Prof Richard Green2018-02-BIEE-modelling-Helm-for-web1.pdf 448.84 KB
In principle energy system modelling seems to be potentially an important tool to support thinking about decarbonisation strategy, but in some ways it seems to have relatively limited influence on policy making.Scott Milne of the Energy Technologies Institute (ETI), who led the creation of ETI scenarios for UK decarbonisation, presented the ETI’s approach to ‘whole energy system’ modelling; building and communicating scenarios; some distinctive emerging insights; and its potential to inform thinking about energy strategy and policy.whole-systems-energy-modelling-scott-milne-eti.pdf 1.31 MB
Matthew Bell , CEO, The Committee on Climate ChangeClimate-change-action-to-2030-and-beyond-Matthew-Bell.pdf 910.18 KB
Marcus Stewart , Energy Supply Manager, National GridFuture-scenarios-Ngrid-Stewart.pdf 927.21 KB
David Kennedy, CEO , The Committee on Climate Change .
One of the major challenges for offshore wind, and renewable energy technologies more generally, is the extent to which they can compete with other forms of energy on cost. DECC’s 2011 Roadmap outlines an ambition for 11-18GW of offshore wind operational by 2020, but makes the achievement of 18GW conditional on a reduction in the cost of offshore wind to £100/MWh by 2020. In June 2012, The Crown Estate published a report demonstrating pathways which can reduce the levelised cost of offshore wind energy. Four cost reduction pathways were developed, through extensive consultation with industry; which combine improvements in technology, improvements in the supply chain, and reductions in the cost of finance. The pathways show that, provided a number of government and industry pre-requisites are met in the next few years, it is possible to reduce the levelised cost of offshore wind energy to around £100/MWh by 2020. Following the publication of The Crown Estate’s study, and the accompanying report by the Cost Reduction Taskforce, DECC has established an Offshore Wind Programme Board to take forward the cost reduction challenge.Offshore-Wind-Cost-Reduction.pdf 1.96 MB
Dr. Fatih Birol, IEA March Global challenges and trends in energy use, supply and carbon emissions are outlined. Headline trends include; decreasing global energy efficiency, increased spending on energy imports in the EU and a significant increase in global demand to 2035. Economic concerns have diverted attention from energy policy and limited the means of intervention. Emerging economies continue to drive global energy demand, with the Middle East and North Africa meeting most of oil demand growth to 2035. Coal was the most significant fuel from 2000-10 but a golden age for (unconventional) gas is predicted to 2035. In 2010 global fossil fuel subsidies were $409 billion and renewable energy subsidies were $66 billion. Energy poverty is widespread with 1.3 billion people with no access to electricity and 2.7 billion with no access to clean cooking facilities. Delivering modern energy for all would have significant health benefits and a positive impact on energy security and carbon emissions. Action to reduce global carbon emissions is increasingly urgent with high carbon lock in possible by 2017. There is an urgent need for Read more…Energy Challenges of Our Time - 2012.pdf 845.28 KB