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ReNew Energy Global Plc is negotiating with several international banks to secure a loan of about $815 million aimed at refinancing its debt, according to sources familiar with the matter. The funds would help the renewable energy firm restructure existing liabilities and improve its financial flexibility.

The discussions involve major global lenders, though the identities of those banks have not been confirmed. The loan is expected to offer terms that reflect both ReNew’s large asset base in wind, solar and hydroelectric power, and the current pressure in credit markets driven by rising interest rates.

ReNew, founded by Sumant Sinha with operations largely in India, has been expanding aggressively across clean energy segments. The company has more than 150 projects across ten states and is developing a supply-chain business through its solar cells and modules units. The refinancing exercise appears linked to balancing growth investments while managing existing financial obligations.

Financial analysts see this move as part of ReNew’s broader strategy to optimise its debt servicing costs. Earlier fundraising rounds for ReNew include a sizeable investment by British International Investment into its solar manufacturing arm, which underscores the company’s aim to develop internal manufacturing capabilities. Cost of debt and maturity profiles of its outstanding instruments have been flagged by market watchers as challenges in the current high-rate environment.

Schneider Electric has declared its newly inaugurated Dubai office, The NEST, carbon neutral just three months after opening, marking a bold leap in sustainable workplace design and operational innovation.

The NEST, spanning over 10,000 sqm and accommodating more than 1,000 staff, forms the vanguard of the company’s global Impact Buildings Program. Within this smart facility—now carbon-neutral in three months—EcoStruxure™ technologies interlock digital energy management, automation, and operational analytics to deliver exceptional environmental and user performance.

The building reduces energy consumption by 37 percent relative to Schneider Electric’s previous Dubai location, yielding annual cuts of approximately 572 metric tons of CO₂—equivalent to the yearly electricity usage of some 77 homes.

In recognition of its digital and sustainable credentials, The NEST earned a perfect WiredScore SmartScore Platinum rating, with top marks in user functionality, technological foundation, and innovation. It stands poised to achieve LEED ID+C Platinum and WELL Equity certifications.

Designed around four guiding principles—sustainability, resilience, efficiency, and a people-centric ethos—the facility integrates a micro-grid, digital twin systems, AI-driven HVAC and occupancy analytics, a cybersecure edge data centre, and abundant daylighting and indoor air-quality features.

The NEST also houses Dubai’s first Schneider Electric Global Innovation Hub and a dedicated Training Centre to upskill regional professionals and youth in clean energy and smart building solutions.

“This building exemplifies how digitisation and electrification can uplift sustainability in the built environment,” said the company’s Zone President for the Middle East and Africa, underscoring how The NEST is more than a building… it is a living example of smart infrastructure in action.

The achievement reflects alignment with broader national ambitions such as the UAE Net Zero by 2050 strategic initiative and Dubai’s Economic Agenda D33, reinforcing The NEST’s status as a blueprint for high-performance, low-carbon commercial environments.

Plans are in motion to expand the Impact Buildings Program globally—encompassing new constructions and retrofitting existing facilities over the next 18 months—to replicate the model of adaptive, people-centred, low-carbon buildings across Schneider Electric’s commercial real estate portfolio.

A high-level delegation from Dubai Electricity and Water Authority, led by MD & CEO HE Saeed Mohammed Al Tayer, is in the People’s Republic of China to boost collaboration with leading firms in solar and battery storage technology. The mission aims to support Dubai’s clean energy ambitions under its 2050 strategies by examining advanced practices in renewable energy systems. DEWA Seeks Deeper Energy Ties With Chinese Firms, as the delegation intends, marks a pivotal move in cross-border energy engagement.

Al Tayer and his team engaged with Huawei, BYD, Tesla’s battery energy storage plant, Sungrow, and the CRRC Zhuzhou Institute to survey cutting-edge developments in photovoltaic panels, energy storage solutions, artificial intelligence applications, smart infrastructure, and Fourth Industrial Revolution advancements. These interactions reinforce DEWA’s commitment to integrating global expertise into its operations.

The delegation includes prominent executives such as Waleed bin Salman, Executive Vice President of Business Development and Excellence; Hussain Lootah, Executive Vice President of Transmission Power; Marwan bin Haidar, Executive Vice President of Innovation and the Future; Dr Yousef Al Akraf, Executive Vice President of Business Support and Human Resources; Mohammed Jamea, Vice President of Clean Energy and Diversification; and Ghanim Al Qassim, Senior Manager of Solar Energy. Their breadth of expertise equips DEWA to absorb and apply technological insights strategically.

Central to the discussions is the seventh phase of the Mohammed bin Rashid Al Maktoum Solar Park, currently at the tendering stage. This phase will incorporate 2,000 MW of photovoltaic solar capacity alongside 1,400 MW of battery energy storage, delivering six hours of storage—establishing it among the largest solar-plus-storage projects globally under the independent power producer model. The delegation’s visit underscores this project’s importance in shaping Dubai’s sustainable energy future.

China has issued a bold action plan to propel its electronic information manufacturing industry through 2025 and 2026, targeting sustained growth in industrial output, revenue, and technological capability as it seeks to strengthen its position in the global technology arena.

The plan, jointly issued by the Ministry of Industry and Information Technology and the State Administration for Market Regulation, sets forth a target of roughly 7 per cent average annual growth in industrial output across major segments—including computer, communications, and electronic equipment manufacturing. Revenue growth across related sub-sectors such as lithium batteries, photovoltaics and components is projected to exceed 5 per cent per annum.

Authorities further anticipate that by the close of 2026, the electronic information manufacturing category will retain its status as the largest among China’s 41 key industrial sectors in both revenue and export share. Ambitious local targets aim to elevate five provinces to over 1 trillion yuan in annual manufacturing revenues, with the server industry aiming to surpass 400 billion yuan.

Beyond output and revenue, the plan calls for accelerated equipment modernisation and the development of high-end, intelligent, and eco-friendly production lines. Central to this strategy is the creation of internationally competitive industry bases and specialised clusters serving smaller enterprises.

This industrial blueprint emerges amid broader national efforts to invigorate advanced manufacturing. In August, authorities unveiled new financial guidelines, integrating structural monetary instruments and “green channels” for critical technology firms, aimed at spurring innovation and easing access to capital for integrated circuits, industrial software, medical equipment and advanced materials. Concurrently, China continues to pursue consolidation within its semiconductor sector—though merger negotiations have encountered obstacles, reflecting legal, valuation and fragmentation challenges.

Observers note that China’s renewed emphasis on domestic capability complements longer-standing ambitions under industrial strategies such as “Made in China 2025”, which have driven progress in robotics, solar technology, electric vehicles and rail systems, yet left persistent weaknesses in semiconductors and aerospace.

The current two-year action plan appears to reinforce this trajectory by tying industrial upgrading to environmental standards and smart manufacturing. Provincial authorities are being pressed to deliver on revenue milestones, while the focus on intelligent and eco-friendly production signals an effort to align with global sustainability trends and elevate manufacturing sophistication.

This approach also reflects the government’s response to external pressure, including export controls and trade friction, by targeting resilience and self-sufficiency. By prioritising hubs and clusters, China aims to decentralise innovation and drive inclusive industrial progress across regions, not just within flagship firms or coastal areas.

The twin objectives of maintaining international leadership and building more advanced, cleaner industrial capacity are central to this strategy. As China moves into the mid-2020s, its success will depend on execution—not just on paper targets, but on implementation, regional mobilisation, talent development, and the ability to absorb and apply new technologies at scale.

Shiba Inu has bounced off a decisive demand zone, reclaiming support near $0.000012 and positioning itself for potential upward movement toward $0.000015, as technical charts and market dynamics align in favour of bulls.

The meme token recently rallied from a support cluster between $0.0000115 and $0.000012, forming a reassuring double‑bottom pattern that underscores emerging buying interest. Observers note that if this momentum holds, SHIB could head toward its key short‑term resistance around $0.000015. Analysts emphasise that sustaining pressure above this demand zone is critical to maintaining bullish prospects.

A chart pattern also suggests that SHIB is attempting to break above a descending channel, lying just below its 50‑day moving average. Crossing that threshold could trigger a sharper rally, with targets stretching to $0.000014, $0.0000175, and even beyond, provided higher timeframe breakouts materialise.

Adding fuel to the rally, token burns have surged significantly—over 48,000% in one documented instance—with tens of millions of SHIB permanently removed from circulation. This deflationary action tightens supply and, combined with heightened derivatives activity, bolsters bullish sentiment.

Yet, technical caution is advised. SHIB is currently compressed within a symmetrical triangle near $0.0000123, and the direction of the breakout—either above $0.000013 or below $0.00001—will likely determine whether bullish or bearish trajectories dominate. A clean advance above the upper trendline and rising volume would open the door toward $0.000015 and the 200‑day moving average; conversely, a breakdown could expose support near $0.0000095.

Beyond price mechanics, structural developments around the Shiba Inu ecosystem—such as Layer‑3 platform expansion, burn infrastructure, and community governance initiatives—offer a long‑term narrative that could support sustained demand, though analysts caution that burns and buzz alone may not suffice without wider utility adoption.

In essence, Shiba Inu now stands at an inflection point. A firm hold above the demand zone has reignited interest, and a break above the 50-day MA or the triangle’s upper boundary could spark a more pronounced rally. Conversely, failure to defend current levels risks deeper retracement. Technology upgrades, ecosystem growth, and on-chain developments remain key components shaping its trajectory.

A team led by Khalil Ramadi at NYU Tandon and NYU Abu Dhabi has unveiled a swallowable, wireless capsule designed to emit light inside the gut, allowing nerve cells to be activated without surgery—a development poised to transform gastrointestinal research and therapy.

The capsule, known as ICOPS, represents a remarkable leap in non‑invasive bioengineering. It employs optogenetic technology, by which specific neurons are genetically modified to respond to light. Once the target cells become light‑sensitive, patients can ingest an LED‑equipped capsule that, when powered externally, delivers precise stimulation to regions of the gut. This allows researchers to observe and influence neuronal circuits involved in digestion with a level of control previously limited to invasive approaches.

ICOPS stands out for its battery‑free design. It receives power wirelessly via magnetic induction from an external transmitter, enabling a compact, rodent‑scale form factor suitable for testing in freely moving animals. Crafted entirely via in‑house 3D printing—micro‑LEDs and custom coils included—this capsule avoids more expensive and restrictive cleanroom fabrication techniques.

Early animal trials suggest ICOPS can target neural circuits governing critical physiological functions, offering potential new avenues for treating gut motility disorders such as gastroparesis, where the stomach fails to empty properly. Simultaneously, the ability to stimulate region‑specific neural activity may trigger metabolic and hormonal responses, hinting at applications in metabolic disease and eating disorder therapies.

ICOPS is part of a broader research portfolio pioneered by Ramadi. Earlier innovations include FLASH, an electroceutical capsule that delivers electrical stimulation to modulate hunger‑related hormones, and IMAG, which uses magnetic fields to track pill location through the gut.

Adoption of ICOPS could revolutionise how scientists study the gut’s ‘second brain’—a vast, complex neural network fundamental to bodily control but historically difficult to study in its natural state owing to the invasive nature of previous optogenetic techniques.

Materials innovation plays a central role in this advancement. By eliminating the battery and using magnetic induction, the capsule remains small and unobtrusive. Its 3D‑printed construction offers scalability, making further adaptation for varied experimental models feasible.

Looking ahead, the implications for human healthcare are significant. The precision offered by ICOPS could enable therapies targeting select neural circuits within the gut, offering fine‑tuned interventions far more sophisticated than current broad‑spectrum prokinetic or antikinetic drugs. Furthermore, the platform may evolve to provide electrical stimulation or even deliver drugs directly to targeted gut regions.

That said, the path to clinical use remains lengthy. At present, ICOPS has demonstrated efficacy in rodent models. Transition to human clinical trials may take a decade or more, as researchers must navigate regulatory approval, safety testing, and scalability concerns.

Still, the research has drawn attention across scientific and media outlets, from Gulf News dubbing it a “Light Pill” capable of unlocking gut‑brain secrets to technical summaries highlighting how light‑activated capsules are revolutionising understanding of gut‑brain interactions.

Behind the innovation is a multi‑disciplinary team including Mohammed Elsherif, Rawan Badr El‑Din, Zhansaya Makhambetova, Heba Naser, Rahul Singh, Keonghwan Oh, Revathi Sukesan, Maylis Boitet, and Sohmyung Ha, working together across divisions at NYU Abu Dhabi and NYU Tandon. The project has benefited from funding awarded by NYU Abu Dhabi and Tamkeen through the CENTMED research centre.