Renewable Energy

Invertix has launched 22 specialized AI “workers” to automate O&M tasks for renewable energy assets, targeting inefficiencies in data handling, alarm management, and reporting. The startup says its system enables PV plant operators to scale portfolios more efficiently by reducing manual workloads, while keeping humans in the loop for critical decisions.

In an interview with pv magazine, cybersecurity expert Mohammad Al Faruque explains how seemingly simple sensors in PV systems and other energy systems are surprisingly vulnerable to magnetic, electrical, and acoustic perturbations, which can remotely influence control systems without physical access. Protecting these sensors requires both strict physical security and the development of hardened, interference-resistant technology to safeguard critical infrastructure.

The BESS insurance risk profile is shifting. In an exclusive interview, Tokio Marine GX underwriter Michael Carrington explains why insurers are looking past battery fires and sweating over supply chain bottlenecks, high-voltage transformers, and costly EPC integration errors.

German engineering firm BEC Energie Consult has developed a substructure for low-mounted agrivoltaics designed to provide cost-efficient installation while supporting crop growth and livestock management, with the potential to enhance economic viability.

Swish Solar has an AI-driven tool that optimizes solar panel cleaning schedules to reduce soiling losses and operating costs. The platform uses data analytics and forecasting models to help operators time cleaning based on financial impact.

This week Women in Solar+ Europe gives voice to Delfina Muñoz, Research Director & Strategic Project Manager at France’s CEA. She says diversity is a catalyst for faster, fairer clean energy innovation. Inclusion, mentorship, and authentic leadership don’t just support people, they build stronger, more resilient teams that power the energy transition forward.

Europe’s hybrid solar-plus-storage projects are growing rapidly, but increasing complexity means treating technical due diligence as a formality is now a serious risk. Rigorous, lifecycle-based technical due diligence (TDD) – covering financial, supply chain, digital, and ESG factors – is essential to ensure project reliability, investor confidence, and a resilient clean-energy transition.

In an interview with pv magazine, cybersecurity expert Roberto Setola describes a structural shift in cyber threats against solar energy infrastructure, where attacks now target peripheral systems like remote terminal units rather than centralized SCADA, often in coordinated campaigns amplified by AI. He also emphasized that the recent cyberattack to PV plants in Poland demonstrated how simultaneous strikes on smaller, less-protected operators can potentially trigger major disruptions, including blackouts, economic losses, and cascading grid risks.

Morocco has published the implementing decree for Law 82‑21, enabling self-producers to consume their own solar power and sell up to 20% of surplus energy back to the grid. The measure, effective 9 June 2026, sets clear tariffs and grid limits.

Sandia National Laboratories conducted the first-ever blind comparison of seven commercial PV modeling software, revealing that differences in weather handling, system modeling, derates, and assumptions grow as system complexity increases. The study emphasizes that software choice should consider project complexity, workflow, and modeling features rather than relying on rankings alone.