Cook stove technology adoption: Evidence from Kenya

Submitted by Jane Nyawira Maina on
EfD Authors:

Policies aimed at enhancing adoption of energy efficient, less polluting fuels, stoves and cooking practices need to be aligned to the realities of household multiple uses of fuels and stoves. In this paper we assess energy ladder model by using large nationwide survey data of 3665 Kenyan households collected in 2009. We show that the energy ladder is still sufficient to explain multiple fuel use and stove, and that the use of ‘fuel or stove staking’ metaphor was unnecessarily.

Energy
Photo by Josh Hild, Pexels

The use of nudges saves electricity

Traditional economics relies on increasing prices to effectively influence behavioral change. There are, however, a variety of psychological tools which can be equally effective in influencing changes…

| Energy | South Africa

The Power of Nudging: Using Feedback, Competition, and Responsibility Assignment to Save Electricity in a Non-residential Setting

Submitted by Michelle Blanc… on
EfD Authors:

Can behavioural interventions achieve energy savings in non-residential settings where users do not face the financial consequences of their behaviour? Our paper addresses this question by using high-frequency data, leveraging social comparison and responsibility assignment in a large provincial government office building with 24 floors, a total of 1008 occupants. Floors were divided into two treatments arms and a control group.

Energy, Policy Design

There is no economic case for new coal plants in India

Submitted by Ishita Datta on

India is the world’s third-largest emitter of CO2 and coal-fired power plants contribute approximately half of India’s CO2 emissions. Indian government policies assume a significant expansion of coal-fired power in India over the next two decades. This paper compares the costs of coal and renewable power, including  quantifiable domestic external costs, in 2018 as well as projections for 2025. Our estimate for the environmental cost of coal is 2.4 US ¢/KWh (1.64 Rs.KWh) in the financial year 2018–19.

Air Quality, Climate Change, Energy