The Ever-evolving Indian Distribution Transformers Market


The Ever-evolving Indian Distribution Transformers Market

by Azhar Fayyaz, Research Analyst – at Power Technology Research
 

  • Global distribution transformers market experienced a dip of approximately 7.6% due to the pandemic in 2020 but managed to recover fully by the end of 2021.
  • According to Power Technology Research, installed base of distribution transformers in India is set to grow with a CAGR of 7.5% between 2021-2027.
  • Dry type transformers in India are expected to observe a significant CAGR of 21% from 2021-2027.

Distribution transformers are an essential component of distribution networks around the world, whose smooth and efficient functioning is crucial for utilities to maintain their up times and provide best service to consumers. This article will cover the global distribution transformers market with a focus on India, especially looking at the demand drivers in the country.

Global distribution transformers market experienced a dip of approximately 7.6% due to the pandemic in 2020 but managed to recover fully by the end of 2021. It is now set to grow with a CAGR of 5.2% in terms of revenue from 2021-2027. During the last decade, global distribution transformers market was largely driven by electrification and end of life replacements. However, recently the high growth of renewables and the increasing uptake of Electric Vehicles for which utilities have to expand their network have become a major driver of the global distribution transformers market.

India is one of the biggest distribution transformers markets globally with around 13 million installed distribution transformers, majority of which are overhead pole mounted distribution transformers. It also has a significant share in the distribution transformers market of the APAC region and the installed base is expected to grow significantly in coming years. Currently, almost all of the installed base of distribution transformers in India is oil-immersed transformers with only 1% of units being dry-type transformers. As expected, the largest number of these distribution transformers in the country are operating at 11 kV level, in the secondary distribution closer to the consumers, while only a small percentage operate at 22 kV.

Indian distribution transformers market is expected to be driven by the generation capacity additions, which in turn would require proportional transmission and distribution infrastructure to evacuate this power. In addition to this, additional demand will be generated due to initiatives taken by the government to improve efficiency of the electricity grid and uptake of electric vehicles in the country. Details of demand drivers in the distribution transformer market of India are discussed in the following paragraphs.  

 

Demand Drivers of Distribution Transformers in India

India's power generation is expected to grow from 354 GW in 2020 to 426 GW by 2027. A significant increase is expected in the renewable generation as the percentage of renewables in the generation capacity mix is expected to grow from 17% in 2020 to 35% by 2027. Installed capacity of wind power is expected to grow from 38.6 GW in 2020 to 83.8 GW by 2027 whereas solar power generation is expected to increase from 33.5 GW in 2020 to 145 GW by 2020.

It is further expected that India may increase its renewable capacity addition target as the country has made a commitment to reach net-zero by 2070 at COP26 summit.


Figure 1. India's Power Generation Capacity 2020-2027. Source: IEA

This massive growth in generation would require the transmission and distribution grid to also expand accordingly. Power grid corporation of India has recently announced an investment plan of USD 2.2 Billion to commission several power grid projects as part of its grid expansion plan. In addition to the transmission grid expansion, addition of distributed energy sources would also require strengthening of distribution grid of the country. This will translate into an increase in the grid infrastructure investment including transformer, switchgear and distribution lines etc.

On the other hand, efficiency of the distribution grid has remained a major issue over the years. Several initiatives were introduced in the past to help improve the operating losses of distribution operators. Although a little improvement has been observed in the efficiency of distribution grid, replacements were carried out which included distribution transformers alongside other equipment under those initiatives. This drive to increase the efficiency of the distribution grid would mean a large percentage of the market being driven by brownfield replacements.

Covid, however, has severely impacted country's plans of adding grid capacity. In FY 2020-2021, India had plans of adding around 63,000 MVA of additional grid capacity, but was only able to add 33,000MVA by Jan 2021. This in turn also impacted the transformers market in the country which declined by 23% in FY 2020-2021.


Figure 2. India's Power Grid Infrastructure Market Growth. Source: Power Technology Research

 

Moving forward, in addition to the renewable energy, electrification in the transport sector is also expected to impact the distribution grid. Even though the active fleet of passenger electric vehicles in the country is less than 50,000 cars at the moment, it is expected to cross 1 million vehicles by 2029. Additionally, there is an increasing trend of electrification in the commercial vehicles, especially buses and light commercial vehicles (LCVs). With such rapid increase in transport sector electrification, the country has announced several plans to support this growth in EVs with strategic expansion of EV charging infrastructure. India's AC and DC charger installed base will grow at ~60% and ~50% CAGR respectively between 2021 to 2030. This massive growth in EV charging infrastructure will directly impact the distribution grid in terms of higher grid capacity demand and grid flexibility.


Figure 3. CAGR 2020-2030 AC & DC EV Chargers in India. Source: Power Technology Research

 

Looking Ahead

Looking ahead, as the pandemic effect waivers off, the installed base of distribution transformers in India is set to grow with a CAGR of 7.5% between 2021-2027, as compared to 6.4% CAGR for entire APAC region excluding India for the same duration. Ongoing retrofitting and refurbishment in the existing electric infrastructure will positively influence the indoor dry-type transformer market in India. Public and private investments in the real estate industry of the country are on the rise which in turn is expected to boost the dry-type transformer adoption in the country. From a technology perspective, the market of oil-immersed distribution transformers is expected to grow with a CAGR of 7.2% between 2021-2027. On the other hand, dry type transformers which are currently only 1% of the installed base of distribution transformers, are expected to observe a significant growth in demand with a CAGR of 21% from 2021 to 2027, originating from both generation and utility sector. This strong growth, post the slowdown in the market due to covid, will ensure that the country remains one of the largest markets of distribution transformers, not just in the region but also globally for the years to come.

 

About the Author

Azhar Fayyaz is a Market Analyst at Power Technology Research. He is involved in projects on the power grid topics at Power Technology Research gathering data on network structure of distribution utilities, estimating the installed base of T&D equipment, and analysing the information to predict future market trends. As a market analyst at PTR, he performs competitive analysis of different companies operating in a region and determine their market share for a specific product. He also has more than 2 years of experience working as a senior shift engineer at Chashma Power Generation Station. Azhar comes from a technical background and has a M.Sc. in Power Engineering.

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