This study is a review of current EU energy policy and its implementation, in order to determine the lessons that can be learned in terms of developing an energy policy that meets the objective of sustainability (i.e. meeting the CO2 reduction targets set in the light of the EU’s Paris commitments) but at the same time delivers on competitiveness (generating competitive prices and creating jobs, fairness (ensuring fair prices for citizens and sharing fairly any burden between citizens across the EU) as well as energy security. In addition, the role of energy technologies has been analysed across different energy scenarios aiming at complying with Paris agreement targets and supported by detailed modelling. Having verified the discrepancies of these energy scenarios in terms of technological decarbonisation potential and needed investments, we provide evidence of the future costs of certain strategic energy technologies towards a cost-effective EU decarbonisation. In particular, we focus on the future costs of renewable electricity and hydrogen technologies. We first analysed the potential future uses of electricity and hydrogen across scenarios and then the assumptions on future costs of these technologies (e.g. levelized costs, technical potential), drawing conclusions on their cost-competitiveness and on the need for further policy support.
This special issue of Network Industries Quarterly is dedicated to the greening of infrastructure assets. Despite the unprecedented challenges brought about by the COVID-19 pandemic, the European Commission has reaffirmed [...]
This deliverable consists of an introduction and two main parts. Each part consists of two sections:Data exchange and interoperability and Demand-side flexibility. The two main topics of this interim deliverable, [...]
The digitalization of the electricity infrastructure is transforming the power industry and enabling its decarbonization and decentralization. In the electricity sector, digitalization is not a novelty but a process that [...]
The assumption that electricity consumers have no alternative but the grid for their electricity needs is currently being challenged by affordable Behind-The-Meter (BTM) technologies such as distributed PV systems and [...]