India is targeting an ambitious GDP growth rate of 8 per cent and for that the power sector needs to grow in tandem.This paper makes an assessment of the potential for capacity addition from various energy sources such as coal,natural gas, hydro, wind and biomass and concludes that these sources will be found wanting in closing the gap between desired growth and business as usual growth. In this background, the recent India-US declaration on cooperation in nuclear power provides an opportunity for accelerated growth.

Crude oil prices recently crossed US$ 75/bbl, fuelling serious concerns whether India’s rapidly expanding economy can sustain a high and growing level of crude imports There are also serious concerns of global warming from burning of fossil fuels .It may be time for India to explore options which can substitute petrol and diesel and are climate-friendly In a series of two articles, we examine a few such technology and policy options Part I focus on options for substituting petrol by ethanol from sugarcane: molasses, sugarcane juice and cellulose (bagasse) Part II analyses options for diesel

Carbon Counting

The Global Energy Landscape and Materials Innovation

The policy note examines the growing need for energy efficient water pumping for agriculture in Karnataka (India's second most water-stricken state).

This Policy Brief speaks about domestic manufacturing of polysilicon in India, given the ambitious solar targets. It will require two main policy incentives to make it competitive with international prices: low interest finance (6%) and cheaper electricity.

The policy note examines the existing status of Waste Heat Recovery (WHR) technology in Karnataka and potential uptake in near future. As the fifth most industrialized Indian state, Karnataka's cement, iron and steel sectors consume 28% of the state's total power (as of 2016) and is expected to be in the same range by 2030 as well.

Localising the gender equality goal through urban planning tools in South Asia

The study aims to develop a methodology to carry out a technical analysis of a solar tower (ST) technology. The proposed rational approach determines the optimum solar field and the associated tower height for an ST using an external cylindrical receiver, using molten salt as both HTF and storage medium operating with steam Rankine power cycle.