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Efficiency & Resiliency NAESCO November 1, 2018
Efficiency & Resiliency
NAESCO
November 1, 2018
With an integrated team operating in more than
150 countries, AECOM works to positively impact lives,
transform communities and make the world a better place.
Energy and Resilience Opportunity
45 million Streetlights need retrofits
$25 billion by 2025 for energy efficiency
$20 billion For grid modernization
Transition to
clean energy
Digital and
distributed grid
Individualized
customer
services
Three Key Trends that Create Opportunity
July 17, 2018 Detroit Smart City Strategy Plan Page 4
Lessons Learned ComEd Bronzeville Community of the Future Chicago, IL
Lessons Learned ComEd Bronzeville Community of the Future Chicago, IL
Lessons Learned Navy Energy Security & Readiness Scorecard
Reliability
Resiliency
Efficiency
Reliability is the
capability of energy
systems to deliver
energy within
acceptable regulatory
standards and quality.
Resiliency is the ability
of energy systems to
anticipate, resist,
absorb, respond, adapt,
and recover from a
disturbance.
Efficiency reduces the
amount of energy
needed, enabling
operational, capital and
O&M savings, and
eliminates inefficient
and unreliable
infrastructure
Components of the Scorecard
3 Pillars
9 Criteria
23 Metrics
Energy
Security &
Readiness
10 Sub-
metrics
July 17, 2018 Detroit Smart City Strategy Plan Page 8
Lessons Learned Boston Smart Utilities Vision Boston, MA
Katrina
Lessons Learned Boston Smart Utilities Vision Boston, MA
5 Smart Utility Technologies (SUTs) are part of Article 80 development review
Each SUT is the result of an engineering and/or policy recommendation to:
–Promote utilities that are easier to build, maintain and upgrade
–Reduce utility cost burden for residents and businesses
–Harden infrastructure against flooding and heat waves
–Attract businesses through world-class utility services
–Integrate cutting edge technologies for innovation
Lessons Learned Energy Assurance Microgrid, Berkeley, CA
Utilizing solar power and
energy storage across
multiple facilities regulating
energy supply and forming an
“island” to provide clean
backup power for critical
buildings in the event of an
emergency.
