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Demand Response, Energy Efficiency, and the Smart Grid

Utilities, regulatory agencies, and independent system operators (ISOs) have begun to explore and implement innovative methods for managing demand as a means to lower power costs to consumers, improve system reliability, meet environmental standards, and ensure resource adequacy. As part of these efforts, power companies have announced initiatives and partnerships that will lay the groundwork for their involvement in the development of the smart grid.

The smart grid encompasses virtually all facets of the electric industry, with benefits ranging from expanded generation resource alternatives to decreased energy consumption. At the leading edge of these initiatives is a new crop of customer-focused programs that use technology and dynamic pricing signals to manage customer demand during critical time periods. Specifically, several critical peak pricing pilot programs are taking place in a handful of states around the U.S. and Canada. These pilots test several design elements including: customer response to different pricing levels, frequencies, and durations; customer acceptance of a critical peak price versus a critical peak rebate; whether to employ an opt-in or opt-out deployment strategy; and the role of different enabling technologies. The Brattle Group has assisted utilities in designing, evaluating, and implementing various customer-side smart grid initiatives.

Since most smart grid plans begin with the deployment of smart meters, it is often necessary to perform a cost benefit analysis to assess whether the capital costs associated with meter deployment will be offset by operational benefits and demand response (DR). We are an industry leader in addressing opportunities and market barriers associated with DR. We design and evaluate programs to reduce peak loads and develop energy efficiency (EE) programs to lower customer bills and protect the environment. In addition to the load, reliability, energy, and environmental benefits, well-designed programs can improve customer satisfaction, an important regulatory benchmark for judging the success of utility operations. We also assist clients with the evaluation of implemented DR programs, which requires an accurate assessment of baseline customer behavior absent the DR program. We understand how to construct the necessary “but for” scenarios, and provide reliable forecasting methods and energy economic consulting expertise in benefit-cost analysis.

Furthermore, traditional load management programs, such as direct load control, are being integrated with dynamic pricing programs. These retail-market programs are complemented by incentive-based wholesale market programs including load curtailment, demand bidding, emergency demand response, capacity market programs, and ancillary service programs. Our economic consultants evaluate such programs.

Representative Engagements

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Related Experts

Principals:
Judy Chang
Ahmad Faruqui
Peter S. Fox-Penner
Philip Q Hanser
Dean M. Murphy
Samuel A. Newell
David Robinson
Jürgen Weiss
Joseph B. Wharton

Senior Associates:
Ryan Hledik

Selected Publications

Unlocking the €53 Billion Savings from Smart Meters in the EU: how increasing the adoption of dynamic tariffs could make or break the EU's smart grid investment
The Case for Dynamic Pricing
Demand Response & Energy Efficiency: The Long View
Marginal Cost Analysis in Evolving Power Markets: The Foundation of Innovative Pricing, Energy Efficiency Programs, and Net Metering Rates
On Dynamic Prices: A Clash of Beliefs?
The Geography of Demand Response
The Impact of Dynamic Pricing on Low Income Customers
Divestiture policy and operating efficiency in U.S. electric power distribution
Modeling the Enrollment Forecasts for PG&E ’s Non-Residential DR Programs, 2010 - 2020
Is the smart grid going to fare better in competitive markets?
Fostering Economic Demand Response in the Midwest ISO
Smart Power: Climate Change, the Smart Grid, and the Future of Electric Utilities
Demand Response in the Midwest ISO: An Evaluation of Wholesale Market Design
Rethinking Prices
Dynamic Pricing: Potential Wholesale Market Benefits in New York State
Lessons from Demand Response: Trials and Potential Savings for the EU
Piloting the Smart Grid
A National Assessment of Demand Response Potential
Sizing up the Smart Grid
Moving Toward Utility-Scale Deployment of Dynamic Pricing in Mass Markets
Return of the Energy Services Model: How Energy Efficiency, Climate Change, and Smart Grid Will Transform American Utilities
BGE's Smart Energy Pricing Pilot Summer 2008 Impact Evaluation
How Green is the Smart Grid?
The Power of Dynamic Pricing
Transmission Super Highways: Assessing the Potential Benefits of Extra-High-Voltage Transmission Overlays in the Midwest
Fostering Economic Demand Response in the Midwest ISO
Assessment of Achievable Potential for Energy Efficiency and Demand Response in the U.S. (2010-2030)
Experimental Design Considerations in Evaluating the Smart Grid
Household Response to Dynamic Pricing: A Survey of Seventeen Pricing Experiments
Transforming America's Power Industry: The Investment Challenge 2010-2030
Integrating Dynamic Pricing and Inclining Block Rates
Inclining Toward Efficiency (download from publisher)
Demand-Side Bidding in Wholesale Electricity Markets
Will Smart Grid Promote Smart Customer Decisions?
Is Dynamic Pricing In Our Future
A National Perspective On Demand Response
Avoiding Load Shedding by Smart Metering and Pricing
Quantifying the Benefits Of Dynamic Pricing In the Mass Market
Mandating Demand Response
Corporate Responsibility to Stakeholders and Criteria for Assessing Resource Options in Light of Environmental Concerns
Rediscovering the Demand-Side of the Equation
Rethinking Rate Design
The Costs of Moving to a Perfect World: Forced Ownership Unbundling in the Natural Gas and Electricity Sectors
The Power of Five Percent: How Dynamic Pricing Can Save $35 Billion in Electricity Costs
California's Next Generation of Load Management Standards
From Smart Metering to Smart Pricing
Breaking Out of the Bubble: Using Demand Response to Mitigate Rate Shocks
Valuing Demand-Response Benefits in Eastern PJM
Dynamic Pricing as a Tool to Mitigate Rate Increases
Quantifying Demand Response Benefits in PJM
Using Dynamic Pricing to Strengthen Your AMI Business Cases
Overview of Demand-Side Climate-Friendly Technologies
Cost-Benefit Analysis of Smart Metering and Smart Pricing
Demand Response and the Role of Regional Transmission Operators
2050: A Pricing Oddyssey
Overview of Major Arguments in Synapse Report
Demand Response and Advanced Metering
Toward a New Paradigm for Valuing Demand Response
Controlling the thirst for demand
Quantifying Customer Response to Dynamic Pricing
California pricing experiment yields new insights on customer behavior
Preventing Electrical Shocks: What Ontario—And Other Provinces—Should Learn About Smart Metering