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.

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.

In a new weekly update for pv magazine, Solcast, a DNV company, reports that February saw a sharp East Asia solar divide, with southern China and Taiwan experiencing record-high irradiance due to clear skies and low aerosols, while maritime Southeast Asia faced heavy rainfall and below-average irradiance from enhanced tropical convection. The surplus in China was driven by atmospheric cleanliness, whereas Taiwan’s boost came mainly from persistently clear days, contrasting with widespread deficits across Indonesia, the southern Philippines, and nearby islands.

In a new weekly update for pv magazine, OPIS, a Dow Jones company, provides a quick look at the main price trends in the global PV industry.

Iran is widely known for its oil and gas resources, but its strongest long-term energy asset may be the sun. New research shows how solar PV could drive a cost-competitive transition across power, heat, transport, industry, and desalination, while opening the door to a broader Solar-to-X Economy.

Accelerating energy transitions in major economies can create positive spillover effects worldwide, even amid geopolitical tensions, with North America and the Eurozone boosting progress in other regions.

Researchers from the Australian Centre for Advanced Photovoltaics say ultra-low-cost solar could deliver 1,000 TWh annually for domestic use and 2,600 TWh for exports under Australia’s long-term energy transition scenarios.

Researchers at Western University say agrivoltaic sheep grazing models in Ontario outperform traditional farming, with higher margins and dual revenue streams from livestock and solar site services.

The Chinese manufacturer has unveiled a hybrid photovoltaic–geothermal heat pump system that uses solar electricity to directly power the unit, boosting efficiency and self-consumption. The 8–112 kW ground- and water-source system delivers heating, cooling, and domestic hot water with coefficients of performance often exceeding 4–5, while smart controls and the ground loop act as a thermal battery to optimize year-round performance.

Crusoe and Redwood Energy are scaling a microgrid in Sparks, Nevada, by using repurposed electric vehicle batteries and solar to supply additional modular data centers.

France’s energy regulator has reduced feed-in tariffs (FITs) for PV systems up to 100 kW for the April to July 2026 period, with lower rates across all segments and reduced compensation for surplus electricity.

Spain’s grid operator Red Eléctrica and regulator CNMC have launched real-time voltage control services, allowing renewable energy installations to provide dynamic grid support under a new regulatory framework.

A Japanese consortium is piloting agrivoltaics using film-type perovskite solar cells over rice paddies to study energy generation alongside crop production. The three-year project will assess impacts on rice yield, land use, and emissions while testing the technology’s performance and commercial viability.

Researchers found that widely deployed smart meters pose a “massive” cybersecurity risk, potentially enabling data manipulation, energy theft, and service disruption. They propose a new detection method using state estimation and statistical boundaries to more accurately identify cyberattacks, outperforming traditional techniques despite higher computational demands.

Slovakia’s total solar additions last year fall in line with those seen the prior two years, with cumulative capacity now standing in excess of 1.3 GW.

Swansea University researchers found that perovskite solar cells can tolerate dusty fabrication environments, performing almost as well as those made in cleanrooms. The findings suggest low-cost, scalable production may be possible without ultra-sterile conditions, potentially accelerating cell and module manufacturing.

Job advertisements on Tesla’s website outline the 100 GW ambition and follow reports the company is in talks with Chinese firms for the purchase of $2.9 billion worth of equipment for solar manufacturing.

Tokyo’s grid has joined every other transmission system operator area in Japan in experiencing economic curtailment, as solar output growth outpaces the flexibility of the country’s largest regional power market.

In an interview with pv magazine, Jay Johnson, the CTO of US-based cybersecurity firm DERSec, explains that PV systems face cybersecurity risks that extend far beyond inverters, as demonstrated by a December attack on Polish solar plants where wiper malware targeted substation equipment rather than the inverters themselves. Vulnerabilities often lie in backhaul communication channels like APIs and mobile apps, making layered defenses, network segmentation, and vigilant monitoring essential to safeguard distributed energy resources.

Data centers are using batteries to run more AI on the same grid connection.

GCL Optoelectronics has won a 1.2 MW commercial perovskite/silicon tandem solar module tender held by China’s Huaneng. The procurement required mass-producible, IEC-certified modules with over 25% efficiency, a 25-year performance warranty, and delivery by end of 2026.

Silver prices have fallen by more than 40% since early January, when they reached an all-time peak of about $120/oz.

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.

Researchers in the United Kingdom have developed a smart window that combines switchable polymer-dispersed liquid crystal with integrated PV cells, offering controllable transparency and electricity generation. The system balances light, heat, and solar protection while maintaining high visual quality and stable performance, according to its creators.

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.

France’s energy regulator plans to link PV support to storage as negative power prices increase and reduce solar revenues.

Researchers in China demonstrated that integrating energy tower heat pumps with evaporator-side boilers, air-source heat pumps, or solar-assisted systems can significantly improve winter heating efficiency and economic performance in commercial buildings. Among the four configurations tested, the evaporator-side boiler and solar-assisted systems delivered the highest performance and energy savings, offering a sustainable, low-carbon alternative to conventional heating.

A 350 MWh battery storage system in Europe is delivering significantly less energy than expected due to cell imbalance, with the battery management system failing to detect the issue, tradable energy volumes chronically overestimated, and weekly balancing cost exposure reaching up to €110,000 ($127,745). This is one of the real-world failure scenarios to be examined at the Battery Business & Development Forum on April 1.

Spain’s Fundación Ciudad de la Energía (Ciuden), a government energy research foundation, has completed operational testing of a 1 MW/8 MWh vanadium redox flow battery (VRFB) system at its Cubillos del Sil technology center, which it says is the largest vanadium flow battery in Europe dedicated to applied research.

Analysis across 16 European countries finds an around 240,000 increase in the number of residential heat pump sales year-on-year. The European Heat Pump Association attributes the upward trend to governments stabilizing subsidy schemes.