Candidate
Program |
Description
|
Delivery
|
Customer
Class
|
Potential
Cost
|
Cost Effectiveness[1]
|
Advantages as an Interim Program
|
Disadvantages as an Interim
Program
|
|
Building Operator Certification |
Energy efficiency training program for facilities managers |
NEEP |
Commercial/ Industrial |
$230,000 |
B/C ratio 7.8 per evaluation of Northwest program |
Easy start-up - Existing
delivery mechanism - Tariff pending
at PUC Evaluated cost effective in Northwest Supports small business Creates favorable market conditions Promotes sustainable economic development |
May be difficult to determine cost effectiveness |
|
State Buildings |
Fund conservation measures in State buildings |
BGS |
Public facilities |
$1.5 million identified, but flexible |
Projects chosen to ensure favorable B/C ratios |
Cost effective, via engineering estimate Easily measured savings Benefits all citizens Creates favorable market conditions Good pilot |
Difficult start-up - Implementation
requires significant
person hours - Consultant may
be required |
|
Residential lighting promotion |
Advertise, assist retailers, offer rebates to Increase
adoption of compact fluorescent lights |
RFP for vendors |
Residential |
$700,000 |
Evaluated cost effective in other states |
Easy start-up: - vendors
currently exists Evaluated cost effective elsewhere Available to all residential consumers Increases consumer awareness Creates favorable market conditions Good pilot |
|
|
Maine Energy Education Program (MEEP) |
Conservation education through schools |
MEEP |
Residential, School facilities |
$83,000 |
No known study |
Easy start-up - Program
currently running Reaches many consumers (through children) Increases consumer awareness |
Difficult to determine cost effectiveness |
|
Existing utility programs |
Primarily rebates for efficient lighting and motors, water
heater wraps |
T&D Utilities |
Commercial/ Industrial, Residential |
$3.5 million |
Cost effective per ongoing utility evaluates |
Easy start-up - Programs
currently running - Familiar to
customers Proven cost effective in Maine Allows orderly transition |
Delivered by utilities, so counter to Act’s
intent |
|
Low income appliance replacement |
|
CAPS |
Low Income |
$300,000 to $600,000 |
No known study |
Some start-up easy - Existing
delivery mechanism Easily measured savings Reaches low-income customers |
Some start-up difficult - Substantial
design work remains - Consultant may be required Cost effectiveness unknown |
|
School retrofits |
Retrofit schools to improve lighting efficiency |
Schools RFP for delivery co. |
Public facilities |
Flexible |
Projects chosen to ensure favorable B/C ratios |
Cost effective, via engineering estimate Easily measured savings Good pilot Benefits wide range of citizens in each town May increase consumer awareness In each town |
Start-up difficult - Substantial
design work remains - Consultant to
PUC staff may be required |
|
Motor efficiency |
Introduce more efficient motors to businesses |
NEEP |
Commercial/ Industrial |
$300,000 |
Economic potential determined by independent consultant |
Easy start-up - Existing
delivery mechanism Predicted to be cost effective by independent
consultant Benefits small business Creates favorable market conditions |
May be difficult to determine cost effectiveness |
[1] B/C Ratio
is the benefit cost ratio. A B/C ratio
greater than 1 means that the value of the benefits is greater than the value
of the costs, and the program is cost-effective.