Solex Energy Ltd has signed a non-binding Memorandum of Understanding (MoU) with Malaysia-based automation technology company TT Vision Holdings Berhad to collaborate on advancing solar manufacturing automation, engineering excellence, and talent development in India.
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.
Waaree Energies has achieved an aggregate solar module manufacturing capacity of around 22.3 GW globally, comprising 19.7 GW in India and 2.6 GW in the United States, following a recent 1.5 GW expansion at its Samakhiali facility in Kutch, Gujarat.
Trina Solar and Holosolis signed a strategic cooperation agreement at the recent France–China summit, consolidating the Chinese manufacturer’s role as a key partner in a plan to manufacture 5 GW of solar cells and panels a year.
Sunwafe says it has formally applied to reserve land in Asturias, Spain, for a 20 GW silicon wafer and ingot factory backed by Chinese capital, EIT InnoEnergy, and a €200 million ($232.6 million) Spanish government grant.
As of June 2025, the overall achievement (operational capacity) rate of the solar PLI scheme stood at approximately 29% of the total awarded capacity. Capacity additions remain below targets, with only 59% of module capacity and 14% of polysilicon capacity achieved as of June 2025.
In response to the growing demand for solutions for low load-bearing roofs, Chinese manufacturer DMEGC is presenting an IEC-certified lightweight 460 W module at France’s largest PV trade show – EnerGaïa.
The renewable energy sector creates significant employment density—approximately 10 times more workers per MW in solar and 3–4 times more in wind than in conventional power plants. This employment multiplication should be our competitive advantage. However, the skills gap is creating economic inefficiencies that compound across the sector.
Waaree Energies Ltd has become the first solar panel manufacturer in India to produce over 1 GW of solar modules in a single month. This record-breaking output was achieved in November 2025.
As adoption accelerates, the critical question is no longer simply how much solar capacity can be installed, but how clean and sustainable the manufacturing process behind it truly is. Heterojunction Technology (HJT) has become one of the most compelling answers to that challenge.
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