For years, China’s photovoltaic (PV) industry has played a central role in supplying Europe’s energy transition. Competitive pricing, massive manufacturing scale, and a highly integrated supply chain have made Chinese solar products a cornerstone of Europe’s renewable expansion. However, on January 9, China’s Mini···...

In 2025, Italy once again stands at the center of Europe’s solar policy debate.With updates to the Transizione 5.0 tax credit scheme and the ENEA registration framework, combined with recent policy clarifications limiting incentives to EU-manufactured HJT and tandem (perovskite/silicon) modules, the industry focus is ···...

In the context of global energy transition, Pakistan has become one of the most illustrative cases in the solar sector: explosive demand growth, policy volatility, an overstressed grid, and an energy-storage sector far behind actual needs. Together, these factors form a high-growth but high-volatility market — a scen···...

1️⃣ A Technology Moving From Promise to RealityIn just a few years, perovskite solar cells have transformed from laboratory prototypes into the most credible candidate for next-generation commercial PV. Efficiency records continue to rise at an unparalleled pace — 25.59%, 25.69%, and most recently, 29% for wide-band···...

1️⃣ A Major Leap Forward for Perovskite InnovationRecent research from the joint team of Wenhua Zhang (Yunnan University), Guang Yang (Hong Kong Polytechnic University), and Yang Bai (Shenzhen Institute of Advanced Technology) has brought perovskite solar technology another step closer to large-scale commercializatio···...

The Rising Challenge of Solar WasteThe world has celebrated the rapid growth of solar power — more than 2 TW of PV systems are now installed globally — but this success is bringing a new responsibility. As early-generation modules reach the end of their 25- to 30-year lifespans, global PV waste volumes are beginning ···...