S1 Kenji Uenishi (GE Energy) - Sustainable Energy RE Technology
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Transcript of S1 Kenji Uenishi (GE Energy) - Sustainable Energy RE Technology
Sustainable EnergyRenewable Energy Technologies
Dr. Kenji UenishiPresident,GE Energy Asia Pacific
ADB task force co-chair
ADB Task Force Opening Remarks
Regional task force Thoughtful policy drives business opportunities
2
August 2011
Public private
partnership
Gov’t
Results
• Shared goals and opportunities– Exchange info– Develop projects
• Best practice development
Solar
Wind
2000 2004 2008 2010 2011E 2020E0
200
400
600
Global cumulative installed base (GW)
Market outlook Renewable energy integration moving on upward trajectory
3
August 2011
Global wind+solar cumulative installed base (GW)
Source: IEA, GWEC, EPIA
Renewables: Moving from
“accommodate” to “embrace”
Addressing renewables integrationBut key to growth will be how renewables are implemented
4
Key renewable technologies
Technologies that facilitate renewables integration
Gas/renewables integration: Maximize “clean” tech usages
Smart grid: How to maximize efficiency and performance?
Wind Solar
• Onshore wind turbines
• Offshore wind with direct drive
• Photovoltaic (PV) panel farms
• Concentrated solar power (CSP)
5
Addressing renewables integrationWithin cleaner energy future, gas to retain importance
August 2011
Gas and renewables
partnering
Renewables Gas
• Central and distributed
• Flexible supply to grid
• Proven technology
• Large installed base
(>1300 GW)
• Lower carbon footprint
than coal
• Distributed, modular
• Intermittent supply to grid
• Strong social acceptance
• Smaller installed base
(>230 GW)
• Zero carbon emission
Smart grid
EV charging
6
Addressing renewables integrationSmart grid will be critical in managing more renewables
August 2011
Buildingautomation
Solarsolutions
Distributedpower
IRCC
Addressing renewables integrationGE is ready to partner in developing a greener future
7
MetCap (Turkey, 530MW) WiMax (Australia)
• World’s first Integrated
Renewables Combined Cycle
power plant
• Includes GE 9FB gas turbine with
22MW GE wind turbines, and
50MW eSolar CSP technology,
integrated by GE Mark Vie controls
• Utility SP AusNet to link 680,000
customers with smart meters
• GE to provide the meter
communications technology and
smart meters, together with
Landis+Gyr
Public/private cooperation For solar, strong gov’t support by Germany built market
8
I. Initial situation II. Policy developed III. Results
Evolution of solar market development in Germany
• Lack of regulatory frameworks concerning solar
• Fluctuating electricity prices make solar economics weak
• Difficulty in dispatching PV power
• Reliable FiT policy developed in 1990
• Renewable Energy Sources Act (EEG) passed, prioritizing renewables
• Easy permitting, interconnect procedures
“Unfavorable for solar”
“Gov’t policy support”
“Solar energy leader”
• ~17GW total installed base in 2010, from less than 300MW in 2000
• Reduction of 3.6M tonnes of greenhouse gas emissions
• 79,000 new jobs in Germany for solar
Source: IEA, EPIA
Public/private cooperation Consistent Europe policy built wind to ~17% of generation
9
Europe wind generation cumulative installed base (GW)
Source: EERNote: G.C. = green certificate
• 1991: Germany FiT
• 1992: Denmark FiT
• 1995: Spain FiT
“Financial support jump-start”
'91 '92 '93 '94 '95 '96 '97 '98 '99 '00 '01 '02 '03 '04 '05 '06 '07 '08 '09 '10 '110
20
40
60
80
100
Cumulative installations (GW)
“Directive frameworks”
“Market economic stability follow-on”
• 1997: EU white paper, 40GW by 2010
• 2001: EU renewables directive 1, 22% by 2010
• 2001: France FiT• 2002: UK G.C.• 2003: Sweden G.C.• 2006: Poland G.C.
Public/private cooperation For APAC, ADB task force is a conduit to develop solar
Initial point
“Weak uncertain market”
Arrival point
“Renewables leader”
10
Develop public private partnerships
Dialogue to create roadmap for future
energy needs
Governments to provide policy and
regulations to support