Address the surging energy demand
On August 25, 2023, Karnataka clocked the highest-ever peak demand for energy at 16,950 MW. This unusual surge (the state normally experiences peak demand in the summer months) was driven by factors such as escalated energy consumption due to the provision of free power up to 200 units/month to domestic consumers, poor rainfall leading to increased energy consumption by farmers, and heightened commercial and industrial activities within the state.
Group Head (Technology Watch Group)
The Group Head will be responsible for the overall direction and success of the team, ensuring we produce high-quality research and analysis that drives meaningful impact.
About Technology Watch Group
Senior Analyst
The Senior Analyst will be a part of the Hydrogen team, which is involved in evaluating technologies and influencing policy landscape towards the proliferation of a hydrogen ecosystem in India, contributing to India’s clean energy goal. For this role, we are seeking a highly motivated individual with a background in engineering and a sound understanding of engineering processes (unit operations). The candidate is expected to have exposure to financial modelling, especially within the realm of clean energy.
Breathing in Bengaluru: Silent Killer on Wheels
Public health is a fundamental pillar of society, with inextricable links to a country’s economic growth. For a service-, agriculture-, and manufacturing-driven economy like India with a population of over 140 crore, citizen welfare directly influences labour force participation and productivity.
Collaborative Approach: Leveraging regional alliances for green energy growth
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Multi-season mobile monitoring campaign of on-road air pollution in Bengaluru, India
Mobile monitoring can supplement regulatory measurements, particularly in low-income countries where stationary monitoring is sparse. Here, we report results from a ~ year-long mobile monitoring campaign of on-road concentrations of black carbon (BC), ultrafine particles (UFP), and carbon dioxide (CO2) in Bengaluru, India. The study route included 150 unique kms (average: ~22 repeat measurements per monitored road segment).