Berkeley Lab Foundation
For The International Energy Analysis Department Program On Clean Energy In India And China
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Amount$1,500,000
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Program
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Date Awarded9/27/2019
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Term24.0 Months
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Type of SupportGeneral Support/Program
Overview
This grant will support the India and China programs of the International Energy Analysis Department at the Lawrence Berkeley National Laboratory. In India, the Lab will advance transport electrification and clean-power deployment through the provision of scientific analysis, executive training, and technical assistance. In China, the Lab will assess decarbonization pathways in power and end-use sectors.
About the Grantee
Grantee Website
www.berkeleylabfoundation.org
Address
1111 Franklin Street, 7th Floor, Oakland, CA, 94607, United States
Grants to this Grantee
for improving the China Energy Program's communications and outreach strategies
Lawrence Berkeley National Laboratory (Berkeley Lab) was established over 85 years ago to bring science solutions to the world through research based on the interdisciplinary “team science” approach. This grant aims to support the LBNL in fundraising and effective communication to bridge science with policy in the global context.
for the India Energy program
This grant will support the nonpartisan research and analyses of India Energy Program at the Lawrence Berkeley National Laboratory. The research will help to establish a pathway for achieving Prime Minister Narendra Modi’s goal of energy independence by 2047, using clean technologies. In order to achieve this, for the next two years the program will focus on supporting the implementation of a 500 GW renewable energy target in the power sector, and assisting in the establishment of sector-specific targets and strategies for industry and transport. (Substrategy: India National Policy)
for the China Energy Program’s communications capacity building and strategic outreach
This grant will support LBNL's China Energy Group to better incorporate the Berkeley Lab IDEA principles into its external communications, thereby significantly enhancing the reach and impact of its scientific research.
