Deployable Energy

A widely discussed commentary asks whether China is already mass-building small modular reactors, and whether cheap nuclear power from SMRs could make large solar farms obsolete. The claim is fuelling debate among energy watchers about how quickly China can deploy SMRs and what that would mean for solar's role in the future power mix.

Emerging economies are adopting solar power at a pace that outstrips Europe and the United States, with many countries effectively leapfrogging fossil fuel infrastructure in the transition to renewable energy. The report highlights how falling solar costs and growing electricity demand are accelerating clean energy deployment across the developing world, reshaping the global energy map.

A new humanoid robot has been developed in just five months and is designed to be operated remotely in dangerous situations, including bomb disposal and hazardous work in the energy sector. The unusually short development time and its focus on jobs that put humans at risk are drawing attention across the robotics field.

A new analysis argues solar power is now beating nuclear energy on its own strongest selling point, challenging long-held assumptions about which technology offers the better path to cheap, reliable clean power. The comparison has drawn large interest among energy observers, sparking debate over cost, scale and speed of deployment between the two low-carbon sources.

OpenGrid has announced an effort to revitalize power grid infrastructure worldwide. The initiative targets the aging electrical networks that underpin energy supply in many countries, aiming to update them for modern demand. Details about funding, partners and deployment timelines have not yet been made clear, and reactions so far are limited to the announcement itself.

Ocean Power Technologies has demonstrated the offshore deployment of an amphibious vehicle, according to a company announcement. The demonstration highlights the company's push beyond wave-energy hardware into marine robotics and autonomous systems for offshore operations. The technology is aimed at missions such as ocean monitoring, surveillance and offshore infrastructure support, areas where interest from defence and commercial customers has been growing.

Startup Atoco has developed technology that captures waste heat from data centers and uses it to produce drinking water. The approach addresses two growing concerns at once: the enormous energy data centers dissipate and the water they consume. Details about funding, pilot deployments or commercial partners remain limited, but the concept is drawing attention as demand for AI computing infrastructure keeps rising.

Discussion is underway about how near the energy industry actually is to deploying small modular reactors at scale. While several companies and governments have announced SMR projects, observers are questioning whether timelines and cost projections hold up, given that no design has yet been fully commercialized. The debate centers on whether the technology is a realistic near-term climate solution or still years away from practical, affordable deployment.

A new blueprint has been presented for building a competitive ocean energy supply chain, setting out how the sector can scale up manufacturing, infrastructure and skills to support tidal and wave power. The proposal is drawing attention among energy industry observers as ocean energy seeks to move from pilot projects to commercial deployment.