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This project focuses on energy management at University College Dublin, addressing issues of security of supply, cost competitiveness, and environmental sustainability. With a comprehensive approach covering energy consumption, electricity sources, CHP systems, district heating, and demand-side management, the program aims to reduce energy usage and emissions. The implementation of web-based monitoring, training, and awareness campaigns has shown significant energy savings and CO2 reductions. The project also involves energy monitoring applications to control heating, ventilation, lighting, water, and alarms. Through ongoing initiatives, stakeholder engagement, research, and sustainable design inputs, UCD is committed to enhancing energy efficiency and environmental responsibility in its infrastructure.
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University College Dublin • Biggest 3rd Level Institution in Ireland • 22,000 Students • Main Centre at Belfield 123 hectares • 60 Buildings, 300,000m2 floor area
Energy Issues • Security of Supply • Cost/Competitiveness • The Environment / Climate Change
Belfield Energy • Energy Consumption 60m kWh • Energy Cost €5.5m
Belfield Electricity • 30% of Electricity from CHP • Remainder Imported from Grid • Supplier: Airtricity to Dec 09. Energia from Jan 2010
Belfield CHP • 2 No. Gas Engines/2 MW Electrical Output • Heat Supplied at no charge • Owned and Operated by Dalkia
Belfield Heat • District Heating system • Local Gas Boilers
Combustion Emissions (tonnes CO2) • CHP: 5053 • Boilers 4510 • Import Elec 5730 Total 15293
Demand Side Management • Efficiency First • Structured Programme • Web-based Monitoring & Targeting
e3 Bureau – Ph1 • UCD, DIT, TCD, DCU • SEI Funding 50% • Target • 10% reduction in consumption • 3 year programme, commencing 2004 • 30 buildings (7 UCD) • Web based monitoring and targeting
Communicating the message: Training & Awareness • Posters • Switch off stickers • Calling post-its • Focus group presentations • SEI Events • Website www.e3.ie
e3 Ph 1 Results for UCD • 12% energy saving • Savings > €132700 • 1490 tonnes CO2
e3 Bureau Phase 2 • 62 Buildings (11 UCD) • 10% target for Ph 2 Buildings • Maintain Performance in Ph 1 Buildings
UCD Saving €1.25m CO2 aving 5048 tonnes Overall Saving 4.2m CO2 Saving 16600 tonnes e3 Ph 2 Results
Cylon BMS Applications • HVAC Time and Temperature Control • Ventilation Occupancy/CO2 Control • Lighting Control – occupancy & daylight • Water Management • Alarm Handling • Diagnostics/Fault Finding • Energy Monitoring
Energy Policy & Strategy 2008-2012 proposes • Ongoing Demand Side and Supply Side Measures • Increased Stakeholder participation • Students and Staff • Teaching and Learning • Research – (funding conditionality ) • Policy Makers Design Input to new Build and Refurbishments
Questions? Thank You!