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Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Date post: 27-Nov-2014
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Solar energy continues to blaze a path forward for renewables, and installations are rapidly expanding around the globe – at both the grid and distributed scales. This represents a major shift in the way we generate and consume electricity every day, and the increased penetration of renewables is creating new challenges. Both photovoltaic and solar thermal benefit immensely from the addition of energy storage technologies – allowing renewables to be dispatchable, on-demand resources. Energy storage technology is rapidly advancing as the solution to challenges created by intermittency and distributed generation. This webinar will focus on the role of energy storage on the grid, and how storage is able to augment the solar industry.
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Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Transcript
Page 1: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Energy Storage and Solar:

What Does, and Doesn’t, Lie on the Horizon

Page 2: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

ESA MEMBERS

Page 3: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 4: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 5: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Redox Flow Batteries

Energy stored is decoupled from power delivery๏ system energy storage capacity independent from system power capacity

๏limited electrical & thermal hazard

๏high life cycle sustainability

๏configuration optimized to project

๏ normalized system cost curve matches the storage value curve

๏system scaling is less complex

๏commercially-available components

๏regional supply chain & factory assembly

Page 6: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 7: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 9: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 10: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Services Storage Provides

Page 11: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Electric Energy Time Shift(aka – ‘Peak Shifting’)

Page 12: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 13: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Solution: Energy Storage for Peak Shaving

• Duration: variety of technologies operate wide range of

hours

• Frequency: field experience confirms 24/7/365

operation

• Permanence: dedicated grid assets to provide services

over long haul

Page 14: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

40 GW Peak Generation Needed in Next 15 Years

Page 15: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Load Following and Ancillary Services

Page 16: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 17: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Solution: Energy Storage as Flexible Resource

Page 18: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 19: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Renewables and Storage

• Smooths power output, intermittency

• Storage systems prevent large local spikes from renewables

• Mitigates system level issues caused by high renewable penetration

• Goal is not necessarily to create 24/7 ‘on-demand’ solar – systems are scaled based on cost-benefit analysis

• Storage enables greater deployment, larger system size for renewables

Page 20: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 21: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 22: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 23: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Policy Drivers

Page 24: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Policy Brings Capitol Investment, Lower Cost

EquityProfits

Revenues Costs

e.g. Pay For Performance, additional competitive markets FERC/ISO’s

e.g. Investment Tax Credit, MLP’s, leveling the playing field Congress

DebtRisk

Revenue Certainty Technology Risk

e.g. PPAs, RFPs, IRP, TOU Rates States, FERC

e.g. Loan guarantees, ARPA-e, NY-BEST States, DOE, Congress

Page 25: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Sample System with Incentives

• Hypothetical system installed in CA could take advantage of:• SGIP - $2/watt for ES• Fed Tax Credit – 30%• TOU Rates -

$500/kWh over system lifetime

• System could cost over $1400 per kWh, or $7000 for a 5 kWh system, and still breakeven

• When markets reward storage’s flexible, dynamic attributes, the entire grid benefits

Page 26: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon
Page 27: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

Where to Continue the Conversation?

Page 28: Energy Storage and Solar: What Does, and Doesn’t, Lie on the Horizon

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