how ict will help deliver esb\'s sustainability strategy, padraig mcmanus, ceo esb
DESCRIPTION
This is Padraig McManus\'s presentation at the it@cork Green IT - Reduce CO2, Raise Profits Conference on November 26, 2008 in Cork, Ireland.TRANSCRIPT
Green ICT
Padraig McManus
ESB - Chief Executive
Contents – Green ICT in ESB
• The Green Agenda
• ESB Strategy – Business Strategy– Role of Green ICT
• Vision for a Sustainable Future
The Green Agenda
c. 70 Million Tonnes CO2
TRANSPORT SECTORc. 13mT
ESRI “increase to 20 mT by 2020”
ENERGY SECTORc. 16mT
Majority of this is ESB
c. 63m T Kyoto Target RESIDENTIAL SECTOR
c. 7mT
ICT
2% of all emissionsare related to ICT – same as Aviation
1.5m Phones scrapped every day
0.5m PCsscrapped every day
Ireland by Sector
What is ESB doing about Climate Change ?
What will ICT contribute to it ?
By 2020 [ EU Targets ]
-20% reduction in Energy Usage
-20% increase in Renewables
-20% reduction in CO2 emissions
ESB Strategy
ESB Strategy - 2 Sides
€
Net Zero Carbon Producer by 2035
Wave & Tidal Generation
Clean Coal Technology
2000MW Wind
RDD
Smart Meter Project
OUT
Director of Sustainability
Exemplary in Our Own Use of Energy
Own Behaviour
Use technology to change behaviours
Demand Management
NI
Green ICT in ESB Strategy
1. Address the 2% Issue
• by doing ICT Business better
2. Address the 98% Issue
• by helping ESB do its Business Better
Smart Metering
two example initiatives
Cúl Green
Many Initiatives Benchmark / e-billing / green champions
low energy servers / data centre review
procurement standards / share point
Multi function Print / night watchman
Desktop thin client / video conference
Cúl Green
• Joint initiative with GAA
• Reduce CO2 Footprint at Croke Park
• Cúl Green Web Site– Pledge Reductions
http://www.culgreen.ie/
Smart MeteringMeter Data
Management
(ESB)
Meters
Management Systems
(Industry Players)
CustomerInformation / Billing
(ESB)
HAN
HAN
Concentrators
OBJECTIVE : CHANGE CONSUMPTION BEHAVIOUR – Reduce CO2
…linking People, Behaviours andTechnologies to Network Operations
Smart Metering to Smart Networks – a Vision of the Future ?
Typical Electricity Demand
0
2,000
4,000
6,000
8,000
10,000
1 3 5 7 9 11 13 15 17 19 21 23
MW
time
Generation Scheduled to follow
Actual Demand
Electric Vehicles Charge Overnight
0
2,000
4,000
6,000
8,000
10,000
1 3 5 7 9 11 13 15 17 19 21 23
MW
Customers Respond by Switching Out Demand
0
2,000
4,000
6,000
8,000
1 3 5 7 9 11 13 15 17 19 21 23
MW
• Fundamental Change in Electricity System Operation, enabled by
• SMART Metering and SMART Networks
• Electric Vehicles - Energy Storage
• Potential for Profound Change to CO2 Agenda
• Energy Sector and Residential Sector [ Electricity Production and Usage ]
• Transport Sector
CURRENT FUTURE
GENERATION despatched to meet DEMAND
DEMAND despatched to meet GENERATION
Transformation – 20 Years ?
Future is Electric
ICT at the Heart of that Future