Energy technology innovation is the key to driving the technological changes that are necessary to meet the challenge of mitigating energy-related greenhouse gas emissions to avoid 'dangerous climate change.' Success in innovation requires the enhancement of public investment in the innovation process, the creation of markets for low-carbon technologies through stronger climate policies, and a continued focus on energy access and equity.

The 1992 United Nations Framework Convention on Climate Change (UNFCCC) created a 2-tier world. It called upon the developed ("Annex I") countries to "take the lead" in reducing carbon emissions, and, under the principle of "common but differentiated responsibilities," established no time frame for developing countries to follow. However, a consensus is now emerging in favor of low stabilization targets. These targets cannot be achieved without the participation of developing countries, which today emit about half of global CO2 emissions and whose future emissions increase faster than the emissions of industrialized countries under "business as usual" scenarios.

Increased availability of energy, especially electricity, is important for India to help advance economic and human development. Coal, which currently accounts for more than 50% of total primary commercial energy supply in the country and for about 70% of total electricity generation, is likely to remain a key energy source for India for at least the next 30–40 years. Thus, sustainable development of the Indian coal sector is necessary to ensure the ability to sustain the increased production of coal in the country and to do so in an environmentally and socially sustainable manner.

Given coal's large contribution to India's emissions, it is important to explore options for reducing emissions from the Indian coal power sector. Even as India awaits stronger action by industrialized countries, several no-regrets options can still be instituted to position the Indian coal-power sector appropriately for an eventual deeper carbon mitigation strategy: (a) improve efficiency of generation, transmission and distribution, and end-use systems; (b) aggressively deploy higher-efficiency coal combustion technologies; (c) develop a strategic plan for technology innovation; (d) improve environmental regulations to keep open economic carbon capture options; and (e) invest in detailed geological assessment of carbon storage sites.

The domestic and international steps outlined in this paper could greatly advance the development and implementation of a GHG-mitigation strategy in the Indian coal-power sector, while allowing the sector to contribute suitably to the country’s energy needs. The key to success will be adopting a deliberate approach, with short- and long-term perspectives in mind, that allows for the development of an integrated energy and climate policy.

This paper explores strategies for addressing CO2 emissions from using coal to provide electricity in India.

The speakers presented a new framework for allocation of a global carbon reduction target among nations, in which "common but differentiated responsibilities" refers to the emissions of individuals, rather than of nations.

In this talk, Chikkatur presents India's and China's key energy challenges, challenges specific to the electricity and coal sectors, an overview of coal resources and reserves, and current and future coal technologies. Finally, Chikkatur suggests some key takeaways from his research.

In this talk, Chikkatur provides some background on Indian coal-power, dives into India's current emissions and regulations, its key policy issues, and finally he proposes a way forward for meeting the many challenges associated with India's coal.

ETIP's Ananth Chikkatur and Princeton's Shoibal Chakravarty write in India's Economic & Political Weekly about that need for a government-supported statutory energy modeling institution - the Bureau of Energy Information and Analysis - that can develop in-house modeling and analysis capacity for India.