To reduce CO2 emissions, consumers and utilities increasingly use renewable power sources, such as solar, wind, and biomass. But utilities face the challenge of maintaining stability of supply from weather-dependent and diverse generation sources. In the RESERVE project will develop and field test new techniques that can enable a stable supply of purely renewable resources.
The RESERVE project will develop and field test new techniques that can enable a stable supply of purely renewable resources.
RESERVE brings together a balanced network of industrial partners, renowed universities and three SMe's. The partners are regionally distributed over 4 European countries.
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28 March 2018
2nd Migrate Stakeholder Workshop
RESERVE will be represented by Prof. Monti, RWTH Aachen
15-16 May 2018
RESERVE host a stand tothether with SUCCESS
4-8 June 2018
RESERVE at the Networking Village EUSEW 2018
Deliveriable D1.1 Scenarios & architectures for 100% RES and roles of sector actors
This deliverable provides an approach for designing energy scenarios characterized by up to 100% of RES penetration in the electricity generation. Considering as starting point the foreseen scenarios for the evolution of energy systems worldwide, we discuss the technical challenges in terms of operation of power systems under high share of RES and the contribution from ICT technology. Using a multidimensional framework we identify 7 different scenarios, which are related to the two main research questions of the project (frequency and voltage stability) and to the two selected use cases (Romania and Ireland contexts).
TRIAL - Ireland
The objective of the trial is to test new techniques for Voltageand system Stability by Design using SERVO.
TRIAL - Romania
In future, assuming a 100 % RES scenario, frequency will have to be managed in a completely different way and is one of the topics of investigation of RESERVE. A new frequency measurement and assessment technology will be demonstrated in a laboratory testing environement.