.Robertson Girls’ High School Although Mac.Roberston Girls’ High School’s dux will not be announced until next week, the school has announced three equal highest achieving students, with the same ATAR score of 99.9. Congratulations to Siyun Gu, Harshitha Meenakshisundaram and Vaishnavi Rao. Congratulations to Mac.Roberston Girls' High School's equal highest achievers Siyun Gu, Harshitha Meenakshisundaram and Vaishnavi Rao, who all received an ATAR score of 99.9. Picture: Facebook Mazenod College Avinda Wickramaratne has been named the dux of Mazenod College, receiving an impressive 99.60 ATAR. Avinda Wickramaratne Avinda hopes to pursue further studies in the field of medicine or biomedicine, driven by a passion for science and a desire to make a meaningful difference in the lives of others. McClelland College Koorie student Steph Armstrong was the top student at McClelland College with an ATAR of 95.55. Steph Armstrong from McClellend College had an ATAR of 95.7. Picture: Supplied In addition to her VCE subjects, Steph also completed a university enhancement subject through La Trobe University focusing on Indigenous Studies, for which she has achieved exemplary results. Steph, a Palawa woman, hopes to pursue journalism through an arts and media double degree at Monash. Mernda Central College With a 98.15 ATAR, Anakin Simonson is the 2024 dux at Mernda Central College. Mr Simonson scored above 41 in all six subjects studied and will do a Bachelor of Biomedicine at Melbourne Uni in 2025. Anakin Simonson Methodist Ladies’ College MLC’s dux is Bridget Davis, who achieved a perfect score of 99.95 With aspirations to pursue commerce at the University of Melbourne, Bridget hopes to incorporate her love for maths and languages by undertaking a concurrent Diploma of anguages in French or Latin. MLC's dux is Bridget Davis, who achieved a perfect score of 99.95 — one of only eight girls in Victoria to do so. Inspired by the diverse interests of her peers at MLC, she is also eager to expand her knowledge in subjects such as history and politics. “That’s what I’d like to do next year: broaden my horizon so I have a more expansive knowledge of the world.” Portland Secondary College Portland Secondary College’s dux is Gina Shemeld. Portland Secondary College’s dux is Gina Shemeld.Gina is looking to go into sciences for her undergraduate course, with the possibility of exploring medicine in the future. Gina is looking to go into sciences for her undergraduate course, with the possibility of exploring medicine in the future. Prahran High School Prahran High school’s inaugural dux is Sam Lawson who received a score of 97.05. Sam is honoured to be the school’s first ever dux and hopes to pursue a double degree at Monash University. Prahran High school's inaugural dux is Sam Lawson who received a score of 97.05. “To be Prahran’s inaugural dux is such a huge honour, and I could not have done it without the unique opportunities and support the school has provided me with,” he said. “I look forward to hopefully pursuing a double degree in commerce/science at Monash University next year, learning about my interests in econometrics and quantum physics.” Sirius College Sirius College’s dux for 2024 is Amna Rahim who received an ATAR of 99.70. Amna hopes to achieve a career in medicine and has a passion for writing. Sirius College's dux for 2024 is Amna Rahim who received an ATAR of 99.70. “Thanks to Allah, my parents, friends, and teachers, I managed to achieve what I did today. None of my hard work would have been possible without the constant support and love from my mom,” she said. “Moving on, I hope to continue working hard and achieve bigger things. My dream is to become a doctor and to be a positive force in the world. I also hope to continue working on my passion of writing and maybe publish a book one day.” St Albans Secondary College St Albans dux Kelly Lam received an almost perfect ATAR of 99.80, with three study scores over 50. St Aloysius College Molly Mealmaker is the dux of St Aloysius College with an ATAR of 99.1. Molly is considering studying science at the University of Melbourne, but noted with the score she achieved, she has a lot of options. Molly Mealmaker is the St Aloysius College Dux for 2024. Picture: Supplied St Andrews Christian College With an ATAR of 98.9, Alvin Motet is the dux of St Andrews Christian College. Alvin Motet is the 2024 dux for St Andrews Christian College. Alvin is very happy with his results and is hoping to pursue tertiary studies and a career in engineering. St Arnaud Secondary College One of only four students doing VCE at St Arnaud this year, Tyson Funston was the dux of the school with an ATAR of 68.65 Tyson Funston is the 2024 Dux at St Arnaud Secondary College. Picture: Supplied St John’s College Preston Pantelis Stefanidis is the 2024 dux for St John’s College in Preston with an ATAR of 89.95. Pantelis Stefanidis is the 2024 dux for St John’s College Preston “I want to study as an engineer and hopefully contribute significantly to the future of the field. I also hope to stay connected to my college and the community that has supported me,” Mr Stefanidis said when we asked him about his plans for the future. St Mary’s Coptic Orthodox College With an ATAR of 98.05, Rosalinda Sawa is the dux of St Mary’s Coptic Orthodox College. Rosalinda Sawa is St Mary's Coptic Orthodox College dux for 2024 “It is my intention to pursue a Bachelor of Business Professional Practice at RMIT, majoring in marketing. My goal is to become a marketing executive and lead large-scale projects that find innovative ways to connect products with people around the globe,” Ms Sawa said. St Paul’s Angligan Grammar School The dux of St Paul’s Anglican Grammar School in Warragul is Indily Francis, with an ATAR of 98.65. Indily Francis Thornbury High School The 2024 dux of Thornbury High School is Billy Green, who achieved an ATAR of 98.65 — the highest in the school’s history. Billy said he was “very surprised and very happy” about his achievement. Billy Green Victoria University Secondary College Steven Giang was the western suburbs school’s dux, with an ATAR of 97.35. He was one of eight students at the school to record an ATAR in the 90s, with 11 landing in the 80s. Wesley College Wesley College’s Glen Waverley campus dux is Dominic Wang, while Hannah Mane takes the title at the St Kilda Rd Campus. Wesley College's Glen Waverley dux for 2024 is Dominic Wang. Picture: Supplied. A Wesley College spokesman said the college is celebrating the student’s achievements. “Our VCE students have displayed remarkable personal growth, strength, and compassion throughout their journey,” he said. “From their involvement in academia, sports, the arts, music, community service, and leadership, they’ve developed their unique talents and made lasting memories.” Wesley College's St Kilda Rd dux for 2024 is Hannah Mane. Picture: Supplied. Wheelers Hill Secondary College Xinle Huang was the top student at Wheelers Hill Secondary College with an ATAR of 99.35. Xinle completed Specialist Mathematics, Mathematical Methods and General Mathematics over Year 11 and 12, and was the school’s International Student Captain. She’s considering further study in fields including physiotherapy, optometry and pharmaceutical sciences. Yeshivah College The dux of Yeshivah College was Gabe Houseman who achieved an ATAR of 99.6. Gabe Houseman from Yeshivah College achieved an ATAR of 99.6. Picture: Supplied Join the conversation Add your comment to this story To join the conversation, please log in. Don't have an account? Register Join the conversation, you are commenting as Logout More related stories Melbourne City Tragedy as diabetic Melbourne student dies on overseas trip A “red flag” would have been raised sooner about a student’s “urgent” and ultimately fatal illness while on an overseas school trip if his diabetes had been communicated earlier. Read more Leader 1800+ homes: The ultimate guide to Victoria’s Christmas lights It’s that time of year, when homes sparkle with Christmas cheer. Wondering where to look at the lights in your area? We have you covered with our statewide map. Read moreOn December 2, 2024, the Department of Commerce, Bureau of Industry and Security (BIS) issued a new set of regulations targeting semiconductors manufacturing equipment (SME) and high-bandwidth memory (HBM) chips. The updates are a part of BIS’s ongoing efforts to target semiconductors in attempt to slow down China’s advancement of AI. In the race to artificial general intelligence, advanced-node semiconductors play an outsized role in a country or company’s ability to progress. However, the rules may have an have an outsized impact on the United States’ foreign partners in the semiconductor industry. 1. Overview The majority of the updates appear in an Interim Final Rule that creates two new rules related to the Foreign Direct Product Rule (FDPR) and conforming changes to the de minimis rule; new classifications for semiconductor manufacturing equipment (SME) and tools, SME software, and High Bandwidth Memory (HBM); a couple of new license exceptions, clarification on software keys, and a handful of new red flags. The other portion of the rulemaking updates the Entity List with 140 new designations and removed the Validated End User (VEU) Program. There are three key components to AI development: building the AI model itself, using data to train the model, and obtaining the hardware performance needed to drive the AI function. The hardware performance requires critical logic and memory elements. U.S. Export controls target each of the component listed above. However, for the hardware component, export controls have been focused on the logic element—the processing units.[1] Until now. The new rule targets the memory side of the hardware component for AI, capturing more of the physical components necessary for making AI hardware. 2. New Foreign Direct Product Rules 2.1 How the Rules Work There are two inter-related updates to the FDPR targeting SME. For the uninitiated, the FDPR creates extraterritorial jurisdiction for BIS over foreign-made products that are the direct product of U.S.-origin software or technology. That’s right. A thing is made entirely outside the United States with no U.S. origin content, and does not travel into or through the United States. However, because that thing is based on a U.S. design, or is the product of U.S. design software, or even if that thing is made on equipment[2] that was designed in the United States(!), the foreign-made item is controlled as the “foreign direct product” of the U.S. origin technology, software, or equipment. While that essential FDPR proposition is a pretty long reach for jurisdiction, the new FDPR rules go much further—capturing any foreign-made SME that contains any U.S.-origin integrated circuit (IC). When paired with the new Red Flag 26, which presumes all SME to contain U.S.-origin ICs, the new FDPR touches on virtually every piece of SME in the world. All of them.[3] The first of these new FDPR, the SME FDPR, captures a narrower subset of SME and restricts the export of those foreign-made SME broadly to China. Inversely, the Footnote 5 FDPR captures virtually all other SME on the Commerce Control List (CCL) but only restricts the export of those foreign-made SME to entities on the Entity List with a Footnote 5 designation. Those Footnote 5 entities are SME fabs those determined by BIS to be involved in, or soon-to-be involved in, advanced-node IC production. Conforming changes were made to the de minimis rule. The SME FDPR targets an enumerated subset of SME (ECCN 3B001.a.4, c, d, f.1, f.5, k to n, p.2, p.4, r, or 3B002.c) and restricts the export to the PRC (Country Group D:5 and Macua) The Footnote 5 FDPR targets almost all other SME (ECCN 3B001 (except 3B001.a.4, c, d, f.1, f.5, g, h, k to n, p.2, p.4, r), 3B002 (except 3B002.c), 3B903, 3B991 (except 3B991.b.2.a or 3B991.b.2.b), 3B992, 3B993, or 3B994) and restricts the export to Footnote 5 designated Entities. 2.2 Effect on Foreign SME Manufacturers The breadth of this rule is likely to have an outsized effect on non-U.S. manufacturers of SME. The presumption created by Red Flag 26—that all SME containing an IC, contains an U.S. origin IC—will create vast new compliance obligations for those SME manufacturers with business in China or any other D:5 country. First, that red flag is practically a red blanket. It states that if SME contains an IC, then that IC will be presumptively U.S. origin . . . which begs the question of whether BIS might propose any examples of SME that do not contain an IC. Next, a foreign SME manufacturer selling to a D:5 country will be required to overcome that presumption. That will be a heavy task as the foreign SME manufacturer will need to conduct an FDPR and de minimis review of every single IC within its SME or otherwise prove that their manufacturing facility has no U.S. origin technology. Even if that were possible, those foreign SME manufacturers would likely face some questions from BIS should they continue their business with a prohibited company or country. Semiconductor fabs purchases SME will also feel the effects of the rule through those manufacturers’ increased compliance efforts. 3. High Bandwidth Memory (HBM) Controls 3.1 How the Rule Works The new rulemaking adds High Bandwidth Memory (HBM) controls to the Commerce Control List under ECCN 3A090.c. This addition controls all HBM with a “memory bandwidth density” greater than 2GB/mm2. The control also notes that any DRAM with conforming memory bandwidth density will also be controlled. There is an HBM license exception for exporters, reexporters, or transferors with a headquarters in the United States (without an ultimate parent in D:5 or Macau) for HBM with a “memory bandwidth density” up to 3.3GB/mm2. However, that point only really carves out an exception for HBM2, and only for U.S. headquartered companies (where some of the largest HBM manufacturers are South Korean). It is interesting to note that ECCN 3A090.c “does not cover co-packaged integrated circuits with both HBM and logic integrated circuit where the dominant function of the co-packaged integrated circuit is processing.” That could mean that where a chip contains both HBM and a logic IC on a single chip, the chip would be subject to export controls based on the logic component. As a result, in analyzing the controls on the chip, one would only need to examine the chip’s Total Processing Performance (TPP) and Performance Density (PD). 3.2 Effect on Korean Semiconductor Fabs The majority of the world HBM is manufactured by a small group of South Korean companies. Those companies may bear the brunt of the new rules, particularly when collaborating with U.S. companies. Those manufactures are doubly affected by the rulemaking as they likely obtain their SME from foreign SME manufacturers subject to the new FDPR. They may face a raft of new compliance obligations, including supply chain reviews and increasing end-use validation. 4. Software Keys The new rulemaking also clarifies that issuing a software key and software license keys that unlock software or renew existing software, is considered an export event. Therefore, if a license were required for the software, a license will be required for the software key. This applies to source code as well as object code. This does not apply to keys that unlock “dormant functionality” in a controlled item. Notably, this does not close the SaaS and IaaS loophole in the current export regime—though we are likely to see an attempt to address that loophole in a forthcoming rule on the control of AI services. Currently, a gap exists because the provision of SaaS or IaaS is not considered an export, so companies may provide access to the AI computing services performed by controlled hardware in the United States, through SaaS or IaaS arrangements. 5. Conclusion The new semiconductor rules are indicative of the nuanced and targeted approached that has characterized BIS under the Biden administration. However, nuance on top of nuance can breed complexity—and there is no doubt these rules are complex! At the same time, the targeted precision of the rules has also created gaps in the coverage of the restrictions that has left some scratching their head as to whether these are intentional. Is there another strategy? We may see one in the next administration. A blanket approach—imposing restrictions on every company in China or even all D:5 countries—would relieve some of the complexity and close off loopholes. But the cost to industry of that sort of full decoupling could be debilitating. Under the shadow of that option, the compliance costs associated with complexity may not look so bad. As we have written before, the balance in semiconductor export controls is the most difficult regulatory line to walk. The purpose of the controls is to protect U.S. national security and the capacity of semiconductors to aid or harm our national security is enormous. But the conundrum that regulators face with semiconductors regulation remains the item’s ubiquity.[4] As the advance chips continue to advance, it becomes harder and harder to draw lines between those we need to guard for security purposes and those that should be freely shared for the enhancement of nearly every product we use. We will, of course update as new regulations develop, including one specific to AI technology that we hear may be released before the change in the U.S. presidential administration. FOOTNOTES [1] While GPUs are typically used in AI development for their parallel processing capabilities, the regulations will capture any integrated circuit that meets the performance thresholds. [2] The term is actually “plant or major component of a plant”, but that gets a little wordy, even for us, so we use “equipment” as a shorthand, sacrificing precision for pith . . . sort of. [3] We don’t even have a self-deprecating footnote explaining that we’ve exaggerated. That is really more or less it. All of the SME! [4] As the famous says of semiconductors: “nothing so common is as tightly controlled, and nothing so tightly controlled is as common.” – Socrates, probably .

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Christopher Nolan's next movie is adaptation of Homer's ‘The Odyssey'Fears scores 18 as No. 21 Oklahoma beats Georgia Tech 76-61 in SEC/ACC ChallengeRENO, Nev., Dec. 11, 2024 (GLOBE NEWSWIRE) -- Ormat Technologies, Inc. (NYSE: ORA) (“Ormat” or the “Company”), a leading geothermal and renewable energy technology company, announced today the commencement of an underwritten secondary offering of an aggregate of 3,700,000 shares of its common stock on behalf of ORIX Corporation. Ormat is not offering any of its common stock in the offering for its own account and will not receive any proceeds from the sale of the shares being offered by the selling stockholder. Goldman Sachs & Co. LLC is acting as the sole book-running manager and underwriter for the offering. Goldman Sachs & Co. LLC will have a 30-day option to purchase up to an additional 555,000 shares of Ormat’s common stock from ORIX Corporation. This press release shall not constitute an offer to sell or the solicitation of an offer to buy these securities, nor shall there be any sale of these securities in any state or other jurisdiction in which such offer, solicitation or sale would be unlawful prior to the registration or qualification under the securities laws of any such state or other jurisdiction. The offering is being made pursuant to an automatically effective shelf registration statement on Form S-3 filed with the U.S. Securities and Exchange Commission on December 11, 2024. The offering may be made only by means of a base prospectus and a related prospectus supplement, copies of which may be obtained by contacting c/o Goldman Sachs & Co. LLC, Attention: Prospectus Department, 200 West Street, New York, NY 10282, or by telephone at (866) 471-2526, or email at prospectus-ny@ny.email.gs.com . ABOUT ORMAT TECHNOLOGIES With over five decades of experience, Ormat Technologies, Inc. is a leading geothermal company and the only vertically integrated company engaged in geothermal and recovered energy generation (“REG”), with robust plans to accelerate long-term growth in the energy storage market and to establish a leading position in the U.S. energy storage market. The Company owns, operates, designs, manufactures and sells geothermal and REG power plants primarily based on the Ormat Energy Converter – a power generation unit that converts low-, medium- and high-temperature heat into electricity. The Company has engineered, manufactured and constructed power plants, which it currently owns or has installed for utilities and developers worldwide, totaling approximately 3,400MW of gross capacity. Ormat leveraged its core capabilities in the geothermal and REG industries and its global presence to expand the Company’s activity into energy storage services, solar Photovoltaic (PV) and energy storage plus Solar PV. Ormat’s current total generating portfolio is 1,500MW with a 1,230MW geothermal and solar generation portfolio that is spread globally in the U.S., Kenya, Guatemala, Indonesia, Honduras, and Guadeloupe, and a 270MW energy storage portfolio that is located in the U.S. FORWARD-LOOKING STATEMENTS Information provided in this press release may contain statements relating to current expectations, estimates, forecasts and projections about future events that are “forward-looking statements” as defined in the Private Securities Litigation Reform Act of 1995. These forward-looking statements include statements concerning the completion of the offering. Actual future results may differ materially from those projected as a result of certain risks and uncertainties and other risks described under “Risk Factors” as described in Ormat’s annual report on Form 10-K filed with the Securities and Exchange Commission (“SEC”) on February 23, 2024, and in Ormat’s subsequent quarterly reports on Form 10-Q and annual reports on Form 10-K that are filed from time to time with the SEC. These forward-looking statements are made only as of the date hereof, and, except as legally required, Ormat undertakes no obligation to update or revise the forward-looking statements, whether as a result of new information, future events or otherwise.

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Special election dates set for vacant state Senate seat in Orange and Los Angeles countiesDragons fall to Hornets FridayLAS VEGAS , Dec. 24, 2024 /PRNewswire/ -- The leading charging solution provider TESSAN has announced its participation in CES 2025, where it will present its latest innovations designed to enhance connectivity and convenience for users. Visitors can explore the brand's new offerings at Booth 30562 in the Las Vegas Convention Center, South Hall 2. "Tessan aims to be a reliable companion for users in their lives and travels, ensuring that they stay connected at home or on the go. Participating in CES 2025 is also an opportunity for us to deepen the connection with more users, offering them a tangible experience of our commitment to innovation and sustainability," said Alex, CEO of TESSAN. At the heart of TESSAN's showcase are products that reflect its core values: simplicity and convenience, innovation and efficiency, as well as sustainability. Every product is designed with a user-centric approach, integrating advanced technologies and sustainable practices to meet modern demands. A highlight of the exhibit will be the 140W Universal Travel Adapter, designed for global use with EU, UK, US, and Australian plugs. Its lightweight, compact design makes it travel-ready. USB-C ports offer up to 140 watts for fast charging, while USB-A ports provide 18 watts. It can charge multiple devices simultaneously, including smartphones, laptops, cameras, and CPAP machines. Advanced safety features, like double-patented auto-resetting fuses, ensure secure operation. Another innovation on display is the 100W Charging Station. Compact and designed to save space, this multi-functional device can charge up to nine gadgets simultaneously at high speed. Its sleek upright design combines style with functionality, while robust safety measures safeguard devices from overcurrent, voltage surges, and overheating, ensuring uninterrupted charging around the clock. For electric vehicle owners, TESSAN will showcase its Level 2 Smart EV Charger, a high-performance charging solution that delivers up to 11.5kW/h, offering remote control via Wi-Fi or Bluetooth, off-peak scheduling, and adjustable currents. Compatible with most North American electric and plug-in hybrid vehicles, its SAE J1772 connector and water-resistant, fireproof design ensure safety and reliability. These innovative products have not gone unnoticed in the industry. In May 2024 , TESSAN was recognized at the MUSE Design Awards, earning gold and silver honors for its Intelligent Charging Set, multi-functional fast charging socket, and Household EV AC Charger. These accolades reflect the brand's dedication to blending exceptional design with cutting-edge functionality, resonating with users worldwide. Beyond technology, TESSAN remains deeply committed to environmental sustainability. In August 2024 , the brand received ClimatePartner certification, signifying its alignment with eco-friendly practices. Most recently, it announced a collaboration with the non-profit organization One Tree Planted, launching an initiative to plant 10,000 trees as part of its efforts to mitigate climate change and support global reforestation. As a brand committed to empowering users to explore the unknown while safeguarding the planet, TESSAN continues to lead through innovation, sustainability, and meaningful action. CES 2025 promises to be an exciting opportunity for audiences to witness these values brought to life. About TESSAN TESSAN, a trusted partner in charging solutions, is committed to enriching experiences both at home and during travel. The brand offers a wide array of products, including multifunctional power strips, travel adapters, wall extenders, and smart home devices. Supported by a robust R&D and production team, TESSAN develops innovative socket products for users across the globe. With the trust of over 20 million users, TESSAN empowers their journeys from home to every destination, promoting environmentally conscious electricity usage. For more information, visit www.tessan.com or the TESSAN Amazon store , and follow TESSAN on Facebook , Instagram , and YouTube . SOURCE TESSAN