Executive Summary
Recent developments in cleantech are reshaping global energy dynamics. GridBeyond is optimising a 200 MW battery energy storage site in the U.S., boosting grid flexibility and economic performance. In Australia, Tindo Solar and UNSW are collaborating on next-generation solar PV using TOPCon technology. The UN Secretary-General declared fossil fuels at a "dead end," emphasizing urgent climate action despite lobbying resistance. Meanwhile, Kia unveiled its PV5 modular EV platform, designed for urban and commercial mobility, signaling further momentum in electric transport. Collectively, these innovations reflect a global pivot toward sustainable, tech-driven energy systems.
Cleantech
Tindo Solar has partnered with the University of New South Wales (UNSW) to develop TOPCon (Tunnel Oxide Passivated Contact) solar technology, aiming to manufacture high-efficiency solar panels in Australia. This collaboration targets improved cell performance and domestic solar module production, reducing reliance on imports.
π Read more
Electricity
GridBeyond is managing the optimisation of a 200 MW battery energy storage system (BESS) in Texas, USA. The company will use its AI-driven platform to enhance operational performance, monetise flexibility, and support grid reliability in the ERCOT market. This marks a major step in integrating storage as a critical component in a renewable-heavy grid.
π Read more
Fuel
Kia introduced its Platform Beyond Vehicle (PBV) concept at the PV5 Tech Day in Korea, showcasing modular electric vehicles for urban, logistics, and business applications. The new platform integrates autonomous tech, swappable EV components, and AI services, aiming to redefine mobility.
π Read more
Policy
UN Secretary-General AntΓ³nio Guterres issued a direct warning that fossil fuels are at the βend of the road,β despite industry lobbying. Calling for an accelerated phase-out and global climate action, the statement reinforces the momentum behind global fossil fuel divestment and clean energy policy shifts.
π Read more