Search Clean Energy Policy Resources by Keyword

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This International Energy Agency's Demand-Side Management (DSM) Programme was charged with studying issues surrounding the integration of energy efficiency, distributed generation, renewable energy resources and energy storage technologies—both locally and globally—to maximize the value of the r

Source: International Energy Agency
Date: January 2008

This 2010 presentation by the Head of Energy Efficiency and Environmental Section of the International Energy Agency describes the linkages between the smart grid and energy efficiency, and outlines the key systems and technologies to maximize efficiency benefits.

Source: Energy Efficiency, Electricity Demand and Smart Grids,
Date: June 2010

This paper examines the results of demand response (DR) implementation throughout the European Union, focusing on the factors that have either aided development of DR or acted as barriers.

Source: Energy
Date: January 2009

This two-year publication series features instances of best practice in clean energy policy in Germany and the United States.

Source: Ecofys, Center for Climate and Energy Solutions (C2ES)
Date: November 2013

This report examines cost reduction and technology improvement trends for a suite of renewable energy generation options, and it illuminates other factors that may influence their deployment through 2025.

Source: Joint Institute for Strategic Energy Analysis (JISEA)
Date: February 2015

This report analyses the nature of variable renewable energy and the resulting challenges associated with integrating variable renewable energy technologies into a power system. It highlights the importance of increased flexibility when integrating high levels of variable renewable energy.

Source: World Bank Energy Sector Management Assistance Program (ESMAP)
Date: February 2015

As distributed energy resource technologies proliferate on the grid, resulting changes to the grid will make it more efficient and reliable, and will provide end users with the opportunity to more proactively use energy and reduce the cost of services.

Source: Det Norkse Veritas (DNV)
Date: January 2013

This working paper analyses the evolution of peak load demand to 2050 in four key regions: Organisation for Economic Co-operation and Development (OECD) Europe, OECD North America, OECD Pacific and China.

Source: International Energy Agency
Date: January 2011

This report examines how Smart Grid deployment will effect utilities, equipment and service providers, and policymakers, and goes on to suggest how each group should respond to the immense challenges and yet great opportunities that Smart Grid brings to the electric grid system.

Source: McKinsey
Date: June 2010

This video portrays scenarios 2025, when smart grid development has taken varying paths in different parts of the world. It was produced in conjunction with a participatory multimedia game titled "Smart Grid 2025”.

Source: Institute for the Future, IEEE
Date: March 2011