panels, extreme rainfall and Detailed site-specific variables for drought impacts on modelling identification and systems) mitigation of Investigation of specific physical phenomena (e.g. ice accretion, Historical datasets and environmental impacts, Identify relevant analyses of extreme e.g. on human health ice plus wind loading on transmission lines) environmental events and safety and wildlife impacts, e.g. air quality and human health, wind Projections of potential Air quality and gas Downscaling of climate change turbines and wildlife relevant emission database (e.g. projections; linkages between meteorological/climate carbon-based gases seasonal predictions and climate change projections Provide sound statistics on trends and changes from shale gas the impacts of weather and extractions) Development of new climate on energy systems Return periods, and discuss assumptions probabilities of Database on impact of parameterizations for occurrence, exceedance above effects on health resolution numerical models in Provide statistics on thresholds of relevant (link to Health order to integrate energy the impacts of energy extreme events Exemplar) and other features (e.g., wind turbines, albedo of solar plants) systems on the externalities (e.g. water environment and discuss Support for national and quality) Research into climate-related assumptions international codes, standards, etc.. Database on environmental impacts Discuss climate support for weather/climate risks to associated with specific energy national and international Climate change guidance hydro-electricity installations and technologies, standards, codes, for long term decisions facilities, solar panel e.g. particulate and gas emissions and their relationship guidelines and assets risks to buildings, energy transport risks to meteorological conditions Update standards, codes, Relevant data for to communities, etc. etc. taking into account decision-support on Links between more efficient tailored, up-to-date climate established relationships energy systems and GHG information between energy systems mitigation strategies, climate and air quality, gas change impacts Engage with civil society by emissions, wildlife and providing assessments of other environmental Identification of “win-win” scientifically validated factors energy systems supporting GHG energy system impacts mitigation, climate adaptation, Prediction of air quality development and poverty alleviation Elicit stakeholders' input on and gas dispersion in the suggested additional
panels, extreme rainfall and drought impacts on systems) Identify relevant environmental impacts, e.g. air quality and human health, wind turbines and wildlife Provide sound statistics on the impacts of weather and climate on energy systems and discuss assumptions Provide statistics on the impacts of energy systems on the environment and discuss assumptions Discuss climate support for national and international standards, codes, guidelines Update standards, codes, etc. taking into account tailored, up-to-date climate information Engage with civil society by providing assessments of scientifically validated energy system impacts Elicit stakeholders' input on suggested additional Detailed site-specific modelling Historical datasets and analyses of extreme events Projections of potential relevant meteorological/climate trends and changes Return periods, probabilities of occurrence, exceedance thresholds of relevant extreme events Support for national and international codes, standards, etc.. Climate change guidance for long term decisions and assets Relevant data for decision-support on established relationships between energy systems and air quality, gas emissions, wildlife and other environmental factors Prediction of air quality and gas dispersion in the variables for identification and mitigation of environmental impacts, e.g. on human health and safety and wildlife Air quality and gas emission database (e.g. carbon-based gases from shale gas extractions) Database on impact of above effects on health (link to Health Exemplar) and other externalities (e.g. water quality) Database on weather/climate risks to hydro-electricity facilities, solar panel risks to buildings, energy transport risks to communities, etc. Investigation of specific physical phenomena (e.g. ice accretion, ice plus wind loading on transmission lines) Downscaling of climate change projections; linkages between seasonal predictions and climate change projections Development of new parameterizations for numerical models in order to integrate energy features (e.g., wind turbines, albedo of solar plants) Research into climate-related environmental impacts associated with specific energy installations and technologies, e.g. particulate and gas emissions and their relationship to meteorological conditions Links between more efficient energy systems and GHG mitigation strategies, climate change impacts Identification of “win-win” energy systems supporting GHG mitigation, climate adaptation, development and poverty alleviation resolution
2016.09.19%20IBCS-MC4-DOC%205.3%20ENERGY%20EXEMPLAR-draft1_en-1.docx