Can India Install 20 GW of Solar by 2020? Part 1

India Energy Inequality

In a first-of-its-kind plan, the Indian government announced the Jawaharlal Nehru National Solar Mission with the goal of achieving 20 GW of installed solar capacity by 2020. An incredible ambition, many are wondering if it is possible. There’s no denying that the country needs it, but is it possible to garner enough investment in solar to install 20 GW of capacity by 2020? We looked at several macroeconomic factors to determine the feasibility of the Jawaharlal Nehru National Solar Mission.

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Weekly Review August 8-12

Solar panels at a tent village in India

This week we read a lot of articles on the global efforts to eliminate energy poverty. At Invested Development, we’re interested in electrifying the poorest countries to promote development using clean and sustainable energy. In addition to development, energy access can also prevent humanitarian crisis like the one we’re currently seeing in the Horn of Africa.  Businesses, agencies, and governments need to work together to research and develop clean technology to eliminate energy poverty in its many forms

U.S., India Collaborate on Scientific Research” via Voice of America Editorials
The U.S. and India are working together to research and develop clean technology. Specifically, The Partnership to Advance Clean Energy (PACE) exists to research and deploy clean technology innovations. Both the U.S. and India are aiming to better understand the production of clean energy in their countries, but the lasting effect for India particularly would be profound. Access to clean energy technology in India would allow poor people to work and study longer, stay healthier and save money in comparison to costly kerosene. This partnership to electrify India contributes to the country’s efforts to advance economic growth and reduce poverty by 50%, the first Millennium Development Goal.

Rwanda:  Govt to Meet 16 Percent Power Access Target Next Year” by Frank Kanyesigye via All Africa
In 2009, 7% of Rwandans had access to electricity. Currently, in 2010, 14% of the Rwandan population has access to electricity. The government is aiming to increase electrification to 16% by the end of 2012. Coletha Ruhamya, the State Minister of Energy and Water, believes that increasing access to power will “contribute to economic growth, social development, and poverty alleviation.” Currently, the main energy source in Rwanda is wood fuel, which is damaging to the population and to the environment. Globally, indoor smoke from biomass fuels like wood has contributed to 1.6 million premature deaths each year, especially amongst women and children in developing countries (WHO, 2005). The Rwandan government will find that promoting and investing in not just electricity, but clean energy, will lead to sustainable and safe economic growth, social development, and poverty alleviation for its people.

Angola: Government to Facilitate Rural People’s Access to Electricity“ via All Africa
Angola’s State Secretary for Energy, Joao Borges, announced a new plan to electrify rural parts of the country in an effort to avoid over-crowding in cities. This announcement also comes as part of an effort to promote development in the country. Borges hopes to implement clean energy solutions like solar power.

Preventing the Next Somalia:  Energy + Water = Food” by Robert A. Freling via Huffington Post
Famine in the horn of Africa has left humanitarian organizations scrambling to provide aid.  Already 30,000 children have starved to death with another 500,000+ at risk.  However, sending $700 million in humanitarian aid is only a temporary fix. Long-term solutions are required to make a lasting change in the region. Energy plays a key role in maintaining food security. In many parts of the world, like Somalia, irrigation systems save crops in times of drought or dry seasons. Without reliable energy systems in place, irrigation can be impossible and crops will perish, as is the case in the Horn of Africa. For example, the Solar Electric Light Fund facilitates solar electrification by offering solar pumping technology to agricultural villages, enabling reliable irrigation to water and fertilize crops. While the short-term need in Somalia is desperate, long-term solutions such as solar-powered drip irrigation will prevent the same from happening again.

Targeted financing needed to expand energy access in developing world
by Daniel Kammen via The UC Berkeley Blog

The UN Secretary General has designated 2012 the “International Year of Sustainable Energy for All” in an effort to keep pace with the UN’s Millennium Development Goals and eliminate energy poverty. The World Bank also considers energy access a key strategy to eliminating global poverty. A variety of tools are employed to meet these goals, like battery subscriptions, progressively purchased solar home systems, or solar-powered energy storage systems. No matter what tool is used to electrify the electrified, funding is required to research and develop these innovations. A new paper, “Informing the Financing of Universal Energy Access:  An Assessment of Current Flow” delivers an assessment of appropriate and effective policies to reduce energy poverty. The solution to eliminating energy poverty, thereby serving basic human needs and contributing to global economic health requires targeted financing in impacting and affordable innovations.

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Weekly Review June 13-17

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Every week at ID we read articles about what we do and what we like. This week we read a lot about innovation in energy.
Rogers received the Prize for his work in technology contributing to human health and, related to our investment focus, the commercialization and increased scalability of photovoltaic solar power. Rogers has worked in photovoltaic solar, converting solar light to electricity. Rogers co-founded Semprius, a company that develops low cost, high performance “CPV modules to make solar power generation economically viable in sunny, dry climates.” Through a partnership with Siemens, Rogers scaled his system to make power affordable and economical in sunny areas, ideal for use in emerging markets throughout Africa and South America.
The Western Cape of Africa holds a promising future in clean energy. Last year, the Western Cape Environment Minister “received applications for installation of over 11,000 Megawatts (MV) of wind energy generation capacity.” Unfortunately, these privately-funded, market-driven initiatives face many delays due to the unnecessary bureaucratic delays and obstacles. The national energy policy has been topic of political discussion for many years, due to the massive economic and social costs that the poor energy system is imposing on South African citizens.  New government policies encouraging energy diversity, like finalized versions of the Integrated Resource Plans (IRPs), would open the door to market-driven energy solutions and improve the South African economy at all levels.
d.light’s newest solar lantern is available for only USD$8, offering an excellent alternative to typical kerosene lamps. The S1 lantern is healthier, more energy efficient, and more affordable than kerosene. A day’s charge in the sun provides four hours of bright light after dark, adding precious hours of lighting in the homes of millions across Asia, Africa, and South America. Consider the effect of the added hours of safe light for a student. A student can now study at night after their daytime duties are completed. This increased productivity will allow for more hours of studying and a better performance in the classroom, all thanks to innovative technology in solar energy.
image via ViewChange and NextBillion
NextBillion featured a video on its blog from ViewChange that produces educational and inspirational videos from the developing world. The featured video demonstrates an innovative solution for charging mobile phones in rural, where much of the country lives in energy poverty. Inventor Pascal Katana has created a way to charge phones using energy generated from a bicycle with an easy-to-use smart charger. The charger “costs about 350 Kenyan shillings, which is about USD$4.” Visit the link to watch the video.
According to the evWind blog, the Infrastructure Development Company is funding 993,000 Bangladeshi residential solar units, totally 5 million for the country. The IDC is aiming to power 2.5 Bangladeshi homes by 2014, far exceeding the number in the US. 

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