HomeMy WebLinkAbout2003-225 Revision No 2 Exhibit A - BPA 01ES-10379 Revision No. 2, Exhibit A
PROJECT PROPOSALS, ENERGY SAVINGS, AND PROJECT BUDGETS
Effective on the Date Signed by Both Parties
This Revision No. 2 terminates the Limited Standard Offer (LSO), Project No. 2, consistent
with section 2 below, and adds Project No. 3, Expanded Standard Offer (ESO) for
Commercial and Industrial Lighting, pursuant to section 3 of this Exhibit.
1. PROJECT 1: RESIDENTIAL PROGRAM
(a)
Bonneville establishes an Implementation Budget of $150,000 for the term of
this Agreement. Ashland shall invoice Bonneville for Completed Units in the
amounts as described below. Bonneville's payment to Ashland for their
administrative costs shall be included as part of this Implementation Budget.
(b) Residential Sector Conservation Measures
(1)
Ashland intends to install the following residential Measures at the
agreed upon assumed savings (kWh) shown below. Bonneville shall
pay Ashland the amount shown below in the payment column for such
Measures actually installed. Ashland shall invoice Bonneville
pursuant to the instructions as described in section (c) of this exhibit.
Ashland may submit a written proposal to Bonneville for the
installation of other types of residential Measures not identified below.
Such written proposal shall state the types of Measures Ashland
intends to install and the amount of incentive payments they intend to
offer for such Completed Units. Bonneville will review the proposal,
and, if Bonneville approves such proposal, shall revise this Exhibit A
to include such Measures.
Agreed Upon Assumed
Savings (kWh) Payment
1. Full weatherization single family 2,531 $1,168 2_/
2. Window Replacement Single Family 11.56 kWh/sq, ft. $3.50/sq. ft.
3. Performance Tested Comfort Systems
(PTCS)
a. Manufactured homes 1_/ $500 2--/
b. Site-Built 1-/ $500 2/
4. Brightway Solar Water Heaters 2,332 $600
5. Heat Pump Conversion ~/ $1,000
Heat Pump Conversion with PTCS ~/ $1,500
~-/Energy savings values shall be determined from the RTF's latest Appendix L.
2/ Bonneville shall the pay the lessor of 35 percent of the actual cost of the Measure or the amount
shown.
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(2)
Specifications
Installation requirements for all residential Measures identified above
shall be based on the specifications as required for each Measure as
stated in the Regional Technical Forum's (RTF) Revised Appendix L,
dated June 1, 2001. Further specifications for the individual
residential Measures are specified below:
(A)
Full Weatherization Single Family
Full weatherization shall consist of at least three individual
Measures and infiltration.
Ashland will follow the Bonneville's Weatherization
Specifications contained in the Regional Technical Forum
Guide Recommendations (RTFGR), for residential conservation
Measures. Ashland may, if it wishes, adopt any subsequent
Bonneville authorized RTFGR, provided Ashland notifies the
COTR of that intent by letter. Until the RTFGR specifications
include weatherization specifications, Ashland may use the
attached Bonneville 2001 Weatherization Specifications.
(B)
Windows Single Family
All windows in the home shall be replaced. The windows must
meet Energy Star specifications and the dwelling must have all
other major weatherization Measures already installed.
(c)
Performance Tested Comfort Systems (PTCS): Work
must meet PTCS Certification or Equivalent
Requirements
Ashland shall require PTCS certified individuals perform tests
on each Project in accordance with PTCS requirements for
testing, sealing, and retesting. In general, each system shall be
pressure tested, and any air leaks sealed in accordance with
PTCS requirements and the system pressure tested to ensure
the leaks are sealed, Ashland shall require all materials and
workmanship be warranted.
(D)
Brightway Solar Hot Water Heaters
The solar residential hot water heaters must be designed,
installed, and inspected per Eugene Water and Electric Board's
(EWEB) Solar Water Heater Program specification.
(E) Heat Pumps
0)
General Heat Pump Equipment Standards And
Requirements For Site Built Structures
(i)
Equipment
All equipment shall be listed in the Air
Conditioning and Refrigeration Institute (ARI)
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(ii)
(II)
(m)
Directory and manufactured by company(s)
appearing in said directory. Only appropriately
matched equipment shall be used. Units shall be
listed by Underwriters' Laboratories.
Ratings
Heat pump equipment shall meet the
performance, safety, and rating requirements as
given in the latest revision of ARI Standard 240.
Protective Devices
Reciprocating compressors shall be provided with
a crankcase heater and a liquid-line dryer.
Compressor motor start-assist kits shall be
installed when recommended by the
manufacturer. The Compressor shall be
protected from abnormal operating pressures
and temperatures, and loss of refrigerant by
suitable pressure and temperature overload
devices. To prevent flood back of liquid
refrigerant to the compressor, a suction line
accumulator should be installed.
(IV)
Warranty
Heat pump equipment shall be warranted by the
manufacturer against defects in material and
workmanship for a minimum of one year from
the date of start-up of the equipment. In
addition, the compressor shall be warranted by
the manufacturer against defects in material and
workmanship for a minimum of 5 years from the
date of start-up.
Supply Fan
All heat pump systems shall be equipped with a
three (3) speed fan.
(vi)
Air Flow
The indoor fan and duct systems shall be sized to
meet the airflow requirements of the heat pump
equipment.
Specific Heat Pump System Requirements
(I)
Air Source Heat Pumps Performance
It is recommended that the highest efficiency
equipment available be used. The HSPF rating
for a split system shall be 8.00 BTUh/watt or
greater. The HSPF rating for a package system
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(iii)
shall be 8.0 BTUh/watt or greater, as certified by
ARI.
(II) Gas Backup Heat Pumps
(aa)
The gas auxiliary heat shall be sized to
provide no more that 100 percent of the
design heating load.
(bb)
Heat pumps with backup gas furnaces
shall meet one of the following minimum
efficiencies:
(AA) 8.0 HSPF with 90 percent AFUE
gas furnace.
(BB) 8.0 HSPF with 80 percent AFUE
gas furnace.
(cc)
All gas backup heat pumps shall have an
outdoor thermostat. The outdoor
thermostat shall be set no higher that
35°F so that the gas furnace will not
operate in the heating mode when the
outdoor temperature is above 35°F. The
heat pump and gas furnace shall not
operate simultaneously, except in the
defrost mode.
(dd)
The indoor coil of the heat pump shall
always be installed down stream of the
heat exchanger for the gas furnace.
Condensate form indoor coil shall not be
allowed to drip onto the gas furnace's heat
exchanger.
(m)
Ground Source Heat Pumps
The proposed ground source equipment must
have a Coefficient of Performance (COP) of 3.0 at
50°F entering water temperature.
Equipment Installation
The consumer shall be responsible for disclosure to the
contractor and Ashland of any known past or present
standing water conditions noted under the dwelling.
The customer is responsible for installation of a sump
pump, OR suitable trenching, OR any other method(s)
necessary to properly drain the crawl space.
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Completion of this (these) Measure(s) shall be made
prior to installation, repair or replacement of any
equipment that are located in the crawl space.
(I)
Access
Equipment shall be located to allow easy service
access and adequate working space for servicing
without removal of piping, ductwork, or other
permanently installed fixtures. Special care
shall be taken in locating components which
require frequent attention, such as filters.
(II)
Location and Support of Indoor Units
Equipment shall be installed according to State
and local building codes. Indoor units shall be
located to permit smooth duct transition and
shall be adequately supported or placed on a
suitable platform in accordance with
manufacturer's instructions and
recommendations. Attic and underfloor
installations shall be noted in original proposal.
If the indoor unit is lower that the floor drain or
dry well a condensate pump shall be installed.
Automatic controls to shut down the system in
case of pump failure shall be installed. A back
flow prevention device shall be installed if the
pump is not equipped with one.
(III)
Location and Support of Outdoor Units
All equipment shall be installed according to
State and local building codes. Outdoor units
shall be located to avoid restriction in the
outdoor air stream. Units shall be mounted on
an adequate, solid, secure pad which provides
proper drainage and prevents a buildup of water
and ice. In all installations there shall be a
minimum of three inches of free and clear area
under the outdoor drainage area. Condensate
shall not drain onto areas where ice formation
may create a hazard (e.g., walkways).
Condensate drain lines shall be pitched to
prevent backup and overflow of water in the
drain pan.
(iv) Ducting System and Sizing Standards
(I)
Metal, Flez, and Fiber Board plenums are all
acceptable materials, provided they are properly
designed, sealed, and installed.
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(II)
All ducting shall meet manufacturer's
requirements and be properly sized using a
standardized system to provide the airflow that
is needed to meet the calculated heating and
cooling loads for each space.
(III)
Multi-level homes or homes exceeding
1,800 square feet of gross living area shall have a
minimum of two (2) returns. (When appropriate,
return ducts should be positioned higher in
relation to the supply ducts).
(IV) All duct joints shall be mechanically fastened.
Hangers shall hold ducting as straight as
possible limiting restriction of airflow and
supported off ground whenever possible.
(vi)
All boots shall be mechanically fastened to the
sub-floor.
(VII)
Duct insulation shall be installed without
excessive compression, using non-corrosive and
rot proof materials.
(VIII)
Air Velocity (FPM) Guidelines
Air velocity guidelines hsted below should be
used in the design of the duct system.
Air Velocity (FPM) Guidelines
Supply Side Return Side
Rigid Flex Rigid Flex
Main Trunk Plenum 700 600 600 600
Branch Ducts 600 600 400 400
Supply Outlet Face Velocity 500
Return Grille Face Velocity 400
Return Grille Face Velocity 300
(IX)
(x)
Proper diffusers and registers shall be selected
and installed in the proper locations.
All metal connections must be sealed using RCD
No. 6 Mastic or Air Seal No. 33 Mastic (or other
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(v)
(XI)
(XII)
(XlII)
mastic material meeting the same material
standards). Connections include, but are not
limited to: butterfly joints, boots, gores, branch
connections, or plenum joints.
All boots shall be sealed to the sub-floor
connection.
No duct tape shall be used in the installation of
ANY equipment.
Blower door testing will be random after the first
five (5) successful installs by any on installer.
(Purpose: quality control and to offer feedback to
the installer). Ashland will provide this
diagnostic service at no charge to the customer or
installer.
(IX)
Building cavities shall not be used as supply or
return plenums.
Retrofits
Retrofit shall be defined as modification of the existing
ducted heating system.
(I)
Heat pump equipment must meet the equipment
standards previously referred to under Heat
Pump Equipment Standards.
(II)
If blower door diagnostic test indicated the duct
system needs sealing, duct sealing shall be
reimbursed under current weatherization
payment structures.
(III)
To provide adequate air flow, the installer must
verify that the existing air handler and heat
strips are compatible with the new heat pump
system (refer to section (ix)).
Supplemental Heat Pump System
Requirements
Sections (aa) through (dd) are to be considered
for manufactured home installations. These
requirements are to be considered in combination
with ALL other requirements and standards
herein noted.
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(vi)
(vii)
(viii)
(aa)
A fan kit shall be required that matches
the heat pump outdoor unit.
(bb)
No blower door testing will be required for
duct analysis.
(cc)
For manufactured homes that are
considered "heat pump ready," all
equipment must be matched and meet
ARI standards.
(dd)
The cross-over duct shall be properly
sized, free of damage, properly supported,
fastened in a secure manner, and not
restrict air flow.
Insulation
(I) Flex ducting shall be a minimum of R-8.
(II)
Metal ducting shall be properly wrapped with a
minimum R-8 material or higher.
(III) Fiber board plenums shall be wrapped to achieve
a minimum of R- 11.
Inspections
(i)
An in-progress inspection shall be performed for
duct sealing. Twenty-four (24) hour notice shall
be given. (Ashland will be available for site
assistance for those unfamiliar with mastic
procedures.)
(II)
Blower door testing will remain available to all
customers and installers upon their request.
Ashland will provide this diagnostic service at no
charge to the customer or installer.
Indoor Thermostats
An operational 24 hr/7 day programmable thermostat
shall be installed in accordance with manufacturer's
specifications. Product literature and operating
instructions shall be provided to the customer.
(I)
Installation
Indoor thermostats shall be located and installed
according to the manufacturer's instructions and
recommendations.
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(c)
(II)
Heating and Cooling
Indoor thermostats shall have the capability to
operate both the heating and cooling cycles. The
thermostat shall have a manual changeover
feature or heating/cooling lockout to prevent
cross-cycling. Heat pumps with supplemental
heat strips shall have a two (2) stage thermostat.
(III)
Emergency Heat Relay
All indoor thermostats shall include a manual
selector switch to permit all supplemental
heaters, to the furnace, to be energized under
control of the indoor thermostat (with the
compressor and outdoor thermostats by passed)
when the system is operating on emergency heat.
(ix)
Air Volume
After installation and start-up, the contractor shall
prepare a report documenting the total airflow across
the heat pump coil, recorded at the air handler. This,
along with the temperature difference across the coils
and outdoor ambient air temperature at the outdoor
coil, should be reported to the customer, included on the
Heat Pump Start-Up Checklist, and submitted to
Ashland.
(x)
Filters
Air filters shall be installed in the return air system in a
location that will be easily accessible to the user for
filter servicing in a position where all return air and
outside air will pass through the filters before crossing
the indoor coil. Filter types and sizes shall meet the
standard manufacturer's instructions and
recommendations. The filter media shall have an
average efficiency of not less than 30 percent on
ASHRAE 52-76-test standard.
Invoicing and Payment
Ashland shall invoice Bonneville on a quarterly basis (once every 3 months)
for Completed Units. Payment shall be made based on the provisions of
section 8 "Invoicing and Payment" in the body of this Agreement. Ashland
shall include a separate line item as part of their invoice for their
administrative costs to install the conservation Measures under this
Agreement. Ashland's administrative costs shall be 10 percent of the amount
it invoices Bonneville for Completed Units.
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o
PROJECT 2: LIMITED STANDARD OFFER FOR COMMERCIAL
LIGHTING
This project has been terminated as of September 30, 2003. The remaining
Implementation Budget has been transferred to Project No. 3 below. The parties
agree that no additional invoices will be submitted under the LSO. All other
liabilities shall be preserved until satisfied.
PROJECT 3: EXPANDED STANDARD OFFER FOR COMMERCIAL &
INDUSTRIAL LIGHTING
(a) Project 3 Description
(1)
This Expanded Standard Offer (ESO) provides rebates for retrofits of
lighting in commercial and industrial facilities. The Measures eligible
for payment under this ESO include only those listed in the Lighting
Rebate Verification Report. In addition, a 30 percent watt reduction of
the affected lighting load for each project is required to receive the
rebate. Ashland shall ensure that all materials, including PCB
ballasts, are disposed of or recycled in accordance with current
environmental laws.
(2)
Ashland shall implement a commercial and industrial sector lighting
retrofit program designed to install the Measures listed in the
Lighting Rebate Verification Report below. Ashland may implement
the program using Ashland's staff or contractors to provide the
services necessary to install the Measures.
(3)
Ashland shall provide a work plan to Bonneville within 120 days of
the execution of this Project 3. The Plan shall include: (1) a brief
description of Ashland's program, (2) method for determining eligible
facilities, and (3) qualifications required for auditors, installers, and
inspectors.
(4)
Bonneville shall review this work plan and upon acceptance, send
Ashland written notification to proceed.
(5)
Should the level of program implementation fall substantially below
the activity level identified in the work plan, Bonneville reserves the
right to adjust the implementation budget pursuant to section (i)
below.
(6)
In order to accommodate the addition of new technologies and revised
specifications, Bonneville may annually revise this Project 3.
(b)
Implementation Period
This ESO is available from the Execution Date of this Project 3 through
September 30, 2006.
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(c) Energy Savings Verification
(d)
(e)
(f)
Ashland shall inspect all installations to ensure Measures are
installed correctly and that the Measures meet the specifications
listed in sections (k) and (1) of this Project 3. Ashland shall:
complete, sign, and date the Lighting Rebate Verification
Report for each project,
(B)
attach the Wattage Reduction Summary Sheet for each facility
showing the wattage reductions and energy savings,
(c)
attach any cut sheets or equipment descriptions for the
installed equipment,
(D)
submit the above with an invoice as described in section (d)
below.
(2)
Ashland shall retain all supporting documents for each project that
include, but are not limited to purchase orders, subcontractor invoices,
pre-project estimates, or other related project documents. Bonneville
may review these records as provided for in this Agreement.
Bonneville Payment and Invoicing Requirements
(1)
Bonneville shall provide $350,000 for implementation of this proposal.
Ashland may invoice Bonneville up to this total Implementation
Budget for this ESO through September 30, 2006. In no case shall the
total invoiced to Bonneville for past and future work under this project
exceed the Implementation Budget. If Ashland expends this
Implementation Budget amount prior to September 30, 2006, Ashland
may request additional Implementation Budget. Bonneville shall
review the request and may add additional funds to the
Implementation Budget by modification to this Agreement.
(2)
Ashland may invoice Bonneville when projects are complete, but no
more often than once a month. Bonneville shall review, and upon
acceptance, pay the reimbursements for Measures installed. Ashland
shall, if requested by Bonneville, arrange for an onsite inspection by
Bonneville of the Measures installed.
Technical Interpretations
Ashland may submit technical questions in writing, including E-mail, to
Bonneville regarding the specifications and the rebate list.
Consideration of Non-Standard Measures
The intent of the ESO rebate list is to provide standard incentives for
common lighting efficiency Measures. Ashland may request, on a
case-by-case basis, Bonneville consideration of lighting Measures that are not
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included in the Lighting Rebate Verification Report. Such Measures must be
determined by Bonneville to be cost-effective Measures and meet general
Conservation Augmentation program requirements. Bonneville reserves the
right to approve or disapprove use of such non-standard Measures.
(g) Program Requirements
(1) The facility shall be non-residential and served by Ashland.
(2)
Rebates are available for replacement of existing equipment in
existing facihties only.
(3)
The total rebate for each project shall not exceed 70 percent of the
total project cost.
(4)
All projects must reduce the affected lighting wattage by 30 percent or
greater, where: Percent Watt Reduction = 100 × (Input Watts of
Removed Lighting - Input Watts of Installed Lighting) .-' Input Watts
of Removed Lighting).
(5)
All payments for savings under this Project 3 must be passed through
from Bonneville to the end-user by Ashland.
(h)
Measure Life
Regardless of the method for determining Measure hfe as described in
section 14(e)(1) of the body of this Agreement, the Measure life for all
Measures under this project is 10 years except for CFLs, which is 3 years.
If a termination charge is implemented under section 14(e) of the body of this
Agreement, the Measure life provided in this section shall be used in the
formula provided in section 14(e) of the body of this Agreement.
(i)
Budget Review and Adjustment
Bonneville shall periodically review Ashland's progress to ensure that the
program is being implemented in a manner that provides assurance that the
funds will be utilized by Ashland during the term of Project 3. Bonneville
may, in consultation with Ashland, and only after providing 3 months notice,
reduce the budget. Bonneville shall take into account all issues that Ashland
believes will affect future rates of expenditure. In any case, Bonneville shall
not reduce the budget:
(1)
below the level needed to meet all commitments previously made in
writing by Ashland to any consumers. A list of commitments shall be
provided to Bonneville;
(2)
below the level needed to cover the estimated cost associated with all
projects that have been formally presented to Ashland by any
consumers, and that, in the opinion of Ashland have a high likelihood
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of gaining utility or Bonneville approval, whichever is needed. A hst
of projects shall be provided to Bonneville.
(j) Consumer Triggered Stranded Conservation Investments
If a consumer who received conservation payments under the terms of
this exhibit;
provides notice to Ashland it will stop placing firm load on
Ashland, and
(B)
that consumer continues to operate the facility with electricity
provided by any other entity, including energy the consumer
may produce using its own generation resources, and
(c)
the Bonneville payment to Ashland to achieve that
conservation with that consumer was $100,000 or greater, then
Ashland shall be responsible for repayment for the resulting
stranded conservation investment.
(2)
The amount of the repayment shall be calculated using the formula in
section 14(e). The definition of the variables in the formula shall be
construed to apply to those projects for which repayment shall be
required. The Measure life shall be consistent with those provided in
section (h) of Project 3 of this Exhibit A.
(3)
The repayment shall be made within 60 (sixty) business days from
when the business ceases to place firm load on Ashland.
(k) General Equipment Requirements
(1) All equipment shall be new.
(2)
All ballasts and luminaires shall be Underwriters Laboratory (UL)
rated.
(3)
Ballast Warranty: All electronic ballasts shall be warranted against
defects in material and workmanship for a minimum of 3 years, except
for those ballasts listed under sections (1)(1), (1)(2), and (1)(8) below.
These ballasts are warranted for 5 years as required by the Lighting
Design Lab T8 & T5 Fluorescent Lamp Electronic Ballast
Specifications. The warranty shall include either a $10.00
replacement labor allowance or complete replacement including labor
by an agent of the manufacturer.
(4)
Lamp Warranty: Lamps shall be warranted against defects in
material and workmanship for 2 years. The warranty shall provide
for replacement lamps.
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(5)
Compact Fluorescent Warranty: CFLs shall be warranted for at least
1 year, or for the manufacturer's stated life of the CFL.
(6)
Starting Temperatures: All ballasts shall be capable of starting the
lamps at the appropriate ambient (surrounding) temperatures.
Examples include indoor heated, indoor non-heated, normal outdoor,
and cold climate outdoor.
(1) Rebate Item Requirements
(1)
High Performance T8 Fluorescent Lamps and Electronic
Ballasts
(A) Includes fixture retrofits and new fixtures.
(B)
This category is primarily intended for 4-foot T8 lamps, but
includes T8 and T5 linear fluorescent lamps, 2 feet to 8 feet in
length, with ballast input watts from 15 to 114 watts, that
meet the 95 lumens per watt requirement.
(c)
Lamps shall have a CRI equal to or greater than 85, lumen
maintenance equal to or greater than 95 percent, and lamp life
equal to or greater than 24,000 hours (at 40 percent of rated
life, 3 hours per start). Four-foot F32T8 lamps shall have
initial output equal to or greater than 3,100 lumens.
(D)
Ballasts shall meet the requirements of the Lighting Design
Lab T8 & T5 Fluorescent Lamp Electronic Ballast
Specifications current at the time of ballast installation.
(E)
Lamp/ballast combinations shall have an efficacy of equal to or
greater than 95 lumens per watt:
Lamp/Ballast Efficacy = (Initial Lamp Lumens x No. of Lamps
x Ballast Factor)/Ballast Input Watts.
(F)
For this "High Performance" rebate, the application must
include either the manufacturer's specification sheet
documenting Initial Lamp Lumens, Lamp Lumen
Maintenance, Ballast Factor and Ballast Input Watts, or list
manufacturer's model numbers and performance.
(G)
Alternate Compliance Method: In lieu of Lamp/Ballast Efficacy
documentation, lamps and ballast may qualify separately as
follows:
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Lamp Type Instant Start Programmed Lamp
Rapid Start Lumens
1-1amp F32T8 ..... BEF > 2.75 > 3,100
2-1amp F32T8 BEF >_ 1.6 BEF > 1.47 > 3,100
3-1amp F32T8 BEF > 1.06 BEF > 0.97 > 3,100
4-1amp F32T8 BEF >_ 0.81 BEF > 0.75 > 3,100
Ballast Efficacy Factor (BEF) = Ballast Factor x 100 + Ballast Input
Watts
(2)
(3)
T8 or T5 Fluorescent Lamps and Electronic Ballast
(A)
Includes fixture retrofits and new fixtures. This rebate
category is intended only for applications where the
requirements of category A (above) cannot be achieved.
(B)
Includes T8 and T5 linear fluorescent lamps, 2 feet to 8 feet in
length, with ballast input watts from 15 to 114 watts.
(c)
Lamps shall have a CRI equal to or greater than 80, lumen
maintenance equal to or greater than 90 percent, and lamp life
equal to or greater than 18,000 hours (at 40 percent of rated
life, 3 hours per start). Four-foot F32T8 lamps shall have
initial output equal to or greater than 2800 lumens. Lamp
ballast combinations shall have an efficacy equal to or greater
than 80 lumens per watt.
(D)
Ballasts shall meet the requirements of the Lighting Design
Lab T8 & T5 Fluorescent Lamp Electronic Ballast
Specifications current at the time of ballast installation.
Hardwired Compact Fluorescent
(A)
Includes new hardwired compact fluorescent fixtures and
fixture retrofits, 15 to 99 watts.
(B) Must replace existing incandescent or mercury vapor lighting.
(c)
Hardwire retrofits must remove screw-in lamp socket.
Recessed fixtures must include a reflector designed for the new
lamp.
(D)
Lamps shall have a CRI equal to or greater than 80, lumen
maintenance equal to or greater than 80 percent, and lamp life
equal to or greater than 10,000 hours (at 40 percent of rated
life, 3 hours per start).
(E)
Ballasts shall have a power factor equal to or greater than
90 percent, THD less than or equal to 33 percent, Lamp
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(4)
(5)
(6)
(7)
Current Crest Factor less than or equal to 1.7, Class A sound
rated, and provide end of life protection.
(F)
Lamp/ballast combinations shall have a minimum efficacy of
46 lumens per watt for lamps under 30 watts, and 60 lumens
per watt for lamps 30 watts or greater.
Ceramic Metal Halide
Includes new hardwired fixtures and fixture retrofits, 39 to
250 watts (nominal).
(B) Must replace existing incandescent lighting.
(c)
Lamps shall have CRI equal to or greater than 80, lumen
maintenance equal to or greater than 80 percent, and
maximum color shift over life of lamp less than or equal to
200 degrees Kelvin.
Screw-in Compact Fluorescent Lamps
Includes one-piece or modular screw-in compact fluorescent,
3 to 150 watts (nominal).
(B) Must replace existing incandescent lighting.
(c)
Installation in recessed fixtures is not recommended. Lamps in
recessed fixtures must include a reflector designed for the
lamp.
(D)
Screw-in compact fluorescents must bear the ENERGY STAR®
label and meet the ENERGY STAR® specifications for energy
efficiency. Exception: Where ENERGY STAR® specifications
do not apply, substitutions may be allowed with prior approval
from Bonneville.
LED or Cold Cathode Exit Signs
(A) Applies to new LED or Cold Cathode exit signs.
(B) Must retrofit or replace existing incandescent exit signs.
(c)
Exit signs must meet the ENERGY STAR® specifications for
energy efficiency. Input power must be less than 5 watts per
face.
Induction Lamp Luminaire
(A) Includes new induction lighting systems.
(B) Must replace existing incandescent or mercury vapor lighting.
01ES-10379, City of Ashland
Revision No. 2, Exhibit A, Projects, Energy Savings & Project Budgets
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(8) High Output Fluorescent Luminaire
(9)
(A)
Includes T8, T5, standard or HO, 4-foot and 8-foot lamps, 85 to
600 input watts.
(B)
Must replace T12 fluorescent/magnetic ballasts, mercury
vapor, probe-start metal halide, or incandescent.
(c)
Lamps shall have a CRI equal to or greater than 80, lumen
maintenance equal to or greater than 90 percent, and lamp life
equal to or greater than 18,000 hours (at 40 percent of rated
life, 3 hours per start).
(D)
Lamp/ballast combination shall have an efficacy of greater
than 80 lumens per watt.
(E)
Ballasts shall meet the requirements of the Lighting Design
Lab T8 & T5 Fluorescent Lamp Electronic Ballast
Specifications current at the time of ballast installation.
Pulse Start Metal Halide
Includes new pulse-start lighting systems. Where possible,
high output fluorescents are recommended over metal halide.
(B)
Lamps shall have a CRI equal to or greater than 65, lumen
maintenance equal to or greater than 75 percent, and lamp life
equal to or greater than 20,000 hours (at 40 percent of rated
life, 3 hours per start).
(c)
Lamp/ballast combination shall have an efficacy equal to or
greater than 89 lumens per watt.
(10) Occupancy Sensors
Includes infrared, ultrasonic, and dual-technology sensors, and
wall, ceiling, and fixture mounts.
(B)
Occupancy sensor must be compatible with the controlled
lighting equipment and rated for the controlled wattage.
(c)
Infrared sensors require an unobstructed view of targeted
motion.
(D)
All sensors shall be tuned after installation for proper
coverage, sensitivity, and time delay.
01ES- 10379, City of Ashland
Revision No. 2, Exhibit A, Projects, Energy Savings & Project Budgets
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Lighting Rebate Verification Report
Project Title: Project #:
Facility Address: Utility:
Existing Rebate Number I$ Total by
E ui ment Measure Description Per Unit of Units L_Measure
T12 Fluorescent Includes T8, 2' to 8' lamps: Ballast: PF > 95%,THD < 20%. La~np: Lu~nen Maint. >95%, CRI>85, 4'lamp
lu~nens > 3,100, 4' lamp life >_ 24,000 hrs, Initial Lumens/Watt > 95
or
1. 1 lamp and electronic ballast (15 to 44 input watts) $ 15
Incandescent 2. 2 to 4 lam~s and electronic ballast (45 to 114 i_~ut watts) $ 30
Includes T8 and T5, 2' to 8' la~nps. Ballast: PF > 90%,THD < 20%. Lamp: Lu/nen Maint. > 90%, CRI >_ 80,
Mercury Vapor 4' la~np lu~nens > 2,800, 4' lamp life >~ 20,000 hfs, Initial Lumens/Watt > 80
1. 1 lamp and electronic ballast (15 to 44 input watts)$ $ 185
2. 2 to 4 lam~s and electronic ballast (45 to 114 input watts)
Hardwired ballast and replaceable lamp, CRI > 80, see Specifications for lumens/Watt requirement
1. 15 to 49 Watts (Nominal Lamp Watts) $ 30
2. 50 to 99 Watts$ 40
CRI > 80, lumen/naintenance > 80% and maxitnutn color shift over life of lamp < 200K
1. 39 to 100 Watts (Nominal Lamp Watts) $ 40 I
~. 101 to 250 Watts $ 60
Incandescent
or Includes one Piece or Modular, Energy Star® compliant where applicable.
3 to 24 Watts (Nominal Lamp Watts) $ 3
Mercury Vapor 2. 25 to 45 Watts $ 6
]. over 45 Watts $ 12
Energy Star co~npliant where applicable, Input Watts < 5
_. Retrofit kit or Replace existin~ incandescent sign IS 30]
La~np Life > 100,000 hours, CRI > 80
1. 100 Watts or less (Nominal Lamp Watts) $ 60
2. over 100 Watts $ 120
Includes T8, T5, long twin tube T5; 4' and 8'. Ballast: PF> 90%o, THD< 20%. Lamp: Lumen Maint. >90%,
T12 Fluorescent CRI > 80, lamp life >18,000 hrs, Initial Lumens/Watt > 80
or 1. 85 to 129 Watts (Ballast Input Watts) $ 60
Mercury Vapor 2. 130 to 189 Watts $ 100
or
3. 190 to 249 Watts $ 120
Probe-Start
Metal Halide 4. 250 to 600 Watts $ 180
or
Incandescent La/np Life > 20,000 hrs., Lumen Maint. >_ 75%, CRI >_ 65, Initial Lumens/Wott > 89
1. 300 to 399 Watts (Nominal Lamp Watts) $ 100
2. 400 to 750 Watts i$ 150
Includes infrared, ultrasonic and dual-technology sensors
Manual Control 1. Wall-switch mount: 100 to 200 Watts controlled $ 20
2. Wall-switch mount: over 200 Watts controlled $ 35
3. Ceiling, fixture, or high wall mount: over 200 Watts controlled $ 45
Requirements A. Unit Total:
1. The installed equipment meets the program requirements and specifications. B. Total Project Cost: $
2. The rebate items listed have been installed and are operational.
3. The project has achieved a 30% or greater Watt Reduction. C. 70% of Project Cost: $
Customer Rebate (lower of A or C above)::$
Watt Reduction: %
Inspected By: Date: Annual kWh Savings:
01ES- 10379, City of Ashland
Revision No. 2, Exhibit A, Projects, Energy Savings & Project Budgets
18 of 20
SIGNATORIES
The signatories represent that they are authorized to enter into this revision on
behalf of the Party for whom they sign.
CITY OF~LAN~
By
City Administrator
Name Gino Grimaldi
(Print/Type)
Date /~/f ~/(5_~
Content review by . on
Legal review by f~ on "~.-~~
UNITED STATES OF AMERICA
Department of Energy
Bonneville P~ Administration
Account~?cutive
Name Paul J. O'neal
(Print/Type)
Date
01ES-10389, City of Ashland
Revision No. 2, Exhibit A, Projects, Energy Savings & Project Budgets
20 of 20