Accelerating the Global Energy Transition 1-1... · 2017-12-13 · Dramatic increase of RE in the...
Transcript of Accelerating the Global Energy Transition 1-1... · 2017-12-13 · Dramatic increase of RE in the...
Accelerating
the global energy transition
The 5th Northeast Asia Energy Security Forum
Seoul, 12 December 2017
Global energy mix still
dependent on conventional
non-renewable energy
But in the electricity sector renewable
energy accounts for the majority of
new capacity installed every year
Trends in the energy sector
Dramatic increase of RE in the global generation mix
Source: IRENA
Ongoing power sector transformation
RE capacity
installed in year 2016:
71 GW solar
51 GW wind
30 GW hydropower
9 GW biomass
◉ Around 25% renewable power generation share worldwide
Levelised costs of electricity for utility scale power (ranges and averages), 2010 and 2016
costing.irena.org
RE Costs - Trends
Targets in the global renewable energy landscape
173 countries
have at least one type of
renewable energy target
– up from 43 in 2005
Source: IRENA (2015), Renewable energy target setting.
Ambitious acceleration needed
6
To meet sustainable development goals and decarbonise global energy use,
renewables need to be scaled up significantly.
0
20
40
60
80
100
2005 2010 2015
FIT (FIP)
RPO
Auctions
Number of countries with renewable energy policies, by type
Key role of enabling policies
Types of renewable energy policies and measures
8
Stre
ngt
hs
Wea
knes
ses
Auctions
Flexibility in the design according to conditions and objectives
Permit real price discovery
Provide greater certainty regarding prices and quantities
Enable commitments and transparency
Are associated with relatively high transaction costs for both developer and auctioneer
Risk of underbuilding and delays
Based on REN21 Global Status Report (2005 to 2016)
Auctions strengths and weaknesses
0
10
20
30
40
50
60
70
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016
Number of countries that have adopted auctions
Renewable Energy Auctions
RE Auctions - Recent highlights
Evolution of utility-scale solar PV prices in selected countries
Policy trends - Auctions
The power sector transition
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Annual gross aggregated electricity production from gas-fired, solar and wind
electricity plants in the European Union
Major shift in the EU over the past 20 years
Increasing generation from VRE
Based on Ecofys
Need for flexibility
13
Crucial role of transmission and distribution grids
Adapted from CESP, MAVIR, PSE SA and SEPS, 2013
Average unscheduled cross-border power flows from Germany (MW)
Flexibility and Market Design
Net load ramps for different penetration levels of solar PV
CAISO - California (CAISO, 2016)ERCOT – Texas (MIT, 2015)
Rethinking distribution networks and distributed energy resources
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• Take into consideration
benefits for the consumers
and for the system as a
whole
• Crucial role of distribution
networks
• Move away from a ‘fit and
forget’ approach
Sample day load profile and self consumption from PV for
a plastic manufacturing company
Distributed generation, demand response, distributed storage, electric vehicles
will play a fundamental role in the power system transition
Key role of technology innovation
Enabling Infrastruc-
ture
Business Models
Market regulation
System Operation
Electric Vehicles Storage
Digitalization - IoT
Platform business model
Aggregators- VPP
Decentralized system
Value spatial
complementarities -
interconnections
Value
complementarities
in VRE
Electrification of other
sectors
Encourage Flexibility RE
Tech.
Emerging Innovations:
E-mobility
Storage and Electric Vehicles Smart Charging (mobile storage)
Grid Services:
• Primary and secondary reserves:
• Enhanced Frequency Response
• Frequency Containment Reserve
• Frequency Restoration Reserve
• Energy Shifting
Behind-the-meter:
• Solar self consumption
• Community Storage
• Increased Power Quality
• Peak shaving
Grid to Vehicle (G2V):
• Load management: peak shifting
Vehicle to Grid (V2G):
• Primary and secondary reserves
• Other ancillary services
• Energy shifting
Vehicle to Home (V2H):
• Solar self consumption
• Increased Power Quality
• Peak shaving
Provide flexibility to the grid
STABLE RENEWABLE ENERGY SOURCE AVAILABLE 24/7
HIGH AVAILABILITY
FACTORS (~90%) FOR
BASE LOAD AND/OR
ANCILLARY SERVICES
NEGLIGIBLE
ENVIRONMENTAL AND
VISUAL IMPACT
REDUCED ENERGY
DEPENDENCY, STABLE JOBS AND
LOCAL ECONOMIC
DEVELOPMENT
Geothermal energy: main benefits
Geothermal heated greenhouse in Hveragerdi, Iceland
WIDE AVAILABILITY OF LOW TEMPERATURE RESOURCES FOR DIRECT USES
FOR BUILDINGS, INDUSTRY, AGRICULTURE, ETC.
Geothermal heated greenhouse in Hveragerdi, Iceland
Not only solar and wind…
HIGH UPFRONT COSTS AND RISKS
ASSOCIATED WITH RESOURCE ASSESSMENT
POLICY
UNCERTAINTY
ENVIRONMENTAL
CONCERNS AND
LICENSING
SHORTAGE OF SKILLED
PROFESSIONAL
LACK OF INSTITUTIONAL
CAPACITY
LOW AWARENESS AND LIMITED
INFORMATION IN DECISION MAKERS
Why the modest growth?
Can international cooperation and partnerships help overcome key geothermal challenges?
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Global Geothermal Alliance is the platform for improved dialogue and coordinated action
among key geothermal stakeholders to scale up geothermal deployment
The role of Geothermal
A Joint Communiqué issued at the GGA Launch
➢ Neutrality and transparency
➢ Build on what is on the ground and scale up
➢ No bureaucracy
➢ Enabling most mature projects or countries with transformative potential
➢ Unlocking projects facing policy, legal, regulatory, fiscal, funding, capacity building challenges
Geothermal Power Installed Capacity Worldwide
6,832 7,972 8,93310,897 12,635
63,175
0
10,000
20,000
30,000
40,000
50,000
60,000
70,000
1990 1995 2000 2005 2010 2015 2020 2025 2030 2035
MW
by 2030Up to 5x geothermal power
More than 2x geothermal heat
Source: IRENA Remap 2030
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GGA MEMBERS - 42 COUNTRIES ACCROS THE GLOBE
• Argentina• Bolivia• Chile• Colombia• Costa Rica• Ecuador• El Salvador• Guatemala• Honduras• Mexico• Nicaragua• Peru• Saint Vincent & Grenadines• USA
• IDB• OAS• US Geothermal Association• US Energy Association• Canadian Geothermal
Association
AMERICAS / CARIBBEAN
• France• Iceland• Italy• Netherlands• Poland• Romania• Switzerland• Turkey
• Nordic Development Fund• European Geothermal Energy Council• GeoEnergy Celle e.V. (Germany)• Iceland Geothermal Cluster• GeoDeep (France)• Geothermal Power Plants Investors
Association (Turkey)
EUROPE
• India• Indonesia• Malaysia• Pakistan• Philippines
ASIA
• Burundi• Comoros• Djibouti• Egypt• Kenya• Tanzania• Uganda• Zambia• Zimbabwe
• AfDB• AUC• EAPP• NEPAD• RCREEE• SAPP
AFRICA
• Fiji• New Zealand• Papua New Guinea• Solomon Islands• Tonga• Vanuatu
• SPC
PACIFIC / OCEANIA
GGA PARTNERS – 31 INSTITUTIONS ACCROS THE GLOBE
INDUSTRY, FINANCIAL INSTITUTIONS, REGIONAL AND DEVELOPMENT ORGANIZATIONS, ACADEMIA AND RESEARCH
• IRENA• International Geothermal Association• IsDB• UN Environment• WB ESMAP
GLOBAL
Strong Commitment to GGAOver 70 Members and Partners
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Resource and Market Assessment
Needs and Obstacles Assessment
Enabling Frameworks
Networking and Outreach
GGA Action Plan and prioritiesAdopted by GGA Members in May 2016
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Employment by Country
Renewable energy jobs globally today
Source: IRENA (2017), Renewable Energy and Jobs – Annual Review 2017
Including Large Hydropower
⬆1.1%Excluding Large
Hydropower
⬆2.8%
Thank you