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Adaptation of energy demand
The option focuses on the reduction of energy demand by increasing energy efficiency by the end-users. As well as shifting energy load to off-peak periods, demand-response programs, deployment of efficiency practices in private environment or manufacturing industries e.g. via design standards, awareness raising or capacity building.
Data source Author Country Climate risks considered Methodological approach
Adaptation of California's Electricity Sector to Climate Change Vine, E. California Increased storminess, Heatwave, Flooding, Water scarcity & droughts

Assessmen of public information programs, Real-time pricing and improved forecastings

An assesment of the economic impacts of climate change on the energy sector in Trinidad and Tobago ECLAC Trinidad and Tobago Heatwave

Cost-benefit analysis of climate change adaptation options for the energy sector in Trinidad and Tobago including energy efficiency measures, such as light bubls, diodes, solar water heaters

Climate change and energy Beecher, J. and Kalmbach, J. USA Sea level rise, Flooding, Increased storminess, Heatwave, Water scarcity & droughts

Assessment of demand-side policies: reducing energy load through end-use efficiency (load reduction) as well as shifting load to off-peak periods for more efficient utilization of power plant capacity; real-time prices and demand-response programs; accelerate development and deployment of efficiency practices; National standards for appliance and fixture efficiency.   

Shaping climate-resilient development. A framework for decision making ECA Tanzania Heatwave, Flooding, Water scarcity & droughts

Cost-benefit analysis of improved energy efficiency in manufacturing industry