Energy Integration & Storage

DigiWind  |  TUS
Starts: 01/11/2025  |  12 Weeks
Hybrid Lectures

The module reviews the concepts of Energy Integration and storage. Including: Electric power grid overview: Architecture – traditional, smart grid and decentralised. Operational characteristics of generators: Traditional and renewable, technical limitations. Balance of demand and supply: synchronous and non-synchronous generation, frequency response, ROCOF, ancillary services, ramp rate. Electricity fuel mix: Historical trends and future targets, Wind dispatch-down – curtailment & constraint, SEAI & Eirgrid reports. Demand side management: Large industry & plant, data centres, domestic – heating & EV. Grid interconnection, Requirements for energy storage. Characteristics and performance of energy storage systems: Operational and technical characteristics; Economic and environmental characteristics; Applications and end users.

Goals

The aim of this module is to develop the Learner’s knowledge and understanding of the barriers, challenges and solutions related to the optimum integration of renewable generation into the national grid. On completion of this module the learner will/should be able to; 1. Discuss the barriers and challenges to the integration of renewable energy sources on the national grid. 2. Compare the operational characteristics and performance of electrical-energy generation systems from traditional sources versus renewable sources. 3. Analyse the role of demand side management, grid interconnection & energy storage in light of the intermittent and nondispatchable nature of renewable electricity sources. 4. Explain the operation of a range of energy storage systems and appraise their technical characteristics and limitations. 5. Evaluate the technical impacts of strategies to increase integration of renewable energy sources.
Instructors
Ger O’Farrell, Dept of Electrical & Electronic Engineering, TUS
Requirements
Knowledge of renewable energy systems. Minimum Bachelor Degree and english language competence (equivalent to IELTS6.5)
Notes
This 5 ECTS Module (Irish NFQ Level 9) is a constituent module of the TUS MSc in Electrical Power Systems.

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