Indiana Michigan Power

Energy Efficiency Evaluation

For Indiana Michigan Power, we are conducting impact and process evaluations of a diverse portfolio of residential and non-residential energy efficiency programs in Indiana and Michigan.  As part of this effort, we are evaluating C&I custom and prescriptive incentive, small business, public street lighting, appliance recycling, residential and commercial audit, residential lighting and appliance, income qualified and non-income qualified home weatherization, and residential and commercial new construction incentive programs. Further, we conduct evaluation of residential and commercial pilots as well as EM&V of a Conservation Voltage Reduction initiative. The portfolios also include upstream, direct install, and appliance rebate programs in the residential sector.

Scope of Work

Baseline Assessments Free Ridership & Spillover Assessment
Statistical & Econometric Analysis In-Depth Interviewing
Demand Response Evaluation Survey Development & Administration
Building Energy Simulation Cost Effectiveness Analysis
Emerging Technology Evaluation Statistical Sampling Planning
Behavioral Program Evaluation

Publicly Available Reporting

2015 Commercial and Industrial Program Portfolio Evaluation

The link above provides a copy of ADM’s impact and process evaluation of I&M’s 2015 C&I program portfolio. Programs include prescriptive and custom incentives as well as a direct install program.

2015 Residential Incentives Program Portfolio Evaluation

The link above provides a copy of ADM’s impact and process evaluation of I&M’s 2015 residential program portfolio. Programs include appliance recycling, home energy reporting, online energy check-up, demand response, weatherization, new construction, and lighting and appliance discounts.

2015 Electric Energy Consumption Optimization Program Report

The link above provides a copy of ADM’s evaluation of I&M’s 2015 EECO program. The EECO program is a Conservation Voltage Reduction (CVR) program which is operated by reducing voltages in the distribution network, resulting in a proportional reduction of load on the network.