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A major step in electric-vehicle battery technology has been reached as GAC Group announced the completion of China’s first large-capacity all-solid-state battery production line capable of manufacturing vehicle-grade cells of 60 ampere-hours or more. According to company statements, the new line has achieved an areal capacity of 7.7 mAh/cm², compared with under 5 mAh/cm² for many conventional lithium-ion cells, signalling a potential leap in energy storage performance.

GAC’s research director, Qi Hongzhong, said that the energy density of the new solid-state cells is nearly double that of traditional liquid-electrolyte batteries and that vehicles currently capable of about 500 km range could stretch beyond 1000 km once the technology is integrated. The production line is presently in small-batch testing; vehicle integration trials are planned for 2026, with full mass-production targeted between 2027 and 2030.

This development places GAC among the first manufacturers globally to deploy large-format all-solid-state technology, an area in which automakers and battery firms in Japan, Korea and the United States have long been striving. Analysts observe that scaling solid-state technology from lab cells to industrial manufacturing has been a major bottleneck, primarily due to challenges around thick-electrode fabrication, solid-electrolyte interface stability, and cost. GAC’s ability to hit the 7.7 mAh/cm² threshold suggests the company has resolved at least one of the key obstacles.

The solid-electrolyte used in the new cells reportedly allows higher thermal thresholds—tolerating 300-400 °C compared to about 200 °C for conventional cells—and the battery manufacturing process incorporates a “dry” anode method that combines slurry mixing, coating and rolling into a single step. These process innovations are claimed to reduce energy consumption during manufacture and increase yield.

Alongside GAC’s progress, Dongfeng Motor Corporation is advancing its own all-solid-state agenda, targeting mass production of a 350 Wh/kg solid-state battery in September 2026, which it says will enable electric vehicles to achieve a range in excess of 1,000 km. Dongfeng already operates a 0.2 GWh pilot line and is working on variants of 400 Wh/kg and 500 Wh/kg solid-state batteries. The firm states that its 350 Wh/kg battery retains over 72% of its capacity at –30 °C and passed a 170 °C thermal safety test, surpassing current national standards.

Together these announcements reinforce the increasing pace of commercialization in the solid-state battery sector. Manufacturers hope such cells will deliver significant advantages over conventional lithium-ion chemistry: higher energy density, faster charging, better cold-weather performance and improved safety due to the absence of flammable liquid electrolytes. In GAC’s case, the large-cell format means fewer cells are needed per pack, potentially reducing packaging complexity, cost and weight.

However, experts caution that substantial hurdles remain before widespread adoption. Solid-electrolyte materials and manufacturing infrastructure are still costly, and long-term durability in automotive conditions – repeated charge/discharge cycles, thermal stress and mechanical vibration – must be validated. Further, supply-chain constraints for key materials such as solid-electrolyte precursors, special anode/cathode materials and high-purity manufacturing equipment continue to pose risks. GAC and Dongfeng both emphasise the need for ecosystem readiness, including new cell formats, pack integration and vehicle platforms designed for solid-state cells.

The strategic dimension of this move is significant: as China consolidates its leadership in electric vehicles and battery manufacturing, gaining industrial-scale capabilities in solid-state technology could confer a competitive edge. The reported 7.7 mAh/cm² areal capacity and 60 Ah cell format indicate that GAC is not simply experimenting in the lab but making strides towards production-level readiness. Whether the transition to full-scale mass manufacture meets the timetable will be closely watched by global automakers and battery suppliers alike.

Leaders of India and South Africa affirmed a joint commitment to amplify the resonance of the Global South during a bilateral meeting on the margins of the G20 summit in Johannesburg. India’s Prime Minister met South African President Cyril Ramaphosa to review an expanding partnership that now encompasses trade, digital infrastructure and critical-minerals cooperation.

The leaders emphasised the historical foundation of bilateral ties, tracing back to shared anti-colonial struggles and longstanding people-to-people links. They identified emerging sectors of collaboration, including artificial intelligence and digital public platforms, as well as enhanced investment flows across innovation, infrastructure and mining sectors.

India expressed gratitude to South Africa for its role in relocating cheetahs to India and extended an invitation for South Africa to join the International Big Cat Alliance. At the G20 held in Johannesburg, which is the first summit of its kind hosted on African soil, South Africa has sought to spotlight issues of development, sustainability and Global South equity.

The two countries signalled their readiness to facilitate mutual investments, noting the growing footprint of Indian firms in South Africa and a shared interest in deepening bilateral ties in mining, start-ups, technology and infrastructure. They agreed to enhance support frameworks for these sectors.

In the domain of digital transformation, the meeting explored ways in which India’s Digital Public Infrastructure experience could be shared with South Africa, with the leaders discussing a roadmap for cooperation in those digital arenas that support transparency, inclusion and scalability.

On critical minerals—the backbone of technologies from electric vehicles to renewable energy systems—the dialogue underscored the strategic convergence of India’s growth ambitions and South Africa’s resource endowment. Both governments emphasised sustainable extraction, value-chain development and mutual investment as priorities.

The meeting also took place against the backdrop of global institutional reform debates, where developing countries increasingly seek to adjust frameworks such as the IMF and development banks. South Africa, as serving G20 chair, has framed its presidency around the themes of solidarity, equality and sustainability, particularly as representative of countries in the Global South.

While the two leaders concentrated on bilateral priorities, they also discussed multilateral coordination and collective platforms. They welcomed South Africa’s initiative to convene the IBSA leaders meeting and affirmed cooperation ahead of India’s upcoming chairship of BRICS in 2026.

Observers note that India–South Africa ties have evolved from traditional trade and diplomacy to a more strategic convergence around technology, investment, and global governance. According to experts, this shift reflects the changing priorities of middle powers in a multipolar world, where alignment on development and technological sovereignty is rising.

However, there remain practical challenges. For South Africa, translating resource-rich endowments into sustainable, inclusive growth has long been a domestic policy hurdle. For India, ensuring that digital partnerships respect both sovereignty and local capacity presents implementation risks. Critics argue that while high-level pledges are valuable, they must be matched by concrete mechanisms, regulatory clarity and project-level follow-through.

In trade terms, the two countries’ discussions come at a time when global supply-chain realignments and technology competition are raising the stakes for investment in emerging markets. Indian companies entering South Africa will need to navigate regulatory complexity, local participation requirements and the country’s infrastructure bottlenecks. South Africa, for its part, will have to ensure that its mining and start-up ecosystem attract and retain investment while meeting environmental and community benchmarks.

The diplomatic messaging also signals a broader orientation for both nations. India’s engagement with Africa has increasingly focused on capacity-building and infrastructure, while South Africa has positioned itself as a voice for Africa in global forums. Their joint push to amplify the Global South suggests an intention to influence agendas around debt relief, climate finance, digital equity and reform of global institutions.

A pioneering bio-textile crafted from marine algae has been rolled out by the Fashion Commission of Saudi Arabia at the Misk Global Forum in Riyadh, marking a bold step into sustainable fashion. The initiative, termed the Red Sea Seaweed Project, turns algae harvested from the Red Sea into fabric through a collaboration with King Abdullah University of Science and Technology and the fibre-specialist PYRATEX. The unveiling took place during a panel titled “Fabric of the Future: Red Sea Seaweed Textile” and was led by the commission’s CEO Burak Çakmak.

The textile is created by integrating seaweed biomass with Lyocell and organic cotton to form a sustainable fibre. Py­ra­tex’s expertise in seaweed-based fabrics—previously applied in other regions—has been adapted here for local algae species. The venture relies on KAUST’s research unit KAUST Beacon Development to harvest Red Sea algae while maintaining its bioactive properties and supporting a traceable supply chain. Çakmak said the material “marks a defining moment in our journey to build a future-ready sustainable fashion ecosystem. By transforming a local natural resource into a fully traceable, sustainable textile, we are demonstrating the power of science, creativity and industry working together.”

KAUST’s involvement builds on its broader algal biotechnology work, including the DABKSA initiative set up with the Ministry of Environment, Water and Agriculture to establish local algae-based industries. That scheme originally focused on animal feed, but now its marine-species work is feeding into fashion applications. PYRATEX’s page confirms seaweed-based fabrics offer anti-irritation and skincare benefits—though that model was previously developed in Iceland.

The project is designed not only as a material innovation but as a symbol of economic diversification. The Fashion Commission says it aims to strengthen the Kingdom’s domestic fashion ecosystem by embedding sustainability principles and leveraging local resources. The Lab, the commission’s in-house development studio, converted the seaweed fibre into wearable garments, emphasising full supply-chain transparency.

Analysts note that the fashion industry globally is under rising pressure to reduce its environmental footprint. The Guardian estimated the sector accounts for up to 10 per cent of global greenhouse-gas emissions. By tapping coastal biomass, the Saudi initiative could offer a distinct regional advantage. The Red Sea region’s marine environment provides access to algae species adapted to high salinity and heat, meaning less intensive cultivation may be required. KAUST’s earlier trials with extremophile algae in desert conditions underline that point.

However, questions remain about how the new textile will scale commercially and how its sustainability claims will hold in full life-cycle analyses. Industry watchers emphasise that adopting bio-based textiles is only part of the solution; supply-chain energy use, water consumption, and end-of-life recyclability also matter. The Fashion Commission acknowledged those challenges in its public statement but noted this is a “first step” in a broader innovation roadmap.

Beyond the material itself, the move aligns with broader strategic priorities such as Vision 2030 and the Saudi Green Initiative, which call for economic diversification and sustainable development across the Kingdom. It also positions Saudi fashion as a player in the global sustainability agenda, where brands are looking for story-driven innovation and regional supply-chain transparency. The Fashion Commission’s statements emphasise that this home-grown development can contribute meaningful solutions to the global fashion landscape.

By R. Suryamurthy India’s student mobility crisis is no longer a question of data, it is an indictment of a system that has refused to reform while the world moved on. The new NITI Aayog paper does not so much analyse this imbalance as expose it. The numbers are brutal: for every foreign student who […]

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