Energy efficiency gains support goals of economic growth, energy security, and environmental sustainability while reducing consumers’ energy bills. While energy efficiency is improving around the world, much potential remains untapped. Global progress has become dependent on yesterday’s policies, with the implementation of new policies slowing, according to the International Energy Agency. The global transition to a clean energy future requires a pipeline of new efficiency policies.

Research from the Luskin Center for Innovation (LCI) informs the next generation of clean energy programs. Example studies follow.

Evaluation of EMPOWER: Grassroots Outreach to Connect Low-Income Households with Clean Energy Programs (current study)
Researchers: Gregory Pierce, Colleen Callahan, and Rachel Connolly 

The Liberty Hill Foundation commissioned LCI to evaluate EMPOWER, a coordinated outreach project connecting low-income households with energy efficiency, solar energy, low-carbon transportation, and financial assistance programsThe pilot involves activating community-based organizations to conduct outreach, information sharing, and technical assistance to help eligible residents sign up for free programs that can help them save money and conserve energy. LCI is conducting process evaluation to support implementation as well as outcome evaluation focused on the results of the effort. The evaluation may result in conclusions about the value of such a grassroots, one-stop approach to connect low-income communities with a wide range of clean energy and transportation incentive programs. 

Testing and Identifying Effective Demand Response Strategies (current study)
Lead Researchers: Julien Gattaciecca, Kelly Trumbull, and J.R. DeShazo

Both how much and when electricity is consumed matter for the environment. Electricity is likely to be cleaner at noon when the sun is shining on solar panels than in the early evening when the grid may rely more on fossil fuel generators. This is why demand response programs can help electricity customers understand when to conserve electricity to maximize savings and better help the environment and the grid.

In order to understand the most effective demand response program designs, LCI is conducting a multiyear study funded by a California Energy Commission grant of more than $2 million. The study seeks to understand which type of incentives, messages and strategies result in the greatest action from residential electricity customers and how this varies across social characteristics. Study results will inform policymakers, utilities, and demand response providers on the most efficient demand response program designs. 

Quantifying the Economic Benefits of Energy Efficiency Programs in Los Angeles (2019 and 2014 reports) 
Authors of 2019 report: J.R. DeShazo, Jason Karpman, Weilong (David) Kong, and Colleen Callahan
Authors of 2014 report: J.R. DeShazo, Alex Turek, Michael Samulon

A series of studies assessed the economic and employment benefits of Los Angeles Department of Water and Power’s (LADWP’s) energy efficiency programs. A common finding across the investment periods, and two similar but differing sets of LADWP energy efficiency programs, is that the investments on average supports more local jobs per dollar of investment than the oil and gas sector, a common benchmark for comparing investments in energy resources. 

The first report informed an industry-leading energy efficiency commitment announced by Mayor Eric Garcetti in 2014. This policy sets a 15 percent reduction in electricity consumption in Los Angeles through energy efficiency measures.

Our follow-up report assesses recent progress. This study, released in 2019, found that LADWP’s suite of energy efficiency programs continue to perform well because they generate energy cost savings for LADWP customers, leverage co-investment from residents and businesses, and rely heavily on local labor for program activities. 

Achieving Prop 39’s Clean Energy Promise (2013 report)
Authors: J.R. DeShazo, Colleen Callahan, and Elizabeth Beryt

The California Clean Energy Jobs Act (Proposition 39), passed by voters in November of 2012, allocates up to $550 million per year for five years to energy efficiency and clean energy projects in California’s public schools, community colleges, universities, and other public facilities. An LCI report, commissioned by the Los Angeles Business Council, analyzed strategies for the implementation of Proposition 39 funds to help maximize long-term investment in energy efficiency and clean energy, and the associated jobs and other benefits for Californians. The authors found that Proposition 39 funds could quadruple through the use of revolving investment mechanisms. The research helped informed investment mechanisms for Proposition 39 and other related campaigns.

Assessing Solar and Efficiency Opportunities: Part of President Obama’s Climate Data Initiative (2014 report)
Authors: Colleen Callahan, J.R. DeShazo, Henry McCann, and Norman Wong

In response to, and recognized by President Obama’s Climate Data Initiative, the UCLA Luskin Center and Environmental Defense Fund released the Los Angeles Solar and Efficiency Report (LASER). LASER is a data-driven mapping tool designed to help communities identify opportunities to invest in projects that will save households money, create clean energy jobs, and strengthen climate resilience. The tool illustrates existing pollution and climate change impacts at a community level and illustrates “hot spots” ripe for rooftop solar investment and energy efficiency building potential at the parcel level.

Planning for Port Energy Resiliency (2013 report)
Authors: Ryan Matulka, J.R. DeShazo and Colleen Callahan

The San Pedro Bay Ports, comprising the Ports of Los Angeles and Long Beach, are the two busiest ports in the U.S. The Aquamarine Institute, with support from these ports, commissioned LCI to create a framework to study electricity consumption and evaluate energy management strategies at the San Pedro Bay Ports. The report served as a foundation for future energy management planning by the San Pedro Bay Ports, including energy efficiency and local energy generation.

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