Modules & Upstream Manufacturing

The mature renewable energies are the most efficient power resources to slow down global warming and reduce human health impacts, according to a new study published in Nature Communications. The authors claim renewable energy generation capacity is also the best way to reduce land use, toxicity and drinking water depletion.

The proposed acquisition of a controlling stake in the heavily-indebted PV project business of solar manufacturer GCL-Poly has fallen through, with state-owned China Hua Neng now proposing to cherry-pick the more attractive assets from the unit’s 7 GW portfolio.

The government has unveiled a plan to help the PV industry reduce the cost of solar panels from around $0.23/W to $0.10/W by 2030. The plan also aims to reach module efficiencies of around 24% – up to 35% for multi-junction cells – by the end of the next decade.

Swedish company Exeger says the dye-sensitized ‘light-harvesting material’ it will produce at its facility will generate enough power to prevent the need to recharge portable electronic devices, lengthening battery lifespan perhaps indefinitely.

GCL and Canadian Solar provide further proof of the solar boom that is gathering pace around the world even as attention focuses on the Chinese market.

The Shanghai solar manufacturer has revealed another set of record-breaking quarterly figures and says it will shift 18-20 GW of modules in 2020, en route to generating revenues of $1.17-1.23 billion.

Complaints about sub-standard, cheap PV imports from China – and notably, India – have been heeded by Dhaka, which has issued a requirement for modules, inverters, charge controllers and batteries to attain IEC electrical standards.

PV industry veteran Karl-Heinz Remmers recalls the trajectory of solar power this decade and predicts stronger than expected development for the ten years ahead.

A new series of tweaks by Solar Energy Corp. of India appear to have paid off, as the organization’s ambitious, manufacturing-linked 7 GW solar tender has been oversubscribed by 1 GW.

Toxicologists are struggling to follow the pace at which perovskite solar cells race from laboratory test benches to factory production lines. While researchers continue to assess the health and safety risks stemming from the lead used at the core of these new materials, the startups commercializing them argue that established encapsulation techniques and sound recycling schemes are enough to safety-proof their potentially disruptive technology and offset broader environmental threats.