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Advanced negotiations in Chile, Colombia, Brazil and Mexico position the company as a strategic supplier for large-scale solar plants in 2026;Proprietary algorithms and adaptable engineering drive contracts under negotiation across multiple countries in the region. Enertrack enters 2026 with contracts underway to supply solar structures in Chile, Colombia and Brazil Brazil, December 18, 2025  — Enertrack Tech, a global manufacturer of solar trackers and high-engineering photovoltaic structures, is advancing its expansion strategy in Latin America and projects 2026 as a year of strong technological maturation and increased competitiveness in the regional solar sector. Enertrack enters 2026 with contracts underway to supply solar structures in Chile, Colombia and Brazil With annual production capacity of up to 16 GW, more than 90 patents and 10 GW of cumulative deliveries, the company is strengthening its presence through Enertrack LatAm, a division created to serve the specific needs of large-scale power plants and distributed generation projects across Brazil, the Southern Cone, the Andean region and the Caribbean. Looking ahead to 2026, Enertrack sees a favorable environment for the expansion of utility-scale and hybrid systems (solar + storage) throughout Latin America. Key drivers include: Regulatory advances in Brazil, Chile and Colombia, reducing uncertainty and improving investment predictability; Growing demand for high-performance systems, driven by the need to optimize LCOE; Increasing integration with energy storage systems, requiring direct compatibility between trackers, inverters and hybrid project designs; Continued growth of distributed generation, especially in Brazil and Mexico, where rooftop and industrial installations remain highly competitive. According to Diego Silva, Director of Enertrack LatAm, Brazil’s updated regulatory framework is strengthening investor confidence. “Recent measures 1,300 and 1,304 have cleared up uncertainties and reinforced the viability of both distributed generation and centralized projects. Our assessment is that 2026 will be a year of consistent recovery.” Enertrack enters 2026 with contracts underway to supply solar structures in Chile, Colombia and Brazil Commercial pipeline and projects under negotiation With a physical presence in the region since early 2025, in São Paulo (Brazil) and Santiago (Chile), Enertrack is already engaged in advanced negotiations in Chile and Colombia, while proposals are under evaluation in Brazil, Mexico, Peru and the Caribbean. The projects range from power plants exceeding 100 MWp to mid-scale systems serving industry, agribusiness and commercial complexes. The current pipeline includes: Supply of 1P and 2P trackers with operation adapted to extreme wind conditions; Fixed structures for large-area plants on sites with low geotechnical quality; Flexible solutions for commercial rooftops with ultra-long spans; Integration with energy storage systems in regulated markets undergoing grid modernization. The company’s strategy includes expanding local technical teams, focusing on engineering support, structural analysis, specialized pre-sales and advanced after-sales service, increasing reliability for EPCs and project developers. Technical differentiators: efficiency, control and geographic adaptability Enertrack highlights its intelligent tracking system as a key differentiator, incorporating proprietary algorithms for trajectory calculation, shading mitigation and dynamic response to critical loads. Key benefits include: Proven energy yield gains through tracking optimized by “super-algorithms”; Stable operation under extreme conditions, including steep terrain, deserts and mountainous regions; Robust mechanical architecture, reducing maintenance needs and extending drivetrain service life; Broad compatibility with modern inverters, enabling direct integration with both centralized and string systems. Enertrack enters 2026 with contracts underway to supply solar structures in Chile, Colombia and Brazil “We have developed trackers capable of maximizing real-world field performance while reducing operating costs over the project lifecycle. This is one of our competitive pillars for 2026,” Silva adds. Fixed structures and advanced support systems Enertrack’s fixed-structure portfolio delivers solutions for projects requiring high structural efficiency, long service life and CAPEX reduction. Key technical features include: Ultra-long spans exceeding 60 meters, reducing the number of foundations; Resistance to wind force level 15, enabling installation in harsh environments; Up to 50% savings in steel and foundations, delivering significant LCOE advantages; Zero deflection during module installation, ensuring uniformity, safety and optimized energy performance. The structures are designed as lightweight, fast-assembly modules, meeting the needs of EPCs seeking shorter schedules and lower logistics costs. Regional strategy and outlook for 2026 Enertrack views Latin America as one of the world’s most strategic solar markets for 2026, driven by rising demand for high-efficiency solutions and the growth of hybrid projects. While subject to political cycles, the region’s regulatory diversity provides commercial resilience and flexibility. “Our focus is on engineering and delivery. We believe that even amid political fluctuations, there is always a market accelerating somewhere in the region. Our goal for 2026 is to establish Enertrack as a technical and commercial benchmark in advanced trackers and structures across Latin America,” the director concludes. About Enertrack Tech Enertrack Tech is a global manufacturer of solar trackers, fixed structures and photovoltaic mounting systems, headquartered in Hefei, China, with operations on all continents. With more than 20 years of experience, the company holds 90 patents, has delivered 10 GW worldwide and operates with an annual production capacity of 16 GW. Enertrack LatAm coordinates commercial operations, engineering and technical support across Latin America and the Caribbean. Enertrack enters 2026 with contracts underway to supply solar structures in Chile, Colombia and Brazil

Energy Storage Brasil 2026, organized by ABGD – the Brazilian Association of Distributed Generation, confirms the hosting of three editions throughout the year , strengthening its position as one of the country’s leading platforms for debate, business development and knowledge exchange in the field of energy storage. With events scheduled for São Paulo (SP), Natal (RN) and Brasília (DF) , the series will travel through strategic regions, connecting technology, market dynamics, innovation and public policy. Energy Storage Brasil 2026 Announces Three Strategic Editions Under ABGD Promotion, Reinforcing the Role of Energy Storage in the Future of the Brazilian Power Sector The rapid expansion of energy storage has become a key pillar for the growth of renewable sources, the stability of the national grid and the modernization of Brazil’s energy matrix. In this context, ABGD’s leadership in promoting the event reinforces the institutional relevance of Energy Storage Brasil, aligning technical discussions with real market demands and evolving regulatory frameworks. Three Editions, One Unified Purpose Each edition of Energy Storage Brasil 2026 is designed to address regional strengths and specificities while maintaining a national strategic perspective on the future of energy storage. • São Paulo – SP | June 17–18, 2026 As Brazil’s largest economic and technological hub, São Paulo opens the event calendar by bringing together manufacturers, integrators, investors, utilities, startups and major energy consumers. This edition will focus on technological innovation, market evolution, financing models and industrial applications  of energy storage. • Natal – RN | August 5–6, 2026 In the Northeast—one of the world’s most competitive regions for solar and wind power— the Natal edition will explore storage as a strategic solution for grid stability , renewable integration, hybrid projects, microgrids and regional investment opportunities. • Brasília – DF | November 11–12, 2026 Closing the 2026 cycle, Brasília will host the most institutional edition, centered on regulation, public policy, energy planning and the long-term role of storage in Brazil . The event will bring together government representatives, regulatory agencies, sector associations and key market leaders. Where Technology, Market and Regulation Meet Led by ABGD, Energy Storage Brasil 2026 will feature technical presentations, strategic panels, case studies, regulatory debates and extensive networking opportunities. The event connects the entire energy storage value chain: manufacturers, developers, EPCs, distributors, investors, end-users and policymakers. “Energy storage is no longer a trend it has become a strategic necessity for Brazil. By hosting three editions of Energy Storage Brasil in 2026 across different regions, we aim to bring technology, market insights and regulation closer together, creating a favorable environment for investment, innovation and sustainable sector growth,”says Tiago Fraga, Director of the event . Energy Storage Brasil 2026 An essential event for professionals seeking to understand, invest in and engage with the sector that will shape the future of energy in Brazil. Service General Contact:   contato@grupofrg.com.br  | +55 (41) 99106-6463 Commercial Contact:   comercial3@grupofrg.com.br  | +55 (41) 99176-2634 Energy Storage Brasil 2026 Announces Three Strategic Editions Under ABGD Promotion, Reinforcing the Role of Energy Storage in the Future of the Brazilian Power Sector

A decisive step for grid stability, technological innovation and the country’s energy transition Hyperion Renewables, Saft and Omexom Launch Portugal’s First Battery Energy Storage Projects Lisbon – December 17, 2025  – Hyperion Renewables has begun construction of its first battery energy storage system (BESS) projects  in Portugal, marking a milestone for the country’s grid modernization and renewable integration efforts. The projects are being delivered in partnership with Omexom Portugal , responsible for engineering and Balance of Plant (BoP), and Saft , a global leader in advanced battery storage solutions and a subsidiary of TotalEnergies. Located in Estremoz and Évora , the systems total 16 MW of injection capacity and 64 MWh of storage , and will be co-located with existing photovoltaic plants of 29 MWp  and 52 MWp . The hybrid configuration will enable the capture and redistribution of solar production peaks, improving operational efficiency, reducing curtailment and strengthening Portugal’s renewable energy mix. Each day, the stored energy will be enough to power more than 5,000 households , contributing to greater energy independence and supporting the country’s decarbonization goals. A new phase for Portugal: solar generation paired with battery storage The projects mark a strategic leap toward Portugal’s next-generation energy system, where variable renewable sources are complemented by storage technologies that provide flexibility, predictability and system security. “ These projects represent a strategic milestone in Hyperion’s entry into the battery storage market , consolidating our capability to integrate new technologies and deliver highly complex initiatives,” said Aytea Alvarez Amandi , CEO of Hyperion Renewables. “Pairing storage with solar generation strengthens operational resilience and creates sustainable value for the energy system and the communities we serve.” Hyperion Renewables, Saft and Omexom Launch Portugal’s First Battery Energy Storage Projects Saft technology and Omexom execution ensure high-level reliability The heart of the projects will be 21 Intensium® Shift+ containerized storage units  supplied by Saft, along with grid-forming power conversion systems  and advanced energy management solutions. Omexom Portugal  leads the design, supply and construction of the Balance of Plant, ensuring coordinated, technically robust implementation. “These projects mark an important step in reinforcing Portugal’s renewable infrastructure,” said Gonçalo Sampaio , Managing Director of Omexom Portugal. “Our role is to guarantee precise, reliable and long-term integration of the storage systems within the overall solar projects.” Both BESS installations are partially funded by the EU-supported Recovery and Resilience Plan (PRR) , reinforcing their public and strategic relevance. Local economic impact and technological development The projects are expected to generate 25 to 30 direct and indirect jobs  during construction and operation, supporting: regional economic development, retention of technical skills, modernization of local energy-related industries. The deployment of advanced technologies such as grid-forming inverters and next-generation energy management platforms also contributes to strengthening Portugal’s innovation ecosystem. Storage: the next pillar of Portugal’s energy transition As Portugal rapidly expands its solar and wind capacity, the national grid faces growing variability and system-balancing challenges. Battery storage is emerging as a key enabler to: shift excess solar generation to evening hours, support frequency and voltage stability, reduce system losses and costs, ensure competitive clean energy for industry and households. In the medium and long term, the strategic combination of renewable generation with storage will be central to delivering a resilient, flexible and economically competitive  energy system. Hyperion Renewables, Saft and Omexom Launch Portugal’s First Battery Energy Storage Projects

The storage auction, the approval of Provisional Measure 1,304/2025, and extreme weather events that intensify blackouts across the country together, these factors create a highly favorable scenario for batteries in Brazil starting in 2026. However, it is important to highlight that the sector is already expected to close this year with a significant growth surge. 2026: The Year of a Turning Point for the Energy Storage Market According to projections from consultancy CELA (Clean Energy Latin America), the battery storage market is set to triple in size in 2025 compared to the previous year, moving approximately R$ 2.2 billion. Also according to the consultancy, batteries have become increasingly attractive, especially due to a roughly 40% price drop throughout 2024, with an additional reduction of around 15% expected in 2025. Given this landscape, the forecast is that the energy storage market in Brazil will grow 12.8% by 2040. This optimistic outlook is reinforced by government initiatives such as Provisional Measure 1,304/2025, which expands the integration of batteries into the national power matrix. In addition, the Ministry of Mines and Energy has opened a public consultation for the country’s first battery auction, expected to take place in the first half of 2026. Moreover, increasingly frequent and intense extreme weather events have worsened power outages and blackouts across all Brazilian regions, heightening energy insecurity and driving demand for reliable solutions capable of minimizing the impacts of constant disruptions. In other words, the pathway for Brazil’s battery market is shaping up to be highly promising in the coming years. But SolaX Power identified this potential early on, back in 2022, when the company resumed its Brazilian operations. Since then, we have worked assertively to train local solar integrators, empower distributor partners nationwide, and offer end-users the most advanced storage technologies available. As a result, the company which has recorded annual revenue growth of around 300% is projecting to multiply these figures fivefold in Brazil by 2026. This is why, despite the obstacles and challenges the sector has faced, we believe that energy storage solutions represent a path of no return, combining two essential pillars not only for Brazilians but for the entire world: the pursuit of sustainable solutions and the assurance of energy security. By Gilberto Camargos - Executive Director, SolaX Power Brazil 2026: The Year of a Turning Point for the Energy Storage Market

The next wave of residential energy management is no longer just about producing clean electricity it’s about orchestrating it. SolaX launches XHub, a smart-energy brain designed to turn solar homes into intelligent power ecosystems As households combine rooftop solar, batteries, EVs and smart appliances, the central question becomes: who coordinates all of this? SolaX Power’s answer has arrived: XHub , an integrated energy-control platform that transforms conventional solar systems into fully connected, automated home-energy ecosystems. The company claims the new device can boost system revenue by 50% or more , depending on tariff structures and system design. A unified command center for the modern solar home Unlike conventional controllers focused on individual components, the XHub acts as a single intelligent hub capable of managing the entire energy chain. It synchronizes solar generation, battery charge and discharge cycles, EV charging, heat pumps and household loads all in real time. With its centralized overview, homeowners can visualize the full energy flow of the property: production, consumption, savings and system optimization. According to SolaX, this unified approach ensures energy is always used or stored in the most efficient way possible. AI-driven energy scheduling with Xschedule At the core of the XHub is Xschedule , an AI-based engine built specifically for distributed energy resources (DERs). Operating continuously, it evaluates operational data and automates decisions to maximize economic returns. The system can: Charge batteries during low-price periods Shift loads to prioritize renewable consumption Sell electricity at optimal times Respond dynamically to market signals This 24/7 optimization is powered by cloud algorithms capable of forecasting solar generation and household demand every 15 minutes , while also incorporating real-time electricity pricing and weather-based irradiance projections. Smarter strategies, higher returns Thanks to its predictive capabilities and dynamic automation, SolaX reports that the XHub delivers significantly more efficient strategies  than traditional energy controllers in some cases more than 50% additional financial return . For installers, the product brings faster system sizing, fewer configuration errors and streamlined workflows. For end users, it consolidates everything into an intuitive interface with load prioritization, real-time statistics, monthly insights and seamless integration with SolaX Cloud . Flexible configurations for different home types The XHub was designed to accommodate both small and high-consumption residences: Homes under 80A : installation may require only replacing the existing energy meter. Homes above 80A : the device supports an external CT (current transformer) solution. Open ecosystem and cross-brand compatibility One of the highlights of the new platform is its open architecture . XHub can connect directly to smart plugs, appliances and third-party devices, and it also supports non-SolaX inverters  through retrofit scenarios — enabling unified control even in mixed-brand photovoltaic systems. This interoperability positions the XHub not merely as a controller, but as an adaptable energy-management foundation for increasingly electrified homes. A step toward the future of distributed energy By combining AI scheduling, multi-device interoperability, system-level diagnostics and grid-compliant operation, the XHub marks a technical milestone for residential DER management. As homes take a more active role in local energy networks, platforms like this will shape how consumers, devices and utilities interact. About SolaX Power Founded in 2012, SolaX Power is a global supplier of solar and energy-storage technologies, publicly listed on the Shanghai Stock Exchange. The company is among Asia’s pioneers of hybrid inverter manufacturing and is currently advancing its fifth-generation product line. With over 3,000 employees worldwide, more than 100 international patents and 1,100 certifications, SolaX maintains a strong international leadership position in the distributed-energy sector. SolaX launches XHub, a smart-energy brain designed to turn solar homes into intelligent power ecosystems

By EnergyChannel BrazilSpecial Feature – 1st Edition of the Solar Ranking Brazil’s solar industry now has a new benchmark of reputation and market performance. EnergyChannel Group has just released the results of the first edition of the Solar Ranking , an annual survey designed to identify the companies, products and professionals that stood out in the country’s photovoltaic sector in 2025. Solar Ranking 2025: EnergyChannel reveals the most recognized brands in Brazil’s photovoltaic market Created with a clear purpose to highlight and recognize the brands driving the energy transition in Brazil the initiative reflects the voice of professionals who work daily with solar energy across the country. In this first edition, 29 inverter manufacturers  and dozens of companies in other categories received votes, demonstrating the market’s depth and maturity. Voting took place from August to December 9, 2025 , following a strict “1 CPF = 1 vote”  rule to ensure fairness and transparency. Winners receive a digital certificate  and the official “Solar Ranking 2025 Winner”  seal, in addition to interviews, feature stories, and case studies published by EnergyChannel. Starting in 2026, the Solar Ranking becomes a yearly tradition , with results released every December 10 . Inverters: Huawei leads Brazil’s market recognition The inverter category a core component of any solar system — was divided into three segments: On-grid Inverters , Hybrid Inverters , and Microinverters . 🏆 Category: On-Grid Inverters 1st – Huawei 2nd – Sungrow 3rd – GoodWe 4th – Solis Huawei consolidated its strong position in the Brazilian market, being recognized as the most trusted inverter brand. Sungrow, GoodWe, and Solis completed the ranking, reflecting a highly competitive environment. 🏆 Category: Hybrid Inverters 1st – Huawei 2nd – GoodWe 3rd – SolaX | Deye (tie) 4th – Solis Hybrid solutions are gaining traction as storage adoption grows in Brazil. Huawei once again leads the category, while GoodWe is highlighted for system integration. SolaX and Deye shared third place, confirming their rising presence in the hybrid market. 🏆 Category: Microinverters 1st – APSystems 2nd – Hoymiles 3rd – Enphase Microinverters continue to expand in residential applications. APSystems was the most voted brand, followed by Hoymiles and Enphase. Manufacturers mentioned by the market A total of 29 inverter-related brands  received votes, including: Huawei, Sungrow, GoodWe, SolarEdge, Solis, Growatt, APSystems, Fronius, PHB, Hoymiles, SMA, SolaX, Deye, FoxEss, Solinteg, Canadian, DAH Solar, NEP, Tsuness, Rockcore,  and others. Solar Modules: Trina leads, with Longi and DAH Solar tied in second place Brands receiving votes include:  Trina, Jinko, Longi, Risen, JA Solar, Canadian, DAH Solar, Astroenergy, SunPower, Weg, Honor, ZNShine, GCL, Leapton, and others. 🏆 Best Solar Module Manufacturers 1st – Trina Solar 2nd – Longi and DAH Solar (tie) 3rd – Jinko Solar4th – Canadian Solar The results highlight the consolidated dominance of global leaders, while DAH Solar’s performance reflects its growing relevance in Brazil. Best Mounting Structure Manufacturers 🏆 Category: Mounting Structures 1st – Solar Group 2nd – 2P Energy 3rd – Izi Estruturas 4th – Alumifix With 31 companies receiving votes , this category illustrates the sector’s diversity and ongoing innovation in mechanical components. Battery Manufacturers / BESS: Huawei leads as Soluna and Moura rise 🏆 Category: Battery / BESS Manufacturers 1st – Huawei 2nd – Soluna & Moura (tie) 3rd – SolaX The growing interest in storage systems reinforces Huawei’s prominence in full-suite energy solutions. Soluna and Brazilian manufacturer Moura shared second place, showcasing both global and national competitiveness. Votes were also recorded for companies such as: Weg, SolarEdge, BYD, Dyness, FoxEss, CATL, GoodWe, Deye, Gotion, Trina Storage, Sungrow,  among others. Utility-Scale Solutions: Tracker Systems 🏆 Trackers for Solar Plants 1st – Valmont 2nd – Nextracker 3rd – Trina Tracker International players dominate the tracker segment, reflecting their strong presence in Brazil’s utility-scale projects. Cleaning Solutions 🏆 Module Cleaning Systems 1st – PV Clean 2nd – 2P Connectors and Cables 🏆 Connectors 1st – Stäubli 2nd – Amphenol 🏆 Cables 1st – Reicon Best Solar Distributors in Brazil Among 26 distributors receiving votes , the ranking highlights the essential role these companies play in supply chain efficiency and nationwide availability. 🏆 Category: Solar Distributors 1st – Ecori Energia Solar 2nd – Amara Nzero 3rd – Belenergy Best Financial Advisor / Legal Specialist 🏆 Professional Category Noale Energia – Frederico Boschin Recognized for excellence in financial structuring, regulatory expertise and strategic advisory in the solar sector. A clear snapshot of how the market sees its top players The 2025 Solar Ranking  establishes itself as the most comprehensive independent perception survey in Brazil’s photovoltaic industry. From now on, it becomes an annual reference for companies seeking credibility, visibility, and alignment with market expectations. In 2026, the project will expand to 10 additional countries , enabling regional and global comparisons of brand recognition and performance. Be part of the next edition Voting for the 2026 Solar Ranking opens on January 1, 2026 , and remains available until December 9, 2026 . 💬 “Thank you for participating in the Solar Ranking 2025! Your votes help highlight the companies truly making a difference in Brazil’s solar industry.” Solar Ranking 2025: EnergyChannel reveals the most recognized brands in Brazil’s photovoltaic market

At a time when environmental crises intensify and humanity faces growing uncertainty about its own direction, it is worth revisiting the voices that dared to interpret our planet beyond utilitarian logic. Beyond Anthropocentrism: Thinkers Who Saw Earth as a Living Organism Among them is former NASA astronaut Ron Garan , who spent 178 days in space and completed 2,842 orbits around Earth. From that vantage point, he experienced the Overview Effect the profound shift in consciousness many astronauts describe when they see the planet suspended in darkness, fragile and interconnected. Garan often reminds us that Earth is wrapped in only a thin protective membrane that sustains all known life. Treating this home as disposable, he argues, is a dangerous illusion. Climate change, deforestation and social instability are not isolated problems but symptoms of our deeper rupture with planetary reality. In Brazil, environmental pioneer José Lutzenberger  began sounding this alarm long before it entered the mainstream. In 1971, he founded the Associação Gaúcha de Proteção ao Ambiente Natural and built a legacy that went far beyond denouncing pollution. Lutzenberger challenged the philosophical basis of our relationship with nature. For him, the environment was not an inventory of raw materials but a living, interconnected system of which humanity is only one part. His critique of extractive industrial logic and his insistence on sustainability as an ethical imperative remains strikingly relevant today. Indigenous leader and contemporary thinker Ailton Krenak  deepens this conversation through the worldview of Brazil’s original peoples. Raised along the Rio Doce, he carries with him the struggle for forest protection and cultural survival. In his writings and speeches, Krenak exposes the illusion of limitless progress and the spiritual emptiness of modern life. The forest, he says, is not a backdrop or a resource it is a relative, a being. To destroy it is to amputate a part of our own humanity. His message is clear: there is no future without ecological balance and cultural plurality. British scientist James Lovelock  added yet another layer to this narrative through the Gaia hypothesis the idea that Earth functions like a self-regulating organism. His theory challenged the mechanistic framework of Western science and echoed ancient cosmologies that viewed the planet as an entity with its own intelligence. Lovelock demonstrated how oceans, atmosphere and living organisms form a dynamic system that maintains conditions suitable for life. Though debated in academic circles, his work sparked a profound shift: ecology is not simply resource management; it is coexistence with a complex planetary being. Several other influential voices enrich this collective understanding. Rachel Carson  ignited the modern environmental movement with Silent Spring , exposing the destructive use of pesticides. Chico Mendes , a rubber tapper and union leader from the Amazon, linked forest protection to human dignity and social justice. Wangari Maathai , founder of the Green Belt Movement in Kenya, showed that ecological restoration and community empowerment can grow hand in hand tree by tree. Despite their diverse backgrounds, these thinkers converge on essential points: Earth is fragile; life is interdependent; and the current model of relentless extraction is incompatible with long-term survival. Whether through Garan’s cosmic perspective, Lutzenberger’s ethical reflections, Krenak’s ancestral wisdom or Lovelock’s scientific insight, the message resonates: we are not Earth’s owners we belong to it. This column invites readers to pause and reconsider the collective trance we seem to inhabit, shaped by excess consumption and widespread indifference. Yet there is room for hope. History shows that new visions can redefine civilizations. If we allow these voices to guide us, we may recover what truly matters: caring for our common home, respecting its boundaries and celebrating the diversity of life. The future is not predetermined. It depends on our willingness to reconnect with Gaia and act together to build a more just and sustainable world. Renato Zimmermann is a sustainable business developer and an advocate for the global energy transition. Beyond Anthropocentrism: Thinkers Who Saw Earth as a Living Organism

By Laís Victor – Renewable Energy Specialist and Executive Director of Partnerships The carbon agenda is no longer a niche environmental debate. It has become a central pillar of corporate strategy, influencing investment decisions, access to international markets, capital costs and even a company’s long-term competitiveness. Carbon Credits in Brazil: How the New Regulatory Cycle Unlocks Strategic Opportunities for Companies In a global landscape defined by ambitious emission-reduction targets, carbon is now treated as an economic asset one capable of generating value or accelerating financial and reputational risks. Brazil has entered a new chapter with the creation of the Brazilian Emissions Trading System (SBCE) , established by Law No. 15,042 of December 2024 . More than a regulatory milestone, the SBCE represents a structural shift that directly impacts industrial sectors, investment flows and Brazil’s position in the global low-carbon economy. Companies that still treat carbon management as a secondary issue risk losing competitiveness in supply chains that increasingly demand measurable, auditable and transparently reported emission reductions. Having followed this market closely, I frequently see confusion about how carbon trading works and, above all, how it can be used to generate business value. What is happening now is a turning point one that will reward early movers with structural advantages over the next decade. From Voluntary to Regulated: The Shift Reshaping Brazil’s Carbon Market For more than ten years, Brazil participated predominantly in the voluntary carbon market , driven by standards such as Verra, Gold Standard and ART/TREES. The country became a global reference in nature-based solutions , especially forest- and agriculture-based projects. However, increased scrutiny since 2023 centered on transparency, permanence and environmental integrity revealed the need for stronger governance and standardized rules. This is where the SBCE  becomes transformative. Brazil now moves toward a regulated market aligned with frameworks already adopted in the European Union, California and South Korea . The system is built on three key pillars: Mandatory monitoring, reporting and verification (MRV)  for high-emission sectors. Legally binding emission-reduction targets , tightened progressively over time. Tradable emission credits , allowing companies to meet obligations through internal reductions or credit purchases. Globally, more than 70 carbon pricing mechanisms  are already in force, covering around 20% of total emissions , according to the World Bank. Brazil enters this group with an exceptional competitive advantage: a diversified and abundant portfolio of natural and technological assets. Among its key strengths: a predominantly renewable electricity matrix consolidated low-carbon agriculture vast tropical forests robust biofuels sector growing energy-efficiency initiatives emerging carbon capture and storage (CCUS) technologies Together, these assets position Brazil not just as a compliant participant—but as a potential global supplier of climate solutions . The Opportunity Most Companies Still Overlook Many organizations still interpret the carbon market as a compliance burden. But this view obscures its real value. A structured carbon strategy can: reduce operational costs through efficiency measures create new revenue streams strengthen ESG positioning improve access to green financing increase competitiveness in international supply chains Data from McKinsey shows that companies with solid decarbonization plans are twice as likely to attract foreign investment . Meanwhile, CDP reports that multinational corporations are already excluding suppliers without transparent emissions reporting . In other words, carbon performance is no longer a differentiator it is a requirement for staying in business . How Companies Can Help Shape This Emerging Market No regulated market is born mature. Its quality depends heavily on private-sector engagement. Regardless of size or industry, companies should follow a strategic sequence: Develop a robust emissions inventory. Identify internal reduction opportunities. Structure projects capable of generating credits. Integrate carbon planning into core business strategy. Experience in the EU shows that companies that delayed action became overdependent on buying credits, increasing compliance costs and reducing operational flexibility. Studies by the International Energy Agency reinforce this trend: early decarbonizers face significantly lower long-term compliance costs . Anticipation, therefore, is not only environmentally sound it is economically smart. From Knowledge to Execution: The Urgency of the Next Step Brazil has already made progress. In 2025, more than 1,300 corporate emissions inventories  were published through the Brazilian GHG Protocol Program a record number. Still, most organizations remain in early stages, with declared targets but limited operational integration. This gap between intention and action reveals a crucial window of opportunity. Companies capable of transforming technical knowledge into practical implementation will position themselves ahead of competitors in efficiency, innovation and reputation. Carbon as the New Frontier of Business Competitiveness The carbon market has evolved beyond environmental discourse. It is now a strategic economic variable capable of reshaping sectors, accelerating technological transitions and redirecting capital flows. With the SBCE, Brazil begins a new cycle in which efficiency, innovation and emission reduction are transformed into economic assets. Companies that treat carbon not as an obligation, but as part of their long-term strategy, will be best positioned for the emerging low-carbon economy. About the Author Laís Victor  is a renewable-energy specialist and Executive Director of Partnerships, with 15 years of experience across the energy sector. Her work includes business development, strategic alliances and investment support for energy-transition projects, focusing on building sustainable ecosystems and advancing global renewable-energy innovation. If you would like, I can also provide: Carbon Credits in Brazil: How the New Regulatory Cycle Unlocks Strategic Opportunities for Companies

Directed by Ricardo Honório, founder of EnergyChannel, the documentary The Urban Code  enters its production phase with filming scheduled for 2026 in 11 cities around the world  that stand out for innovative urban initiatives. The Urban Code Arrives: EnergyChannel Launches a New Documentary Series on Smart Cities The series aims to reach more than 70 countries  and will be available in four languages across multiple distribution platforms. Here at EnergyChannel, readers will have full access to behind-the-scenes coverage, exclusive interviews, and the projects that are reshaping the cities of the future. A Global Project With a Local Lens The core mission of The Urban Code  is to map real solutions—from public policy, mobility, and energy to social inclusion and data governance—showing how cities transform technology and management into better quality of life for their residents.Filming across 11 urban centers will allow comparisons of strategies, challenges, and outcomes in diverse contexts, helping identify what works (and why ) when the citizen is placed at the center. The First Interview: Felício Ramuth on Smart Cities in Practice To open the interview series, Ricardo Honório spoke with Felício Ramuth , Vice Governor of the State of São Paulo. With prior experience as mayor of São José dos Campos, Ramuth argues that technology is only “smart” when it improves services for people—not as an end in itself. (Government of São Paulo) In the interview, Ramuth highlighted several points that will guide The Urban Code : People as the Main Focus For him, “intelligence” has two sides technical and human and public services must always prioritize the citizen. Technology is a tool, not the final objective. Certification and Evidence-Based Governance Ramuth stressed the role of technical standards, indicators, and certification processes as governance tools that force cities to produce evidence, monitor performance, and guarantee administrative continuity. Simple Solutions, Real Impact He cited practical examples from São José dos Campos, such as reorganizing the distribution of adult diapers—a measure that reduced fraud and costs while freeing up space in health units. Innovation, he noted, does not always require high technology. Energy and Sustainability Ramuth detailed initiatives involving concessioned solar plants, biogas recovery in landfills, and energy procurement through Brazil’s free market to supply public buildings with a greener matrix cutting emissions and reducing costs. Mobility and Smart Infrastructure Projects such as municipal fleet electrification, electric corridors, and intelligent traffic lights were highlighted as examples of how sustainability and efficiency can work together. Simplification and Digital Public Services Integrated platforms such as CPF-based access to municipal services—were presented as solutions to reduce bureaucracy and improve user experience. Regulatory Challenges and Public-Sector Governance Innovation in government requires courage and legal adaptation, Ramuth emphasized, noting that public administrators can only act within legal authorization. Long-term State policies , rather than short-term government agendas, are essential. Why This Matters for You and for Cities Everywhere The Urban Code  intends to show, through reporting and investigation, how seemingly technical measures certifications, alternative procurement models, and “Smart City as a Service” contracts produce tangible results: financial savings, fewer delays, reduced rework, more transparency, and more agile public services. The series will also address false technological solutions  that complicate the relationship between the city and its residents, while highlighting cases where simplicity delivered more impact than high-tech “shine.” EnergyChannel as the Coverage Hub EnergyChannel will provide special coverage throughout the production: written stories, videos, full interview excerpts, and short-form content (reels and shorts) to share the documentary’s findings with a wide audience. Our team will follow the pre-production, filming, and post-production stages, along with technical analyses of each urban initiative featured in the film. What to Expect in the Coming Months Reports on the planning and selection of the 11 cities Thematic series on energy, mobility, data governance, housing, and inclusion—anticipating topics explored in the documentary Exclusive excerpts from the interview with Felício Ramuth and conversations with other authorities and specialists Stay tuned: here at EnergyChannel you will have exclusive access  to the making of The Urban Code  and analyses that help governments, companies, and citizens understand how to design cities that are more just, efficient, and sustainable. To gather context on the vice governor’s public trajectory, we consulted official documents from the Government of São Paulo and publicly available profiles. (Government of São Paulo) The Urban Code Arrives: EnergyChannel Launches a New Documentary Series on Smart Cities

Enel, one of Brazil’s largest electricity distributors, is entering the spotlight once again as regulatory data reveals that the company has accumulated R$ 606.2 million in penalties  over the past five years across its operations in São Paulo, Rio de Janeiro and Ceará. The fines, applied by federal and state energy regulators, highlight ongoing challenges in service quality and infrastructure performance. Enel acumula mais de R$ 600 milhões em penalidades regulatórias no Brasil e enfrenta pressão crescente por desempenho A Growing Record of Penalties The rising volume of sanctions reflects recurring issues in Enel’s distribution networks, particularly in densely populated and high-demand regions. According to regulatory filings, most penalties stem from service interruptions, delayed response times, operational failures , and inconsistencies in customer service processes. São Paulo  recorded the highest concentration of fines, largely associated with prolonged outages and slow recovery efforts during storms and extreme weather events. In Ceará , the local regulatory agency issued a fine of approximately R$ 19.9 million  for failures related to meter reading, billing accuracy and communication with consumers. Rio de Janeiro  also registered multiple fines, which—though individually smaller—contribute to the overall escalation of Enel’s regulatory exposure. These penalties underscore increasing scrutiny from supervisory bodies that demand more reliable service delivery and stronger operational resilience. Infrastructure Stress and Regulatory Pressure The significant rise in fines reflects persistent structural challenges within Enel’s distribution networks. In metropolitan areas such as São Paulo, recent blackout episodes demonstrated weaknesses in grid robustness and emergency response capability. Regulators have intensified oversight, emphasizing compliance, efficiency and investment in modernization. The growing list of penalties may also influence future discussions surrounding concession contracts , prompting debates on service obligations, performance metrics and the necessity of corrective investment programs. Impact on Consumers and the Energy Market For millions of Brazilian consumers, the numbers signal an energy system still struggling to meet performance expectations especially during periods of adverse weather, peak demand or operational stress. The fines also serve as an indicator for investors and market analysts, who increasingly monitor how utilities manage risk, infrastructure upgrades and regulatory compliance. On the regulatory front, Brazil’s energy authorities continue to push for higher accountability, using sanctions as leverage to drive improvements in network stability and customer service. Enel Faces Mounting Regulatory Pressure as Fines Surpass R$ 600 Million in Brazil

Texas is undergoing a quiet but profound shift in its electric grid.  In 2025, nearly all new capacity added in the state came from just two technologies that are redefining the U.S. energy landscape: grid-scale battery storage and utility-scale solar farms . Texas’ Power Grid Transforms as Battery Storage and Solar Dominate New Capacity in 2025 EnergyChannel analysis of operational reports shows that Texas added more than 11 gigawatts  of new capacity this year, driven by an unprecedented 5.2 GW of battery installations  and 4.5 GW of new solar . The surge cements Texas as the new national leader in renewable expansion outpacing even California, long seen as the sector’s flagship state. Battery Storage Surges, Reshaping ERCOT’s Operations The scale of battery deployment amounting to roughly 10.5 GWh of energy storage marks the largest annual expansion the state has ever seen. Battery systems are now central to ERCOT’s operational strategy, helping smooth solar output through the afternoon and bridge the gap into evening demand peaks . As a flexible and fast-responding resource, storage is reducing reliance on natural gas and boosting the grid’s resilience during periods of intense load. Solar Boom Pushes Texas to the Top of U.S. Growth Rankings Texas’ Power Grid Transforms as Battery Storage and Solar Dominate New Capacity in 2025 In the first nine months of 2025, Texas installed 7.4 GW of new solar capacity —almost double the additions recorded in California. This growth continues despite a challenging federal regulatory landscape. With rising demand fueled by industrial expansion, data centers and cryptocurrency operations, the Texas market has become a proving ground for large-scale renewable and storage technologies. The third quarter alone delivered more than 3 GW of new solar , marking the second-strongest quarter  in the state’s history. Wind and Natural Gas See Modest Growth While solar and storage dominate, other sources expanded at a slower pace: Wind:  +860 MW Natural gas:  +520 MW Even with multibillion-dollar incentives for new gas plants, developers continue favoring renewable and storage solutions that offer faster deployment and lower marginal costs. Summer Outlook Improves, but Winter Remains ERCOT’s Challenge Texas’ Power Grid Transforms as Battery Storage and Solar Dominate New Capacity in 2025 The combination of high daytime solar output and fast-acting batteries has strengthened Texas’ ability to handle extreme summer demand. Winter, however, remains the grid’s most vulnerable season. Early morning hours when solar generation is minimal and residential heating spikes pose the greatest operational risk. Even so, recent projections show the probability of rotating outages has fallen to around 1% , a substantial improvement from last year. The 2021 Winter Storm Uri still serves as a defining benchmark. Models indicate that if Texas were hit by a similar event today, peak demand could exceed 97 GW , far above the current all-time record of 85.5 GW. Although such a scenario remains unlikely, it underscores the urgency of expanding flexible resources and modernizing the grid. A Market in Transition and a Future Built on Solar and Storage ERCOT’s portfolio is shifting rapidly toward solar-plus-storage systems, with natural gas increasingly playing a supplementary role and wind growth stabilizing. For a state historically synonymous with oil and gas, the energy transition unfolding in Texas is not only reshaping its grid it is redefining its influence on the global energy sector. Texas’ Power Grid Transforms as Battery Storage and Solar Dominate New Capacity in 2025

The U.S. electric-vehicle supply chain was shaken this week after Ford and the South Korean battery manufacturer SK On abruptly dissolved their partnership, halting the joint development of two massive battery factories planned for Kentucky and Tennessee. Ford–SK Battery Alliance Collapses, Triggering Uncertainty for Major EV Projects in Kentucky and Tennessee The breakup, confirmed after days de escalating tensions behind the scenes, disrupts what had been one of the most ambitious industrial projects tied to America’s EV transition. The decision lands at a moment when the national EV market faces slowing demand and increased financial pressure, raising concerns about investment stability in states that had positioned themselves as emerging hubs for battery production. A Multibillion-Dollar Vision That Redefined Industrial Expectations The Ford–SK partnership had been celebrated as a cornerstone of the next era of U.S. automotive manufacturing.Central to the alliance was BlueOval SK Battery Park , a sprawling multibillion-dollar complex in Glendale, Kentucky, designed to supply batteries for Ford’s expanding electric-vehicle lineup. A second plant in Tennessee would complete the production chain, supporting the company’s future EV manufacturing campus in the region. Together, the projects represented thousands of anticipated jobs, a surge in supplier activity and a symbolic shift placing Kentucky and Tennessee at the forefront of America’s clean-tech economy. Breakup Details: Who Keeps What EnergyChannel’s independent review indicates that the separation outlines a clear division of ownership: Ford is expected to take full control of the Kentucky battery facilities. SK On will retain exclusive ownership and operation of the Tennessee plant. While both companies have limited their public comments, the restructuring suggests Ford is reassessing how it will source and scale battery production amid a rapidly changing EV market. Economic Ripples Across the Two States The impact of the dissolution is immediate and far-reaching.Kentucky, which had already begun celebrating early operational milestones, now awaits clarity on job numbers, production timelines and long-term investment stability. The project had been promoted as the largest single economic investment in the state’s history. In Tennessee, the SK-controlled facility faces the challenge of moving forward independently, navigating global competition and cost pressures in the battery sector. Federal Tax Credit Elimination Intensifies the Pressure The breakup also comes on the heels of a significant market disruption: the discontinuation of the US$7,500 federal tax credit for electric vehicles , which ended on September 30.The removal of the incentive triggered a sharp drop in EV sales nationwide, forcing several automakers including Ford to scale back production plans and revise short-term strategies. With demand cooling, large-scale battery projects became more exposed to shifts in corporate and political priorities. What Comes Next for Ford and SK On Ford is expected to release updated guidance in the coming weeks outlining the future of the Kentucky complex including whether the production strategy will remain intact or undergo a redesign. SK On, meanwhile, must prove it can maintain momentum in Tennessee without its former partner, at a time when global battery manufacturers face tightening margins and rising competition. The situation underscores the fragility of the EV supply chain in the United States, where industrial growth is closely linked to policy consistency and long-term investment commitments. A Turning Point for America’s EV Ambitions The dissolution of the Ford–SK alliance marks more than the end of a business arrangement. It highlights the structural challenges of scaling EV manufacturing in the U.S. amid political turbulence, shifting incentives and evolving market expectations. EnergyChannel will continue monitoring the reorganization of both projects and its implications for workers, suppliers and the broader trajectory of America's electric-vehicle industry. Ford–SK Battery Alliance Collapses, Triggering Uncertainty for Major EV Projects in Kentucky and Tennessee