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The COVID-19 pandemic has hit all countries hard. In countries like India, it also exposed the need for reliable health care and infrastructure to deliver lifesaving refrigerated vaccines. As the country also contends with seasonal heat waves and power shortages, the role of renewable energy ¨C particularly solar energy ¨C in meeting those challenges has come into sharp focus. For many, especially in India¡¯s rural communities where the pandemic is wreaking havoc, reliable electricity can mean access to hospitals and medicines: quite literally, the difference between life and death.

Well before COVID-19 struck, India was determined to reap the benefits of solar power. The country set itself an ambitious target: 100 gigawatts (GW) of solar generation capacity by 2022. That would be a boon for its commercial and industrial consumers, who account for 74% of installed energy capacity, compared with 13% of installed capacity for residential customers and public sector organizations.

As of December 2020, it had , including ground-mounted and rooftop operations. Solar is also powering other essential infrastructure, including transport. One of India¡¯s flagship solar projects, the giant Rewa solar park, powers the New Delhi metro rail system: a network that serves over 2.6 million commuters daily. Vital government-led initiatives like 24x7 - Power for All, which committed to providing each household access to electricity around the clock, are helping to empower communities ¨C both literally and figuratively, improving the quality of life.

Still, about 250 million Indians still live without access to electricity, which is why India¡¯s path towards fully realizing its renewable energy potential could be a gamechanger: for its own citizens certainly, as well as for global efforts to tackle climate change and as a guide for other countries as they invest in solar energy.

Getting solar projects off the ground is no easy task. It requires the right policies and regulatory frameworks; overcoming hesitation around adopting new technology; and the provision of concessional or de-risking instruments to encourage private capital to flow. In addition to providing this kind of support ¨C from in Madhya Pradesh to supporting enabling policies and bringing the private sector to the table ¨C the expansion of solar in India offers key lessons to boost clean energy investments around the world.
 

Rooftop Solar¡¯s Potential in Nigeria
India¡¯s experience with rooftop solar and solar farms offers exciting possibilities for Nigeria. The densely populated African country loses 45% of its produce after harvest because it can¡¯t be kept cold, resulting in a 25% loss of income for its 93 million smallholder farmers. A pilot project at a food market in Sokoto, Nigeria, aims to change that by testing the business case for refrigeration fueled by rooftop solar units. If it succeeds, the project will demonstrate the potential of this technology for commercial and industrial consumers ¨C the target market for rapidly scaling up solar rooftop capacity ¨C and transform the lives of millions of farmers.

Creating Solar Markets
After signing onto the Paris Climate Agreement, India began its solar journey in a serious way, facilitating flexible clean power auctions, attracting record-low solar tariffs and underscoring its commitment to clean energy. At the UN Climate Summit in December 2020, Prime Minister Narendra Modi said India is on track to ultimately top its renewable energy targets ¨C hitting 175 gigawatts before 2022.

Å·ÃÀÈÕb´óƬ Group¡¯s supports a similar auction process in countries like Zambia, to create viable solar markets. The Bangweulu solar plant in Lusaka¡¯s Multi-Facility Economic Zone is expected to supply electricity to as many as 30,000 homes and businesses, complement the country¡¯s hydro-based electricity supply and save electricity purchasing costs for the government.

And in May 2021, Senegal announced through the program that two new solar PV plants will provide access to electricity to nearly 540,000 people at some of the lowest rates in Sub-Saharan Africa. Located in the country¡¯s Western region, the new solar plants in Kael and Kahone will help avoid 89,000 tons of carbon dioxide emissions annually.

Building a Solar Knowledge Exchange
In partnership with the India-led International Solar Alliance, the Bank¡¯s Lighthouse Initiative is supporting a pipeline for the exchange of solar knowledge between Indian agencies and their counterparts in many other countries like Bangladesh and the Maldives and others in Africa.

For example, the Lighthouse Initiative is most active in the Maldives, a nation of over 1,110 islands in the Arabian Sea. Known for its luxury resorts, the Maldives has but remained open for business despite the COVID-19 pandemic, in part because it is making the transition to renewable energy. In December 2020, the Bank approved a $107 million project to help the Maldives accelerate its transition to renewables.

Although geographically and economically diverse, the energy challenges developing countries face reveal common starting points for solutions tailored to each nation¡¯s unique needs. Learning from India¡¯s experiences, whether in small island states or emerging economies in Africa, puts into practice a quotation from Mahatma Gandhi included in India¡¯s 2015 ¡°One must care about the world one will not see.¡±