How can I participate in the C&I Standard Offer Program?
Eligible entities can start the participation process by submitting an Initial
Application and a Final Application to AEP PSO to reserve funding based on the
expected demand and annual energy savings for a proposed project. For more
information about the C&I Standard Offer Program process, please visit the
Participation Process section of the site or view the program process diagram.
You may also view and download enrollment materials.
What is a project?
A project is the set of proposed or installed energy efficiency measures or
other improvements necessary to produce demand and energy savings contained in
one program application. One project may contain energy efficiency measures at
more than one customer site, as long as the sites represented in each project
are similar. For example, installation of energy efficiency measures at a chain
of grocery stores could constitute only one project. If customer sites are dissimilar, for example, warehouse and office area applications, a separate application is necessary for each site.
Does the customer hosting a project have to purchase their energy from PSO?
Yes. Only projects connected to PSO’s distribution system are eligible to
participate.
How is each project's incentive calculated?
This program pays incentives for both demand and energy savings at fixed rates.
The rates are $175/kW for peak demand reduction and $0.060/kWh for
annual energy savings.
When are incentive payments made?
Incentive payments are made in two parts. The first is made upon approval of the
Installation Report, at which time 40% of the expected incentive payment
estimated on the Installation Report for measures requiring M&V and 100% of
the incentive payment for deemed savings measures will be made. The second
incentive payment is made after the customer has completed measurement and
verification for the project and PSO has approved the Savings Report. The
Measurement and Verification process may take as little as 90 days or as long as
12 months, depending on the energy efficiency measures involved in the
individual projects. The second payment is for the balance of program incentives
owed to the customer, based on the level of demand and energy savings actually
achieved by the project (up to 60% of the contracted amount).
Regarding the security deposit, how will PSO handle a change in estimated
savings, either up or down, between the Initial Application and the Final
Application?
If the estimated savings for the Final Application are larger than that of the
Initial Application, an additional security deposit may be required to reserve
the incentive funding. If the estimated savings for the Final Application is
less than the Initial, PSO will hold the original security deposit, but will
base the 75% deposit return threshold on the lower Final Application estimate.
How is " peak demand reduction" defined for this program?
The peak demand reduction is defined as the maximum, one-hour average, demand
reduction in kW that occurs when the system undergoing retrofit is operating at
peak conditions during the summer period. The summer period is defined as
weekdays, between the hours of 1 p.m. and 7 p.m. from May 1 until September 30,
excluding holidays.
When can projects be combined or aggregated into a single application?
Different project sites may be combined into one application if they have
identical proposed energy efficiency measures, similar functions, and similar
operating conditions. For example, several sites of a chain of hardware stores
could qualify as one project. The combination of similar project sites can help
an application reach the program minimum project size of 20 kW peak period
demand reduction. Sites that are dissimilar (installing different energy
efficiency measures or having different operating characteristics) may not be
combined into a single project. An example of two dissimilar sites would be an
office building and a school, even if both sites included the installation of
the same measure, such as a chiller.
How are actual energy savings determined?
The actual--rather than predicted--demand and energy savings are determined
through measurement and verification (M&V) conducted by the customer or its
contractor. M&V is mainly a form of due-diligence required by PSO to ensure
that incentive funding collected from electricity customers has been prudently
spent. For the C&I Standard Offer Program, three levels of M&V rigor are
used to estimate the amount of energy savings achieved by the programs.
- "Deemed savings" uses stipulated savings data for a particular energy
efficiency measure taken from past DSM programs or other industry data; no
short-term testing or long-term metering is required;
- "Simplified M&V" involves short-term testing or simple long-term metering,
but relies chiefly on manufacturer's efficiency data and pre-set savings
calculation formulas to determine savings; and
- "Full M&V" refers to any M&V activities that represent a higher level of
detail than the simple M&V or deemed savings approaches, including
stipulated savings based on short-term information, metered savings of equipment
or systems, whole building billing analysis, and calibrated computer
simulation.
The level of M&V rigor required for a particular project depends on the type
of equipment being installed and its operating characteristics. For example, all
energy savings for lighting occupancy sensors are determined using deemed
savings. More complex project measures require more M&V.
Who is responsible for measurement and verification (M&V) activities?
The Project Sponsor must perform any M&V required for a project; this may
involve metering equipment energy consumption, monitoring operating hours, and
other activities. PSO recommends certain M&V methodologies for many common
project measures, but customers may need to develop an original M&V plan for
more unique or complex projects. The proposed M&V plan must be included as
part of the Final Application.
How will the baseline energy consumption be determined?
Pre-installation monitoring may be needed to measure energy savings for some
types of energy efficiency measures. In addition, the actual baseline energy
consumption will need to be adjusted to reflect the applicable federal or
industry efficiency standards (such as ASHRAE 90.1, NEMA, ENERGY STAR®) to
determine the correct incentive amount. For some types of energy efficiency
measures, such as a constant speed chiller replacement, the baseline energy
consumption is actually determined by a minimum efficiency standard in
conjunction with some post-installation data, so that no pre-installation
monitoring is necessary.
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