3. 2
Grid Edge Innovation Summit 2020 woodmac.com
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4. 3
Grid Edge Innovation Summit 2020 woodmac.com
/ The Promise of Smart Technologies
Today’s Breakout Sessions
2_Day3Closing
2:45pm – 3:15pm EST
Hosted by:
/ Building the Utility of the Future
4:50pm – 5:20pm EST
Hosted by:
5. 4
Grid Edge Innovation Summit 2020 woodmac.com
// December 10th
Upcoming Virtual Event
Expanding Corporate
Adoption of Renewables
6. 5
Grid Edge Innovation Summit 2020 woodmac.com
WoodMac Research Spotlight:
Transportation and Building Electrification
Fei Wang
#gridedge
Wood Mackenzie
Research Manager
Wood Mackenzie
Principal Analyst,
Transportation Electrification
Ram
Chandrasekaran
7. 6
Grid Edge Innovation Summit 2020 woodmac.com
woodmac.comTrusted Intelligence woodmac.com
Fei Wang and Ram Chandrasekaran
Transportation and Building Electrification
Grid Edge Innovation Summit 2020
8. 7
Grid Edge Innovation Summit 2020 woodmac.com
Shares of emissions from “buildings and cars” increase over time
A decarbonizing power sector makes electrification an effective tool to reduce emissions in other sectors
U.S. greenhouse gas emissions by economic sector
Source: United States Environmental Protection Agency (EPA), Greenhouse Gas Inventory Data Explorer
27% 26% 27% 28%
33% 33% 29% 27%
20% 20% 22% 22%
9% 9% 10% 10%
11% 11% 12% 12%
2005 2010 2015 2018
Transportation Electricity generation Industry Agriculture Residential and commercial
9. 8
Grid Edge Innovation Summit 2020 woodmac.com
Almost 60 U.S. utilities announced emission reduction targets since 2019
Utilities with pledges have varied ownership structures
33 utilities with 100% carbon or emissions free electricity, carbon neutral/net-zero carbon and net-zero emissions goals
Source: Wood Mackenzie Grid Edge Service; Smart Electric Power Alliance (SEPA)
Carbon or emissions free electricity:
Focusing on CO2 emissions only or
GHG emissions and not allowing offsets
Carbon neutral or net-zero carbon:
focusing on CO2 emissions only and
allowing offsets
Net-zero emissions: focusing on GHG
emissions (CO2, methane, NOx, etc)
and allowing offsets
10. 9
Grid Edge Innovation Summit 2020 woodmac.com
0
50
100
150
200
250
300
0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1
PoundsofCO2emissionsper1MMBtu
ofheatconsumed
Carbon intensity of power generation (tons of CO2 per MWh)
Natural gas boilers or furnaces Air-source heat pumps
High efficiency levels make heat pumps far less carbon-intensive than gas heating
CO2 emissions from using heat pumps will continue to decrease, as power sector integrates more renewables
Comparison of CO2 emissions from natural gas heating and heat pumps
Source: Wood Mackenzie Grid Edge Service
Average carbon intensity (slightly
higher than an all-natural gas fleet)
of U.S. generation in 2018
Carbon intensity of an all-coal fleet
11. 10
Grid Edge Innovation Summit 2020 woodmac.com
California municipalities with pro-electrification building codes States’ positions on banning gas hookups in new buildings
Source: Sierra Club; Wood Mackenzie Grid Edge Service
Pro- and anti-electrification policies are emerging in more U.S. states in 2020
Tensions between electricity and gas providers will determine all-electric infrastructure readiness for years to come
Includes municipalities that have introduced gas bans
Adopted state legislation to block natural gas bans
Introduced legislation to block natural gas bans
12. 11
Grid Edge Innovation Summit 2020 woodmac.com
Analysis of heat pumps’ impact on load by ISONE Winter and summer peak monthly energy in Massachusetts
Source: Independent System Operator New England (ISONE); Wood Mackenzie Grid Edge Service; Wood Mackenzie North America Power Service
Transmission and distribution planning begins to grapple with electrification
Building electrification will make some regions winter peaking, while bringing more grid-interactive resources
0
200
400
600
800
1,000
1,200
1,400
1,600
1,800
January
July
January
July
January
July
January
July
GWh
ISONE Mass Central ISONE Mass SE ISONE Mass West
2020 2030 2040 2050
13. 12
Grid Edge Innovation Summit 2020 woodmac.com
27% 26% 27% 28%
33% 33% 29% 27%
20% 20% 22% 22%
9% 9% 10% 10%
11% 11% 12% 12%
2005 2010 2015 2018
Transportation Electricity generation
Industry Agriculture
Residential and commercial
U.S. greenhouse gas emissions by economic sector Transportation fuel demand by type
Source: United States Environmental Protection Agency (EPA), Greenhouse Gas Inventory Data Explorer
Shares of emissions from “buildings and cars” increase over time
A decarbonizing power sector makes electrification an effective tool to reduce emissions in other sectors
Road
passenger
transport
49%
Road freight
transport
27%
Shipping
11%
Aviation
13%
14. 13
Grid Edge Innovation Summit 2020 woodmac.com
Adoption of EVs cannot be viewed as deterministic; their end-user differentiation is
non-existent
Climate policy and decarbonization goals are the primary drivers for world wide adoption of EVs
1. Relative advantage
2. Compatibility
3. Complexity
4. Trialability
5. Observability
Real-world adoption curves of select technologies
Source: Caroli.org; Roger’s diffusion theory
15. 14
Grid Edge Innovation Summit 2020 woodmac.com
Regulations
Supply
Demand
EV share of sales in top 3 markets
Source: Wood Mackenzie EV Service
In the short to medium term, adoption will be driven by emissions regulations
Powertrain costs of EVs will be competitive in the medium term, but not cheaper than ICEs until much later
0%
1%
2%
3%
4%
5%
6%
7%
8%
9%
2015 2016 2017 2018 2019 2020 (H1)
EVshare
US China Western EU Countries regulate for cleaner cars from automakers
and the automakers find a way to sell them
16. 15
Grid Edge Innovation Summit 2020 woodmac.com
Source: Wood Mackenzie
Commercial EV adoption has fewer barriers and will be driven by cost rather than
emissions regulations
Issue Retail consumer Commercial fleet
Vehicle use case considered for
purchase
Coverage for 95th percentile use as exact usage varies
day to day
Coverage for standard use case as driving habits are
well known
Range anxiety
Daily miles driven can vary greatly and places without
charging station can be a possible destination
Ability to plan route well in advance and daily miles
driven is well known
Charging infrastructure availability
May not have dedicated parking spot at home/work
with regular access to charging station
Can install dedicated charging station at designated
parking location as well as charging plan
Vehicle time of use
Access at unplanned times is important (such as need
to drive to hospital in the middle of the night)
Time of use is planned ahead of schedule
Cost of ownership
Total cost of ownership accurately calculated by few,
price of purchase (or monthly payment) takes
precedence
Total cost of ownership often part of business plan and
is estimated carefully
17. 16
Grid Edge Innovation Summit 2020 woodmac.com
US, EU and China all projected to top 80% EV sales share, but they each take their
own path
• Driven by stringent regulations, the EU
will achieve a high sales share quickly
• However, several member states are
likely to be left behind and play catch up
• The last 15% of market share will be
hardest to achieve
• The US driver by economics rather than
environmentalism, will lag behind in the
next decade
• But sales share will accelerate once
powertrain price parity is achieved at the
manufacturer level
• China driven by economic security and
technology dominance will electrify more
uniformly
• It is the only market with EVs at all price
segments
Europe** 2019 2035 2050
Light-duty EV
share
3.5
%
56% 86%
Commercial
EV share
1% 62% 75%
US 2019 2035 2050
Light-duty EV
share
2% 29% 85%
Commercial
EV share
0.5
%
42% 60%
China 2019 2035 2050
Light-duty EV
share
5% 38% 81%
Commercial
EV share
9% 43% 68%
**Note: Europe category includes the European Union (EU), the United Kingdom (UK) and the European Free Trade Association (EFTA)
Source: Wood Mackenzie EV Service
19. 18
Grid Edge Innovation Summit 2020 woodmac.com
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