To develop cost-competitive solar modules the nation must adopt a phased program and set up 15 GW of silicon-ingot-to-solar-module manufacturing capacity by 2024, according to The Energy and Resources Institute.
Citing the risk to solar projects, lobby group the National Solar Energy Federation Of India has asked the Ministry of New and Renewable Energy to exclude flat steel products coated with alloy of aluminum and zinc from anti-dumping duty.
Falling PV panel prices led to notable year-on-year falls in the cost of developing solar plants around the world. India led the way with PV projects costing a weighted average of just $793/kW of capacity installed in 2018. Costs in China dipped to $879/kW last year, while solar projects in US and Australia cost $1,500.
The contraction in Chinese trade flows to the U.S. is likely to result in the dumping in India of Far Eastern electronic and electrical components as well as steel, iron, chemicals and plastic products.
While Bureau of India Standards certification is a genuine attempt by the Indian government to mitigate the risks associated with poor solar module quality, there are several reasons why it is not 100% effective. pv magazine India’s Uma Gupta investigates India’s efforts to ensure quality in its booming PV industry.
As the nation aims for 100 GW of solar capacity by 2022 it is staring at up to 1.8 million tons of PV waste by 2050. A solar waste management seminar organized by consultancy Bridge To India in New Delhi brought stakeholders together to discuss how a PV waste management system could help.
While Bureau of India Standards (BIS) certification is an honest attempt by the Indian government to mitigate risks associated with poor quality of modules, there are several reasons why this particular objective is currently not being met. pv magazine India’s Uma Gupta investigates India’s efforts to ensure quality in its booming PV industry.
Not many people know it, but DuPont’s India connection goes back to 1802, when the company started importing raw materials from the country for its first product: black powder for explosives for its plant in the United States. In 1974, it opened its first liaison office in India, while its first wholly owned subsidiary in the country was set up 20 years later. Today, DuPont India has a significant local footprint across a range of market segments in India, including solar PV.
As lithium-ion battery sales boom, suppliers of equipment for manufacturing photovoltaics are branching out into the storage industry. Are these ventures leading them to bankruptcy or to a breakthrough in storing solar energy?
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