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.

The study aims to contribute towards creating an ecosystem of CDW recycling in Bengaluru (formerly Bangalore). The analysis explores the status and future outlook of CDW generation and disposal in the city through a combination of literature review, site visits and primary surveys. It reviews the policy landscape and regulations around CDW management and disposal formulated by the municipal authorities.

The cumulative number of households waiting for power supply is close to 4 crore. Majority of electrified villages have huge demand-supply gap and access to power is unreliable or of low quality. In many rural areas, electricity is barely available for economic use and development. Grid-tied renewable powered mini-grids can help improve reliability and augment supply to the central grid effectively.

Rooftop photovoltaic (RTPV) systems are intended to contribute 40 GW of India's 100 GW solar target. While the uptake of utility-scale solar PV systems is progressing at a steady pace, their RTPV counterparts are witnessing a slow uptake. The sluggish growth can be attributed to a lack of economies of scale, absence of accurate potential assessment, and complexity in procedures.