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New Energy Priorities Gopichand Katragadda GM, India Engineering Operations GE Energy

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Gopichand Smarter Energy Grid

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Page 1: Smart Grid

New Energy Priorities

Gopichand KatragaddaGM, India Engineering Operations

GE Energy

Page 2: Smart Grid

Energy scenarios

Oil and Energy Demand – pre-crisis GDP, existing regulations on light vehicles fuel efficiency, 14% EV share by 2020, existing regulations on energy productivity.

Oil and Energy Demand – severe downturn, EU standards on light vehicles fuel efficiency for all oil importing countries, 25% EV share by 2020, existing regulations on energy productivity.

Source: McKinsey

Oil Demand: Scenario 1

Oil Demand: Scenario 2

Energy Demand: Scenario 1

Energy Demand: Scenario 2

Scenario 1

Scenario 2

Page 3: Smart Grid

Energy priorities

• Drivers: environmental and economical concerns

• Priorities: lower pollutants, lower costs, higher efficiencies, quicker NPI, higher quality, global markets, services growth

• Environmental ‘metrics’: CO2 reduction, NOx reduction, effluent reduction, material savings, efficiency increase

Page 4: Smart Grid

2009 General Electric Company

Page 5: Smart Grid

Smart gridA Smart Grid is one that incorporates information and communications technology into every aspect of electricity generation, delivery (Transmission & Distribution) and consumption in order to:

•minimize environmental impact•improve reliability and service•reduce costs and improve efficiency

Source: EPRI

Page 6: Smart Grid

Imagine…• Distribution…only technical

losses

• Outages…Self healing

• Grid…Stable with Renewables

• Transformers…Prolonged life

• Voltages…Stable & high

quality

• Customer…Zero electricity

cost

• Network…Uniform load

• Transfer of power…

Seamless

Page 7: Smart Grid

Smart grid infrastructure…

Page 8: Smart Grid

…delivering Building Blocks today

Page 9: Smart Grid

Smart…Learning from Biological Systems

Dendrites – Collect Information

Axon – Distribute Information

Soma – Process Information

Neuron: Analog, Unique, Learning, Massively Networked DNA: Digital, Copied, Stable, Massively Distributed

Page 10: Smart Grid

Wind: Leverage the 45 GW Indian Wind Corridor

Page 11: Smart Grid

1.5 xle… expanding wind regimes

1.5 SLE77 m 1.5 XLE

82.5 m

XLE … platform evolution

• Leverage 1.5 MW experience … GE technology

• Expanding wind regimes … TCIIb, 25m/s cut-out

XLE … increased customer value

• Greater energy capture … 15% larger swept areas than SLE

• Increased capacity factor … +3pts GCF @ 8m/s

0

200

400

600

800

1000

1200

1400

1600

0.0 5.0 10.0 15.0 20.0 25.0

Pow

er

Ou

tpu

t (k

W)

Wind Speed (m/s)

XLE Power Curve

SLE Power Curve

XLE extended cutout

Delivering 7% more AEP @ 8m/s … developing 7% more AEP @ 8.5m/s

2009 General Electric Company

Page 12: Smart Grid

Mark VIeController

• GE expertise … Power Plant controls

• Advanced diagnostics

• Remote access

• Real time data

• ~40k data points

• GE design … scalable

Conditioned BasedMaintenance (CBM)

• GE expertise … Optimization & Controls

• Component condition data

• Advanced logarithms

• GE M&D

• GE design

Intelligent WTG

• GE expertise … Aircraft Engines

• Advanced prognostics

• Spares forecasting

• Remaining life

• Maintenance factors

• Asset management

1.5 MW platform product enhancement

2009 General Electric Company

… delivering the intelligent wind turbine

Page 13: Smart Grid

Biomass: 17 GW potential in India from agriculture residue and cattle dung

2009 General Electric Company

Page 14: Smart Grid

Biomass gasification

Biomass Input: 235 ton/day cattle manureElectrical output: 1 MWOrganic fertilizer: 35 ton/dayNo. of units and engine type: 1 x JMC 320 GS-B.L

Cow manure “methane-to-energy” plant in Ludhiana - India

2009 General Electric Company

Page 15: Smart Grid

Solar Thermal: Enabling the 20 GW by 2020 goal of the Indian National Solar Mission

2009 General Electric Company

Page 16: Smart Grid

Concentrated solar thermalTechnology Expertise

• 90 MW Power output … 120MW next step• Reaction & Impulse• Mono block Rotor• Wet steam• Daily start/stop cycle• Dual End Generator ST

Full system capability:• Air Condensers• Centrifugal Pumps• Balance of Plant

• High speed Balancing & Mechanical Running

test capability

• Technical team in place to support local projects

Testing FacilitiesSteam TurbinesParabolic Trough

Approaches

Power Tower

Fresnel Layout

2009 General Electric Company

Page 17: Smart Grid

Gas: Changing Indian landscape with 37 Trillion Cubic Ft. proven reserves and a potential 20 Trillion Cubic Ft. new finds

2009 General Electric Company

Page 18: Smart Grid

Gas turbine fuel flexibility

Fossil fuels Expanding quality range

Synthetic & industrialLower caloric value

Biofuels Biodiesel and ethanol

Diversity of supply and increasing efficiency

2009 General Electric Company

Page 19: Smart Grid

Get it right this time…

Raw Materials

Materials Processing

Product Manufacture

Installation & Commissioning

Product Use and Service

Reuse - Recycling

Disposal

Materials

Fuel use (including transport)

Land use

Other (e.g. wind use)

Water Effluents

Air Emissions

Solid Wastes

Other Releases

Usable Products

Asses Lifecycle Energy Footprint of New Technologies

Page 20: Smart Grid

Move from a culture of plenty to a culture of responsibility!

• Technology• Lifestyle• Policy

Image source: erehwon

Page 21: Smart Grid