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HomePress ReleasesSolar energy can create up to 145 GW of capacity and 6.7 lakh jobs in India over next 10 years says a joint report by Bridge To India and Tata Power Solar
Solar energy can create up to 145 GW of capacity and 6.7 lakh jobs in India over next 10 years says a joint report by Bridge To India and Tata Power Solar 1st September, 2014

This report examines the ideal solar road map for India through comparative analysis of four distinct scenarios of solar power generation – residential rooftops, large rooftops, utility scale projects and ultra-mega projects

A joint report on “How should India drive its solar transformation? Beehives or Elephants” was released today by Bridge To India, a leading consulting services and knowledge provider in the Indian cleantech market and Tata Power Solar, India’s largest integrated solar player.

The report compares four distinct scenarios of solar power generation – residential rooftops (solar bees), large rooftops (solar pigeons), utility scale projects (solar horses) and ultra-mega projects (solar elephants). Each scenario is analysed in terms of not only levelized cost of energy (LCOE) but also landed cost of power (LCOP) which measures the cost to a consumer at the point of consumption, rather than at the point of generation. The LCOP, in certain scenarios could be as much as 30% higher than LCOE, and should become the de-facto economic metric for India to examine various power options.

Commenting on the report, Ajay Goel, CEO, Tata Power Solar, said, “Solar is unique in its limitless potential for power generation – from distributed to centralized generation, and residential KW to GW scale solar plants, the permutations are endless. To solarize our economy, it is important to find the right mix of pathways that will have both economic as well as social impact. We hope that this unique and thought-provoking report will trigger a robust dialogue on the subject.”

The objective of the report is to evaluate each of the four distinct scenarios in terms of speed of deployment, implementation challenges and potential for job creation.

Highlighting the key findings of the report, Dr. Tobias Engelmeier, Founder & Director, Bridge To India, said, “The realizable potential for solar power generation in India is between 110 GW to 145 GW across different types of systems. The four scenarios together could easily create over 675,000 solar jobs in India in the next 10 years. But, the real issue is to choose the best way for India to go solar which entails a fair choice between millions of small systems (“bees”) on one end of a spectrum and a few very large systems (“elephants”) on the other, the former creating a consumer market and the latter an infrastructure market.”

The report shows that currently the ultra-mega plants with a levelized generation cost of INR 6.6/kWh and a landed cost of INR 8.4/kWh are most attractive and are already at parity with imported coal. With an expected rise in imported coal prices, all the other three scenarios will also be able to achieve parity with imported coal over the next three years. In the long term, large rooftop systems will be the cheapest option for Indian with a levelized generation cost of INR 6.6/kWh and a landed cost of INR 6.7/kWh by 2024.

The report also leads us to the fact that while the levelized generation cost of large ultra-mega plants seems attractive, policy makers and investors should evaluate the landed cost of power, given the much higher related infrastructure requirements and the technical and commercial losses in the grid.

The findings of the report also indicate that Rooftop projects can lead to significantly higher job creation than large projects. The small rooftop scenario would contribute the most, with around 325,000 new jobs for 25 GW.

India has the potential to become one of the largest transformative solar markets in the world, free of subsidies and with a thriving solar value creation ecosystem. However, it must strike a balance among the various ramp-up opportunities it has – both via central and distributed generation. Thus, the report recommends specific actions in each of these areas.

For a free copy of the report, please reach the contacts below or download from

About Tata Power Solar:

Tata Power Solar (TPS), with 25 years of deep domain expertise, is one of the pioneering solar manufacturers in the world and India’s largest specialized EPC player. Founded in 1989 and headquartered in Bangalore, TPS is a 100% subsidiary of Tata Power Limited. The company was originally formed as a joint venture between Tata Power and BP Solar. As one of the largest solar manufacturers in India, TPS operates three world-class manufacturing units in Bangalore, with a production capacity of 200MW of modules and 180MW of cells. It has completed more than 160MW of ground-mount utility scale and 40MW of rooftop and distributed generation projects across the country as of FY14. It also offers a diverse line of solar products for both urban and rural markets – these include water heaters, home lighting, street lighting, power packs, and water pumps among others. TPS is committed to enabling solar everywhere and aims to provide energy access to millions of people across the country via its integrated solar solutions. For more information, visit

About Bridge To India:

BRIDGE TO INDIA was founded in 2008 by Tobias Engelmeier with the objective of bringing international renewable technology and project development expertise to India. The company has grown significantly since then to become a leading consulting services and knowledge provider in the Indian renewable market. Our for immediate use PRESS RELEASE Consulting team has worked on numerous assignments for top-tier clients (GE, Siemens, Bosch, REC, Tata Power Solar, Greenpeace, to name a few), while the Market Intelligence business produces regular market leading research and has published several thought leadership pieces shaping the growth of the renewables sector in India. Our Projects business vision is to make locally produced clean energy a mainstream choice for large-scale commercial, industrial and institutional users.