Enhancing Worker Digital Experience: A Hands-on Workshop for Partners
Smart Energy: SEO-Optimized Title for Smart Energy Document
1. Smart Energy
Kenny Huang, Ph.D. 黃勝雄博士
Executive Council Member, APNIC
Member, Board of Directors, Mind Extension
huangksh@gmail.com
2. Smart Grid History
2
Begins with the 2003 Northeast
Blackout
Concept expanded with the
2007 Energy Independence and
Security Act
Source : complex.com, 2012
Energy Independence and Security Act 2007
Title I: Energy Security through improved vehicle fuel economy
Title II: Energy Security through increased production of Biofuels
Title XI: Energy Transportation and infrastructure
Title XII: Small Business Energy Programs
Title XIII: Smart Grid
3. Traditional Electric Utilities
3
Energy flows one way to customers
Simple interactions and little information flows
Source : boundless (n.d.)
4. Electric Utilities with Smart Grid
4
Solar power
Wind power
Power
storage
Smart building
Smart house
Control centre
Hospital
Source : Dr. Kenny Huang
5. Energy Demand and Price
5
Source : Energy Information Administration, 2012
US: Energy brokers can serve residential, commercial and government entities that reside in
energy deregulated states.
UK: The entire market is deregulated.
6. Wind Energy in Denmark
6
2008 2020
Source : ECO-Grid EU – Developing the Prototype of the European Smart Grid, 2011
7. How Do We Store Energy
7
US (MW) Worldwide (MW)
PSH : pumped-storage hydroelectricity 23,000 110,000
CAES : Compressed air energy storage 110 477
Batteries 40 300
Others 5 10
Source : Dr. Ali Nourai; Energy Storage Association (n.d.)
Source : Wikipedia (n.d.)
8. US Refrigerator Energy Use
8
Source : The Art of Energy Efficiency: Annual Review of Energy and the Environment. 1999
9. US Electricity Saving in Use of Energy-Saving Refrigerators
9
Source : The Art of Energy Efficiency: Annual Review of Energy and the Environment. 1999
10. Smart Lighting
10
Lighting accounts for 30% energy use in US office building
Source : Advanced Power & Energy, UC Irvine, 2007
Potential for lighting management
Energy savings
Up to 25-60% potential savings with energy efficient lighting
management technologies
Personal lighting preference and satisfaction
Lighting satisfaction correlated to productivity
Diverse among individuals
11. CO2 Emissions Goals
11
Source : https://scripps.ucsd.edu/programs/keelingcurve/,
Dec 22 2015
Paris 2015 Talks
Source : dailymail.co.uk, Dec 28 2015
Goal of Global carbon dioxide emissions:
Preventing temperatures rising by more than 2C above pre-industrial levels.
12. CO2 Emissions Effort
12
Global carbon dioxide emissions have fallen by 3% in 2014 and 2015
Source : dailymail.co.uk, Dec 28 2015
13. Increase Regulation
13
Source : eia.gov
EPA’s Clean Power Plan
Mandates states to reduce emissions from power generation
Will accelerate retirement of dirty generation assets, especially coal
EIA projects 90 GW of coal retirements from 2014-2040 in US
Generation must be made up by renewables
15. Microgrids Opportunities
15
Microgrids provide multiple
benefits
Resiliency
Emergency refuge
Energy cost reductions
Reduced environmental impacts
States are increasingly pushing
microgrid development
Led by NY, NJ, MA, IL, CA and
others
Huge opportunities for novel
strategies to take advance state’s
goalsNY Prize First Stage Winners
Source : districtenergy.org
16. IoT Technologies for Smart Grids
• Pros:
– IoT grids allow energy distribution to be managed in real
time based on immediate data rather than historic
patterns of energy use (Predictive Maintenance)
– IoT grids and smart meters open the door to energy
services and payment tariffs that could dramatically reduce
business energy costs
– Remote/scheduled control electric appliances utilize the
value of automation.
– Consumption data provide great insight
• Cons:
– Market re-structure make technological change difficult
– smart grids/devices could lead to more security breaches
in the future
16
21. Taiwan Power Grids and Sources of Energy
21
Source : Taiwan Power Company, 2015
22. TPC Advanced Metering Infrastructure Project
22
Existing mechanical meter units : 12 Million Units
23. Power Consumption Data
23
Source : AGL Energy, 2015
Data Interval : 48 consumption values per day => data rate < 0.6 bps
Account Number
NMI
Device Number
Device Type
Register Code
Rate Type Description
Start Date
End Date
Profile Read Value
Register Read Value
Quality Flag
4
12
6
10
8
10
8
12
4
1
1
attribute length
Total length=76 bytes/interval
reserved payload
up to 1000 bits
24. Smart Meter Data Traffic Scenario
24
Smart Meter
Penetration
Smart Meter
Installed Units
Total Data Traffic % of TW Mobile
*20% 2,400,000 1.44Mbps *7.9%
40% 4,800,000 2.88Mbps 15.8%
60% 7,200,000 4.32Mbps 23.7%
80% 9,600,000 5.76Mbps 31.6%
100% 12,000,000 7.2Mbps 39.5%
Large scale of smart meter network delivers tiny data traffic. Can the upfront
cost of an IoT network be justified by the value of data delivery?
DECC puts the cost per household of installing smart meters at £214.50.
British Gas saving per household stands at just £26 per year.(Telegraph, Nov 5 2015)
The architecture of smart meter infrastructure remains ambiguous. Such as
quality of service; demarcation point; ownership of recurring cost.., etc.
Smart meter data traffic has no impact on mobile operator’s network, but the
installed base will consume a considerable amount of resources of SGW.
No incentive to the monopolistic electricity supplier.
*most likely scenarioSource : Dr. Kenny Huang
25. Causal Analysis : Thinking Out of The Box
25
Monopoly Electricity
Market
*Deregulation
Legislative Requirements
Competition and
Innovations
Renewable Energy and
Smart Infrastructure
Monopoly Electricity
Market
Renewable Energy and
Smart Infrastructure
Monopoly market hasn’t
been evolved by itself