Solar Manufacturing in India

Solar Manufacturing in India

Global Overview

Globally, over 100 GW of PV capacity was installed in 2018, with China continuing to take the lead, as it added 45 GW of capacities during the year. Other countries to install large solar capacities included Europe, the U.S. and India. China is also the world’s largest producer of solar cell/module, followed by Malaysia and Taiwan. Countries across the globe have provided strategic support to solar energy, also supporting solar manufacturing. Government subsidies/incentives have been the key reason behind the formation of large manufacturing bases globally.

World solar PV cell/module production (GW)

World solar PV cell/module production (GW)

Annual PV installations (GW)

Annual PV installations

Source: MDPI

Current Domestic Scenario

India’s commitment to reduce carbon emissions signed under the Paris Climate Change Agreement resulted in it embarking on an ambitious program of installing 175 GW of renewable capacities by 2022, of which 100 GW would be solar.

Driven by the thrust towards renewables, India’s solar capacities have grown almost tenfold from about 3 GW in FY14 to about 29 GW currently. The domestic solar manufacturers, however, have not been able to tap this growing market for solar energy. Solar manufacturing capacity did not keep pace with the solar generation capacity in India, while imports have steadily risen with increased capacity addition over the years.

solar cell capacity as on 31-05-2017

solar module capacity as on 31-05-2017

Source: MNRE List of Cell and Module Manufacturers in India, ISMA

As per the MNRE’s list of cell and module manufacturers in India as on 31st May 2017, the domestic manufacturing industry has a limited capacity of about 3GW for solar PV cells and around 8 GW for solar PV modules. However, based on the latest information provided by MNRE on 5th March 2019, domestic manufacturing capacities of solar cells and modules stand at about 3GW and 10GW respectively.

solar capacity additions and solar imports

Source: Commerce Ministry, CEA


opportunity loss of Indian solar manufacturing industry

The solar capacity addition plan per year is 20 GW and the domestic manufacturing capacity as of today stands at 10 GW. Assuming, the entire manufacturing capacity is utilized domestically, it would cater to 50 percent of India’s solar requirements. However, the domestic manufacturers are unable to meet the requirements and the majority of it is met through imports.

The existing scenario in FY19 depicts India’s high import dependency and the opportunity loss of Indian solar manufacturers. A simple back of the envelope calculation shows the following:

In the above table, corresponding to 6.5 GW capacity installed in FY19, the maximum supply of domestic cells and modules would be worth USD 1893 Mn. This is an opportunity loss of business to the domestic industry as more than 90 percent is supplied by foreign players. This loss of business opportunity can only balloon as capacity additions grow.

solar imports

percent share of total solar imports

Source: Commerce Ministry

China has been the major source of India’s solar imports, followed by other South-East Asian countries like Malaysia and Vietnam. To protect the domestic solar manufacturing industry that was flooded with cheap imports, the government imposed safeguard duty of 25 percent in July 2018 (for a period of one year and later to be scaled down to 20 percent and 15 percent for the first six months and remaining six months of the second year respectively) on imports from China and Malaysia, while the same was not applicable on import of such products from other countries. The safeguard duty though helped bring down imports from China and Malaysia, but those from other SE Asian countries like Singapore, Vietnam and Thailand increased. It’s clear that India is a key market for global manufacturers, and they will try to remain competitive, making local manufacturers unviable. The challenge is therefore much bigger to make the ‘Make in India’ dream possible.

Cost and Imports

Chinese module cost includes $0.01/W for freight

Note: Chinese module cost includes $0.01/W for freight           Source: Bloomberg NEF

The basic reason behind high import dependence is the cost differential between the domestic and imported solar modules. Chinese solar modules before the imposition of safeguard duty were 15-20 percent cheaper than the domestically manufactured cells.

The approximate total import bill for cells and modules assuming a modest 10 GW peryear would be USD 3 billion per year. Post SGD imposition in July’18, the landed cost of Chinese modules increased, serving the purpose for domestic manufacturers. As per BNEF estimates, the domestic project developers were estimated to pay $0.34/W instead of $0.27/W for modules imported from China in August’18. However, with progressive decline in safeguard duty and aggressive pricing adopted by Chinese manufacturers considering China’s decision to curb annual solar installations, the price difference is expected to narrow down. This is, therefore, temporary relief to the domestic manufacturers, unless other measures like anti-dumping are established.

The various reasons behind such a cost structure of the Chinese solar PV include:

  • The scale of Chinese manufacturing companies enabling lower fixed costs.
  • Existence of a complete supply chain locally reduces logistics cost.
  • Soft loans: state-owned commercial/policy banks providing the solar industry with loans at preferential, lower than commercial rates and terms.
  • Export Credits: Export-Import Bank of China provides export contingent loans at preferential rates and assistance in the form of export seller’s credit.
  • Income tax reduction: export-oriented (>70 percent) foreign-invested enterprises eligible to pay only half the income tax rate; preferential tax benefits to enterprises recognized.
  • Subsidies: grants, loans, and other incentives to enterprises in China, in part to implement an industrial policy of promoting the development of global Chinese brand names, and to increase sales of Chinese- branded and other Chinese merchandise around the world.

Similar favourable conditions for domestic solar manufacturers in India has not been available. There is a lack of economies of scale, while R&D investment has been insufficient

– India’s investments in technological know-how remain low compared to other developed nations and China. China’s 39,784 patents in solar technologies are far higher than India’s 246 and there is lack of domestically available raw materials- the manufacturing process of solar cell/module starts from silicon-polysilicon-ingots-wafers-cells-module. India currently produces only cells and modules with imported material.

Government Policy Interventions

The government of India attempted some policy initiatives aimed at developing domestic solar manufacturing industry, that did not accrue any major benefit to the domestic solar manufacturers, who continued to be driven out on account of China’s competitive advantage. Some of these measures include:

Domestic content requirement– Some support was given to the domestic industry by mandating DCR (domestic content requirement) for selected solar projects, but this was struck down by WTO on grounds that DCR violated global trade rules. DCR mandated projects by public sector entities for government procurement however are WTO compliant. Recently, NTPC issued an EPC tender for 1GW solar project under the CPSU scheme, requiring only domestically manufactured cells and modules to be used for the project.

Safeguard duty– In order to protect the domestic manufacturers from cheap imports, the government imposed 25 percent safeguard duty on solar panel imports from countries like China and Malaysia, which would scale down to 20 percent to 15 percent in a span of two years, not giving enough time for domestic manufacturers to increase their capacities.

Manufacturing linked solar tender– The government also tendered manufacturing linked solar projects which either faced extensions or got cancelled due to lukewarm response from the developers on account of the capping of tariff at lower levels and shorter duration offtake, that possessed its risks. Also, raw materials for solar manufacturing are under ADD (anti-dumping duty), like glass and EVA, but the module can be imported with no ADD.

What’s the Opportunity here

If India were to achieve even 50 percent of its total solar potential (650 to 750 GW) in the next 15-20 years, there is a huge opportunity for policy intervention in India. Even assuming only 200 GW of capacity addition in the next 15-20 years, India can promote its domestic manufacturing industry which in turn will result in employment generation and foreign exchange savings of over 50-60 bn USD.

In summary, the following benefits can be visualized:

1. A 20 GW domestic capacity per annum will spawn a plethora of employment opportunities

2. Forex savings

3. Lower foreign exchange risk & lower tariff

4. Lower logistics cost of import

5. Superior quality control

6. Lifetime availability of spares

7. Solar plant ancillary units

These benefits exclude obvious savings on freight/handling & more importantly the ability to service the solar plants with spares during the plant life. Insurance products covering performance/damages will also improve if good local manufacturing firms are the suppliers. There is, therefore, a case for re-examining the significant opportunity in domestic solar manufacturing. There may be challenges due to political pressures that could emerge from the U.S. and China on protectionist grounds. There will be a need for a pragmatic and smart economic, political and legal strategy to build and nurture a vibrant solar sector in India.
Some of the recommendations are:

  • Provision of tax benefits.
  • Provision of subsidies to counter Chinese efforts.
  • Economies of scale. This should be thought of not only for the Indian market but also potentially become a hub for global supply.
  • Solar manufacturing zones at different locations could be set up with several benefits like land, infrastructure sharing, tax benefits, coastal access for logistics.
  • Funds collected through coal cess should be put to proper use by channelizing it towards increased R&D investments and technological upgradation. India can also utilize its FTAs and take advantage of being a co-founder of ISA for technology transfer from across nations. Research could be conducted on developing facilities for recycling panels.
  • Brand creation through quality certification/standards and durability assurance-Create a body through ISA, where India can take the lead.
  • More DCR mandated solar tenders for public procurement for a long duration can be introduced to help domestic manufacturers.


Ramesh Subramanyam

Ramesh Subramanyam
CFO & President – New Business
Tata Power Ltd

Aditya Gupta
Chief – Strategy Business Excellence & Business Collaboration
Tata Power Ltd

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