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Renewables...Storage...What's next?
 

Renewables...Storage...What's next?

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Terry Mohn, Chief Innovation Officer, Balance Energy Vice Chairman, GridWise Alliance ...

Terry Mohn, Chief Innovation Officer, Balance Energy Vice Chairman, GridWise Alliance

Implementing large renewable energy resources: Is storage the solution to renewable generation?

• Deploying carbon reducing technologies such as wind,
solar, geothermal and plug-in vehicles
• Meeting the challenges of storage and transportation of Renewable energies such as wind and solar
• Developing a smarter grid in which users can produce their own power and provide its own localized storage

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    Renewables...Storage...What's next? Renewables...Storage...What's next? Presentation Transcript

    • Charged2020: Energy Storage Forum June 30 – July 1, 2010 University of San Diego, San Diego, CA Renewables… Storage… What’s next? Terry Mohn Chief Innovation Officer, Balance Energy Vice Chairman, GridWise Alliance © 2010 Balance Energy All Rights Reserved
    • Societal Interest in Alternatives to Fossil Fuel © 2010 Balance Energy All Rights Reserved
    • Large Wind and Solar Farms NREL 2009 Report • Since 2000, renewable electricity installations in the United States (excluding hydropower) have nearly tripled, and in 2008 represent 42 GW of installed capacity. • Wind and solar PV are the fastest growing renewable energy sectors. In 2008, wind capacity installations increased by 51% and solar PV grew 44% from the previous year. © 2010 Balance Energy All Rights Reserved
    • Transmission Difficult to Site Apr 4, 2010 - Chicago Tribune • The key challenge facing developers is that existing transmission lines, substations and transformers are inadequate to handle the amount of energy expected to come from wind farms • "It's easy to be green and say let's build wind but we have to think about - how are we going to deliver that?" said Thomas O'Neill, chief operating officer at Chicago-based Exelon Transmission Co., a unit of Exelon Corp. • The estimated cost to move that wind power east could range from $64 billion to $93 billion in 2009 dollars and would require 17,000 to 22,000 miles of transmission lines to be built in the eastern half of the country alone, according to National Renewable Energy Laboratory. • It isn't feasible for businesses to pay costs associated with the transmission upgrades. Many withdraw their requests to hook in once they realize the significant upgrades that would be needed, according to Midwest ISO. © 2010 Balance Energy All Rights Reserved
    • 10 20 30 40 50 60 0 Alabama Alaska Arizona Arkansas California Colorado Connecticut DC Delaware Florida Georgia Hawaii Idaho Illinois Indiana Iowa Kansas Kentucky Louisiana Maine Maryland Massachusetts Michigan Minnesota Mississippi Renewable Energy Standards Missouri Montana Nebraska Climate Legislation – 17% by 2020 in House Nevada New Hampshire New Jersey New Mexico 2015 RES goals (in %) New York North Carolina © 2010 Balance Energy All Rights Reserved North Dakota Ohio Oklahoma Oregon Pennsylvania Rhode Island South Carolina South Dakota Tennessee Texas Utah Vermont Virginia Washington West Virginia Wisconsin Wyoming
    • Estimated Cost of New Generation PV Solar BioPower © 2010 Balance Energy All Rights Reserved
    • Storage Types © 2010 Balance Energy All Rights Reserved
    • 2010 Electric Grid ….. and then? 25 M residential solar 1 M PHEV/PEV 10 M PHEV/PEV 50 M PHEV/PEV Consumer Generation Transmission Distribution Systems • 47% • ~43% • ~34% • <1% • 17,342 units • 164,000 miles • 3 million miles • 12.3 M DG 2 M architectural wind 5 M building solar 500 wind parks 50 solar parks 5,000 distributed wind 100,000 Buildings as PP 5,000 utility solar Continued increase in Prices increasing, in some regions Changeover to more and Consumer energy intensity faster than gasoline at the pump more digital loads choices © 2010 Balance Energy All Rights Reserved
    • Changes in the Network • Consumer engagement with resources to solve power issues locally • Two-way power flow in Distribution • As prices increase, local renewables will increase in residential, commercial, and industrial • Imperative to transform from passive to active control in Distribution • New ways for Distribution to become a Transmission resource © 2010 Balance Energy All Rights Reserved
    • Pending Legislation Referencing Microgrids • H. R. 5230 - Mesa Act: The term `microgrid' means an integrated energy system consisting of interconnected loads and distributed energy resources (including generators, energy storage devices, and smart controls) that can operate with the utility grid or in an intentional islanding mode. © 2010 Balance Energy All Rights Reserved
    • Microgrids DOE RDSI • Japan • San Diego Microgrid ($16M) • Denmark cell control • Fort Collins Mixed Distributed • Kythnos Island Resources ($11M) • CERTS, AEP, University of • WV Super Circuit ($10M) Wisconsin 100KW pilot at • ATK Rocky Mountain Power ($4M) Dolan • Santa Rita Jail Chevron, PG&E, et al ($14M) • Significant action worldwide • conEd Consumer Enablement ($13M) in multi-agent communities • IIT Galvin Microgrid ($12M) • Hawaii Management of Distribution Resources ($15M) • Pulte Homes UNLV GE ($21M) © 2010 Balance Energy All Rights Reserved
    • Essential Role of Microgrids • Address local reliability challenges • Address local economic issues (community objective) • Enable energy arbitrage (community objective) • Aggregate control of multiple sources (DG, storage, consumer DER, DR, switches, Cap Banks, DA, etc.) • Campus • Business Park • Electric Cooperative • Municipality • Utility Distribution • Military Base © 2010 Balance Energy All Rights Reserved
    • Campus MicroGrids connected to utility • Grid reliability • New asset mix • Transparency into asset performance • Neighborhood storage © 2010 Balance Energy All Rights Reserved
    • Networked MicroGrids MicroGrid Network Networked MicroGrids Data Center ISO System MGAS Participating Control EMS/ Node DRSS BMS Loads ESB Wholesale Energy Market BE ESS ntrol d Co ibute Distr Collaborating MG Cells MGAS Control Distributed Control DRSS EMS/ Node BMS OpenADR ESB MGAS Control EMS/ Node DRSS BMS BE ESS ESB BE ESS MGAS Control EMS/ Node DRSS BMS ESB Campus MicroGrid Utility MicroGrid BE ESS • Industrial Park MicroGrid Central storage • Within municipality districts • Now in states where there are no franchises • As critical mass is reached on franchised utilities • Changes to regulatory policy © 2010 Balance Energy All Rights Reserved
    • Ancillary services Centralized Control Goal Constraints (System Automation) • Aggregate markets – New business Dynamically orchestrate the shedding and adding of load and generation. Demand Response operators Dynamically orchestrate the connection of power generation and storage devices. – Utilities are Control and optimize the generation of power based on enablers Distributed Generation cost of energy, reliability and environmental constraints. • Geographically Control and optimize the storage of energy based on cost Energy Storage strategic storage of energy, reliability and environmental constraints. Energy Metering Measure, aggregate, analyze and publish energy usage. Analyze and predict consumption, price, generation and failure risk. Energy Forecasting Generate system and power profile optimization programs. Energy Market Trading Perform price monitoring, negotiation and settlement. Analyze cyber security, information flow, information quality, business processes and topology. System Monitoring Generate reports and programs to optimize system performance and provide control center visualization. © 2010 Balance Energy All Rights Reserved
    • MicroGrid Market Worldwide Capacity Market Sector Breakdown © 2010 Balance Energy All Rights Reserved
    • Summary • MicroGrids allow generation, storage, and loads to operate autonomously, balancing out voltage and frequency issues. • MicroGrids facilitate parallel placement of small generation, storage, and load devices in a modular manner that scale up to higher levels. • Current weak link is cost-competitive storage. Some larger MicroGrids are using thermal storage, but electrical storage remains a key need. • As with Demand Response and Distributed Generation, Distributed Storage becomes a new market opportunity. • Commercial MicroGrids are a viable business opportunity, but the Utility remains very interested in their emergence and potential critical mass. © 2010 Balance Energy All Rights Reserved
    • Thank You Terry.Mohn@BalanceEnergySolutions.com © 2010 Balance Energy All Rights Reserved