Scientists in India have proposed a new classification of energy sources that is intended for the adoption and definition of emerging technologies, which they said conventional taxonomies fail to achieve.
Eleven solar parks aggregating 8.521 GW have been completed and seven solar parks totaling 3.985 GW partially completed under the Ministry of New and Renewable Energy’s scheme for “Development of Solar Parks and Ultra-Mega Solar Power Projects.”
India can gain an edge in green hydrogen by focusing more on making its production accessible and affordable. Using the distributed business model and building an enabling regulatory framework will stimulate wider acceptance.
In an exclusive article for pv magazine, Bridge To India provides a quick look at the key drivers and outlook for the corporate solar market in India.
German researchers say gas-grid retrofits for hydrogen transport, combined with power grid expansion, could decarbonize Europe’s economy, while S&P says the global ammonia trade could expand by nearly 10 times by 2050.
India will install around 20-25 GW of new renewable energy capacity annually over the next two fiscals, driven by a healthy project pipeline and a strong bidding roadmap. The decline in solar module prices and one-year relaxation for the approved list of module manufacturers (ALMM) bode well for the capacity addition.
Timely scale-up in tendering activity and moderation in solar PV cell and module prices, if sustained, would support improvement in capacity addition in the renewable energy sector.
To increase the share of renewable energy, India needs to introduce demand-side measures like time-of-use tariffs, develop a well-connected national grid, deploy various energy storage options for grid balancing services, and convert its fossil-fuel-powered fleet to operate flexibly.
Trina Solar, JinkoSolar, JA Solar, Longi, Risen, Canadian Solar, Tongwei, Chint, and Das Solar have issued a joint statement demanding the standardization of wafer sizes.
A US-Chinese research team has investigated the flow of iron, copper, aluminum, and other precious metals from source to end-use destination in the renewable energy infrastructure value chain. It found significant imbalances that can be attributed to the continuous outsourcing of metal demand for the renewable power sector to developing economies.
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