energy audit for the water street parking garage and mulberry street …256e8af9... · 2017. 12....

ENERGY

AUDIT

for the

Water Street Parking Garage

And

Mulberry Street Parking Garage

City of Meadville, PA

Prepared by:

2002 Filmore Ave #5

Erie, Pennsylvania 16506

4 Peuquet Parkway

Tonawanda, New York 14150

www.bcsco.com

February 3, 2011

Water St. & Mulberry St. Parking Garages

SAIC Audit Report

City of Meadville Energy Audit

ENERGY AUDIT

for the

Water Street & Mulberry Street Parking Garages

City of Meadville, PA

TABLE OF CONTENTS

Site Overview....................................................................................................................................... Section 1

Current Energy Summary .................................................................................................................... Section 2

Potential Energy Conservation Measures ........................................................................................... Section 3

Cost/Benefit Section............................................................................................................................. Section 4


Energy Audit Report


**CONFIDENTIAL**

SECTION 1

SITE OVERVIEW

Mulberry Street Parking Ramp

The Mulberry Street parking ramp consists of a 5 deck parking structure. The ramp currently has metal halide fixtures that

vary in wattage from 100 Watts to 400 Watts. The metal halide fixtures are surface mounted underneath the parking decks

with magnetic ballasts. In addition, there are post-top and pole-mounted metal halide fixtures on the top deck of the parking

ramp that provide general illumination to the area. The parking structure also has linear fluorescent and compact fluorescent

fixtures in the stairwell which operate 24 hours a day. The Mulberry garage has an elevator which has a ventilation fan and

lighting which operates 24/7.

Water Street Parking Ramp

The Water Street parking ramp consists of a 2 deck parking structure that has an attached walkway to an adjacent building.

The parking structure also bridges over a small flowing river that runs through the town. The parking ramp has a mixture of

metal halide and high pressure sodium fixtures. The ramp is predominantly metal halide fixtures that are surface mounted

with magnetic ballasts. The HPS fixtures are located in the stair wells and mounted on light poles on the top deck of the

structure.


Energy Audit Report


**CONFIDENTIAL**

SECTION 2

CURRENT ENERGY SUMMARY

The current energy summary for the Water Street Parking Garage and the Mulberry Street Parking Garage includes one

electric meter for each of the parking garages. Electricity for the market is purchased and delivered to them through Penelec.

In addition to the following summary table and cost analysis, charts are included that summarize consumption patterns and

trends as they vary annually and seasonally.

The utility table below summarizes two years of current energy bills.

Water Street Parking Garage & Mulberry Street Parking Garage: SUMMARY of UTILITY DATA

Electricity 2008-2009 2009-2010

Water Street Parking Garage Acct # 100007624164

Consumption KWH 78,952 72,330

Blended Rate $/KWH $0.08 $0.08

Highest Demand (KW) 21.70 20.20

Total Cost $ $6,321 $5,816

Mulberry Street Parking Garage Acct # 100062491400

Consumption KWH 335,425 330,758

Blended Rate $/KWH $0.08 $0.08

Highest Demand (KW) 75.70 73.80

Total Cost $ $27,581 $26,970

TOTAL 2008-2009 2009-2010

Energy Cost $ $33,902 $32,786

Water Street and Mulberry Street Parking Garages Annual Cost Summary

$6,069

18%

$27,276

82%

Water Street Parking Garage $ Mulberry Street Parking Garage $


Energy Audit Report


**CONFIDENTIAL**

The following charts were generated to analyze the utility tabulation:

• Mulberry St. & Water St. Parking Ramps Electric Consumption and Demand Chart

• Mulberry St. & Water St. Parking Ramps Cost

Mu

lbe

rry

St.

& W

ate

r S

t. P

ark

ing

Ra

mp

s E

lect

ric

Co

nsu

mp

tio

n a

nd

De

ma

nd

0.0

0

5,0

00

.00

10

,00

0.0

0

15

,00

0.0

0

20

,00

0.0

0

25

,00

0.0

0

30

,00

0.0

0

35

,00

0.0

0

40

,00

0.0

0

Oct-08

Nov-08

Dec-08

Jan-09

Feb-09

Mar-09

Apr-09

May-09

Jun-09

Jul-09

Aug-09

Sep-09

Oct-09

Nov-09

Dec-09

Jan-10

Feb-10

Mar-10

Apr-10

May-10

Jun-10

Jul-10

Aug-10

Sep-10

Mo

nth

-Ye

ar

Electric Consumption KWH

0.0

0

10

.00

20

.00

30

.00

40

.00

50

.00

60

.00

70

.00

80

.00

Electric Demand KW

Mu

lbe

rry

St.

Co

nsu

mp

tio

n K

WH

Wa

ter

St.

Co

nsu

mp

tio

n K

WH

Mu

lbe

rry

St.

De

ma

nd

KW

Wa

ter

St.

De

ma

nd

KW

Mu

lbe

rry

St.

& W

ate

r S

t. P

ark

ing

Ra

mp

s C

ost

$0

.00

$5

00

.00

$1

,00

0.0

0

$1

,50

0.0

0

$2

,00

0.0

0

$2

,50

0.0

0

$3

,00

0.0

0

$3

,50

0.0

0

$4

,00

0.0

0

Oct-08

Nov-08

Dec-08

Jan-09

Feb-09

Mar-09

Apr-09

May-09

Jun-09

Jul-09

Aug-09

Sep-09

Oct-09

Nov-09

Dec-09

Jan-10

Feb-10

Mar-10

Apr-10

May-10

Jun-10

Jul-10

Aug-10

Sep-10

Mo

nth

-Ye

ar

Cost $

Wa

ter

St.

Co

st $

Mu

lbe

rry

St.

Co

st $


Energy Audit Report


**CONFIDENTIAL**

SECTION 3

POTENTIAL ENERGY CONSERVATION MEASURES

Introduction:

The Meadville Parking Garages only consume electrical energy corresponding to the lighting that is throughout both

structures. The lighting that is currently in place is outdated and has a large potential for energy efficient upgrades. We have

proposed two options for each structure that would result in a reduction of energy consumption.

Energy Conservation Measures

Water Street Parking Garage:

ECM 1

Lighting Upgrades

The Water Street Parking Garage uses old inefficient lighting which can be replaced with newer more efficient lights providing

better quality lighting. The following replacements are consistent in both option one and two; replacing all 250W high

pressure sodium lamps with 200W ceramic metal halides and re-lamping all 400W metal halide fixtures with new 320W

ceramic metal halide lamps and electronic ballasts. In option one; all HID fixtures with 175W metal halide lamps would be

replaced with more efficient 28W 4’ fluorescent fixtures. In option two, the HID fixtures with 175W metal halide lamps would

be re-lamped with new 100W ceramic metal halide lamps and electronic ballasts. The fluorescent option will generate more

energy savings but will require a larger up front cost for material and installation. New fixtures will be a vaportite, sealed and

vandal resistant fixture to prevent tampering.


Energy Audit Report


**CONFIDENTIAL**

Mulberry Street Parking Garage:

ECM 2

Lighting Upgrades

Mulberry has a very similar lighting arrangement as that of the Water Street Garage. The following replacements are

consistent in both option one and two; re-lamping all 400W metal halide fixtures with new 320W ceramic metal halide lamps

and electronic ballasts, retrofitting the linear fluorescents in the stair well with 28W lamps and upgrading the compact

fluorescent fixtures with new LED wall packs. The same lighting alternatives are presented in the two scenarios; with option

one representing a fluorescent upgrade and option two corresponding with the ceramic metal halide retrofit. Any new

fixtures will be a vaportite, sealed and vandal resistant fixture to prevent tampering.

Adapted from Appendix C of the PA TRM

Instructions: Please use one line for each fixture type in a room or area

For Proposed control, enter OCC for Occupany Sensor, DAYLTG for photosensor, or NONE for none.

The total of Column Q, Change in Connected Load, will be used to calculate your incentive on the NonStandard Lighting form.

Lin

e

Item

Buildin

g A

ddre

ss

Flo

or

Are

a D

escri

ption

Pre

dom

inant S

pace T

ype

Are

a C

ooling

Pre

Fix

ture

Qty

Pre

Fix

ture

Code

Pre

Watts /

Fix

ture

(W)

Pre

kW

/

Space

(kW

)

Exis

ting

Contr

ol

Post

Fix

ture

Qty

Post Fix

ture

Code

Post W

atts/

Fix

ture

(W)

Post kW

/

Space

(kW

)

Pro

posed

Contr

ol

Ple

ase e

nte

r

DA

YLTG

, O

CC

or

NO

NE

.

Change in

Connecte

d

Load

(kW

)

Coin

cid

ence

Facto

r

Inte

ractive

Facto

r

(dem

and)

Inte

ractive

Facto

r

(energ

y)

Contr

ols

Facto

r

Dem

and

Savin

gs

(kW

)

Equiv

ale

nt

Full L

oad

Hours

Annual

kW

h

Saved

e.g.

400 North Street

2Office

Office - Small

Cooled Space

3F44ILL

112

0.34

Light Switch

3F42ILL

59

0.18

OCC

0.16

84%

34%

12%

30%

0.18

2,808

667

e.g.

Example

1Restaurant

Restaurant - Fast Food

Cooled Space

5Cut Sheet 1

42

0.21

5Cut Sheet 2

70.04

DAYLTG

0.18

88%

34%

12%

50%

0.21

8,760

1,889

1Water St.

Water Street Gagage

Dusk-to-Dawn Lighting

63

MH175/1

215

13.55

63

F43SSILL

72

4.54

9.01

0%

0%

0%

0%

0.00

4,300

38,739

2Water St.

Water Street Gagage


8HPS70/1

95

0.76

8Cut Sheet 2

70.06

0.70

0%

0%

0%

0%

0.00

8,760

6,167

3Water St.

Water Street Gagage


8HPS250/1

295

2.36

8Cut Sheet 3

200

1.60

0.76

0%

0%

0%

0%

0.00

4,300

3,268

4Water St.

Water Street Gagage


5MH250/1

295

1.48

5Cut Sheet 3

200

1.00

0.48

0%

0%

0%

0%

0.00

4,300

2,043

5 6Mulberry St.

Mulberry Street Garage


268

MH175/1

215

57.62

268

F43SSILL

72

19.30

38.32

0%

0%

0%

0%

0.00

4,300

164,793

7Mulberry St.



24

MH100/1

128

3.07

24

MH100/1

128

3.07

0.00

0%

0%

0%

0%

0.00

4,300

0

8Mulberry St.



10

MH400/1

458

4.58

10

Cut Sheet 4

343

3.43

1.15

0%

0%

0%

0%

0.00

4,300

4,945

9Mulberry St.



10

F42LL

60

0.60

10

F42SSILL-R

45

0.45

0.15

0%

0%

0%

0%

0.00

8,760

1,314

10

Mulberry St.



15

Cut Sheet 1

42

0.63

15

Cut Sheet 2

70.11

0.53

0%

0%

0%

0%

0.00

8,760

4,599

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

Totals

411

84.6

4411

33.5

551.1

0225,8

67

Energ

y C

alc

ula

tions

PO

ST-IN

STA

LLA

TIO

N

Lig

hting Invento

ry F

orm

PR

E-IN

STA

LLA

TIO

N

Applicant Name:

Facility Name:

Date:

PR

OJE

CT B

AS

IC IN

FO

RM

ATIO

N

Meadville City

Water Street Garage & Mullberry Street Garage

Option 1

Adapted from Appendix C of the PA TRM

Instructions: Please use one line for each fixture type in a room or area

For Proposed control, enter OCC for Occupany Sensor, DAYLTG for photosensor, or NONE for none.

The total of Column Q, Change in Connected Load, will be used to calculate your incentive on the NonStandard Lighting form.

Lin

e

Item

Buildin

g A

ddre

ss

Flo

or

Are

a D

escri

ption

Pre

dom

inant S

pace T

ype

Are

a C

ooling

Pre

Fix

ture

Qty

Pre

Fix

ture

Code

Pre

Watts /

Fix

ture

(W)

Pre

kW

/

Space

(kW

)

Exis

ting

Contr

ol

Post

Fix

ture

Qty

Post Fix

ture

Code

Post W

atts/

Fix

ture

(W)

Post kW

/

Space

(kW

)

Pro

posed

Contr

ol

Ple

ase e

nte

r

DA

YLTG

, O

CC

or

NO

NE

.

Change in

Connecte

d

Load

(kW

)

Coin

cid

ence

Facto

r

Inte

ractive

Facto

r

(dem

and)

Inte

ractive

Facto

r

(energ

y)

Contr

ols

Facto

r

Dem

and

Savin

gs

(kW

)

Equiv

ale

nt

Full L

oad

Hours

Annual

kW

h

Saved

e.g.

400 North Street

2Office

Office - Small

Cooled Space

3F44ILL

112

0.34

Light Switch

3F42ILL

59

0.18

OCC

0.16

84%

34%

12%

30%

0.18

2,808

667

1

e.g.

Example

1Restaurant

Restaurant - Fast Food

Cooled Space

5Cut Sheet 1

42

0.21

5Cut Sheet 2

70.04

DAYLTG

0.18

88%

34%

12%

50%

0.21

8,760

1,889

1A

1Water St.

Water Street Gagage


63

MH175/1

215

13.55

63

Cut Sheet 5

110

6.93

6.62

0%

0%

0%

0%

0.00

4,300

28,445

2Water St.

Water Street Gagage


8HPS70/1

95

0.76

8Cut Sheet 2

70.06

0.70

0%

0%

0%

0%

0.00

8,760

6,167

3Water St.

Water Street Gagage


8HPS250/1

295

2.36

8Cut Sheet 3

200

1.60

0.76

0%

0%

0%

0%

0.00

4,300

3,268

4Water St.

Water Street Gagage


5MH250/1

295

1.48

5Cut Sheet 3

200

1.00

0.48

0%

0%

0%

0%

0.00

4,300

2,043

5 6Mulberry St.



268

MH175/1

215

57.62

268

Cut Sheet 5

110

29.48

28.14

0%

0%

0%

0%

0.00

4,300

121,002

7Mulberry St.



24

MH100/1

128

3.07

24

MH100/1

128

3.07

0.00

0%

0%

0%

0%

0.00

4,300

0

8Mulberry St.



10

MH400/1

458

4.58

10

Cut Sheet 4

343

3.43

1.15

0%

0%

0%

0%

0.00

4,300

4,945

9Mulberry St.



10

F42LL

60

0.60

10

F42SSILL-R

45

0.45

0.15

0%

0%

0%

0%

0.00

8,760

1,314

10

Mulberry St.



15

Cut Sheet 1

42

0.63

15

Cut Sheet 2

70.11

0.53

0%

0%

0%

0%

0.00

8,760

4,599

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

Totals

411

84.6

4411

46.1

238.5

2171,7

82

Lig

hting Invento

ry F

orm

PR

E-IN

STA

LLA

TIO

N

Applicant Name:

Facility Name:

Date:

PR

OJE

CT B

AS

IC IN

FO

RM

ATIO

N

Meadville City

Water Street Garage & Mullberry Street Garage

Option 2

Energ

y C

alc

ula

tions

PO

ST-IN

STA

LLA

TIO

NP

ost

Fix

ture

Cut

Sheet

Num

ber

2010, November 3data subject to change

Lamp DescriptionMasterColor® CDM ED17 Protected

Range of protected, high-efficiency long life ceramic metalhalide lamps with a stable color over lifetime and a crisp,sparkling light to be used in open fixtures.

Benefits• Environmentally ResponsibleTCLP* CompliantALTO®

LampTechnology.• High lamp efficacy (up to 95 LPW)• Energy-efficient alternative to incandescent/halogen.

Features• Excellent Color Rendering.• Superior Color Stability Over Life.• Total Cost of Ownership Benefits.• FadeBlock–Lamps feature integrated UV blocking medium for

reduced fading of fabrics and paintings.• Available in 50,70,100, and 150 watt with 3000& 4000K color

temperatures.

Application• Ideal for general lighting, downlighting, and flood lighting.

Related products

Dimensional drawing

D

C

Compare table

Productnumber

Full product name Bulb BulbMaterial

BulbFinish

Base Oper-atingPosition

MainApplica-tion

ColorCode

ColorDesignation

Watts LampCurrent

134635 MasterColor CDM 150W/830 MedED17P CL ALTO+FB

ED17P Hard Glass Clear Medium Universal General Lighting 830 Warm White 150 1.8

134643 MasterColor CDM 150W/830 MedED17P CO ALTO+FB

ED17P Hard Glass Coated Medium Universal General Lighting 830 Warm White 150 1.8


ED17P Hard Glass Clear Medium Universal General Lighting 940 Deluxe CoolWhite

150 1.8


ED17P Hard Glass Coated Medium Universal General Lighting 940 Deluxe CoolWhite

150 1.8

233668 MasterColor CDM 70W/830 Med ED17PCL ALTO+FB


233676 MasterColor CDM 70W/830 Med ED17PCO ALTO+FB




70 0.8

360594 MasterColor CDM 70W/940 Med ED17PCO ALTO+FB


70 0.8





50 0.59







100 1.1



100 1.1

Compare table

MasterColor® CDM ED17 Protected 2


NPARR

Rectangle

Compare table

Productnumber

Full productname

InitialLumens

LampVoltage

Chroma-ticityCoordi-nate X

Chroma-ticityCoordi-nate Y

ColorRenderingIndex

RatedAv-gLife(SeeFamilyNotes)

LumenMainte-nance2000h

LumenMainte-nance5000h

Cap-BaseTemper-ature

BulbTemper-ature

134635 MasterColor CDM150W/830 MedED17P CL ALTO+FB

12900 95 440 400 85 16000 82 73 190 400

134643 MasterColor CDM150W/830 MedED17P CO ALTO+FB

11900 95 433 398 85 16000 86 79 190 400


12000 95 383 376 92 (min), 92(nom)

20000 90 78 190 400


11000 95 386 377 90 (min), 92(nom)

20000 88 78 190 400


5900 100 .419 (min), .428(nom), .437(max)

.392 (min), .398(nom), .404(max)

80 (min), 85(nom)

16000 81 74 190 400


5400 100 .421 (min), .430(nom), .439(max)

.394 (min), .400(nom), .406(max)

80 (min), 85(nom)

16000 81 74 190 400


5600 100 371 (min), 380(nom), 389(max)

369 (min), 375(nom), 381(max)

92 20000 83 73 190 400


5100 100 376 (min), 385(nom), 394(max)

369 (min), 375(nom), 381(max)

92 20000 84 74 190 400


4000 100 431 (min), 440(nom), 449(max)

394 (min), 400(nom), 406(max)

85 10000 73 67 190 400


3600 100 377 (min), 386(nom), 395(max)

369 (min), 375(nom), 401(max)

88 (min), 92(nom)

20000 78 69 190 400


8600 101 .421 (min), .430(nom), .439(max)

.386 (min), .392(nom), .398(max)

80 (min), 85(nom)

16000 86 79 190 400


7900 101 .421 (min), .430(nom), .439(max)

.386 (min), .392(nom), .398(max)

80 (min), 85(nom)

16000 87 78 190 400


8200 104 367 (min), 376(nom), 385(max)

361 (min), 367(nom), 373(max)

92 20000 90 81 190 400


7500 104 372 (min), 381(nom), 390(max)

369 (min), 375(nom), 381(max)

92 20000 91 81 190 400

Compare table



Compare table

Productnumber

Fullproductname

Lumi-nousEffi-cacyLamp

ColorTemper-ature

DesignMeanLumens

Mercury(Hg)Content

Pico-gramperLumenHour

134635 MasterColorCDM 150W/830 MedED17P CLALTO+FB

86 3000 9545 14.2 -

134643 MasterColorCDM 150W/830 MedED17P COALTO+FB

79.3 3000 8805 14.2 -


80 4000 9000 11.4 -


72 4000 8250 11.4 -


84 3000 4365 5.0 71.6


74.3 3000 3995 5.0 -


80 4000 4060 7.8 102.4


73 4000 3640 7.8 -


76 3000 2680 5.6 -


72 4000 2450 5.8 -

233684 MasterColorCDM 100W/830 Med

86 3000 6450 5.8 -

Compare table Compare table

Productnumber

Fullproductname

Lumi-nousEffi-cacyLamp

ColorTemper-ature

DesignMeanLumens

Mercury(Hg)Content

Pico-gramperLumenHour

ED17P CLALTO+FB


79 3000 5925 5.8 -


82 4000 6150 5.9 -


75 3900 5625 5.9 -


© 2010 Koninklijke Philips Electronics N.V.All rights reserved.

Specifications are subject to change without notice. Trademarks are the property of KoninklijkePhilips Electronics N.V. or their respective owners.

www.philips.com/lighting


2010, August 29data subject to change

Ceramic arc tubetechnology foroutstanding colorperformanceMasterColor® CDM ED28 Protected

Philips MasterColor Protected Pulse Start Ceramic MetalHalide lamps offer a range of protected high-efficiency longlife medium wattage lamps with a stable lumenmaintenance over lifetime and provides crisp, sparkling light.

Benefits• Sustainable lighting solution - ALTO Lamp Technology means low

mercury.• Excellent color rendering of 90 CRI.• No shut-off required.

Features• Higher lumen maintenance—Improved lumen maintenance increases

time between re-lamping.• Superior color stability over life: within ±200K for consistent look

and feel of the space.• Operates on metal halide pulse start ballasts.• Patented coil design offers protection for open fixture rating.• 250,320 Watt versions.

Application• Ideal for use in high-ceiling retail, distribution center or industrial

applications.

Related products

ED 23 1/2 CL 70W

ED 23 1/2 CL 150W

Compare table

Product number Full product name132910 MasterColor CDM 320W/942 PS ED28 CL V ALTO

145986 MasterColor CDM 400W/942 PS ED28 CL V ALTO

205831 MasterColor CDM 250W PS ED28 V ALTO

211144 MasterColor CDM 70W PS ED23 1/2 ALTO

211177 MasterColor CDM 150W PS ED23 1/2 ALTO 1SL

132563 MasterColor CDM 320W/942 PS ED28 CO V ALTO

205849 MasterColor CDM 250W PS ED28 V ALTO®

Compare table


© 2010 Koninklijke Philips Electronics N.V.All rights reserved.

Specifications are subject to change without notice. Trademarks are the property of KoninklijkePhilips Electronics N.V. or their respective owners.

www.philips.com/lighting

2010, August 29data subject to change

Philips T8 Fluorescent Lamps featuring ALTO II™ Technology 9

1) Based on wattage savings (7W) x rated average life (40,000 hours) x kWh rate ($ .10) ÷1000.


3) Starting voltage should be equal to or greater than 550V.These lamps are not recommendedfor use where the temperature in fixture is below 70ºF. Striations may occur where airmovement is present in fixture. For best operation, use ballast with anti-striation circuitry.

4) When compared to an industry standard T8 32W 4' lamp with 24,000 hours rated averagelife (12 hours per start on an instant start ballast), with 2800 lumens and 75 CRI.

5) Average life under specified test conditions with lamps turned off and restarted no morefrequently than once every 3 operating hours. Lamp life is appreciably longer if lamps arestarted less frequently.

6) Average life under engineering data with lamps turned off and restarted once every12 operating hours.

0 10,000 20,000 30,000 40,000 50,0000 10,000 20,000 30,000 40,000 50,000

Rated Average Life in HoursRated Average Life in Hours

BASED ON 3 HOURS PER START5

BASED ON 12 HOURS PER START6

Instant Start Ballast Programmed Start Ballast

36,000

40,000

40,000

46,000

Energy savings,extra long life,extra low mercuryPhilips Energy Advantage T8 25W and28W Extra Long Life lamps offer increasedenergy savings, are environmentallyresponsible and have extra long life.

Ideal for applications where energy savings and longer relampcycles would be beneficial

Outstanding energy savings• Save 4–7 watts per lamp instantly when compared

to a T8 32W lamp• Save $28 in energy costs over the rated average life

of the lamp1 with a 25W XLL lamp• Save $16 in energy costs over the rated average life

of the lamp2 with a 28W XLL lamp• Operates on any Instant Start and Programmed

Start Ballast3

• Dimmable• 97% lumen maintenance

Extra long life• Significantly reduce maintenance and recycling costs by

extending the relamping cycle• Up to 67% longer life than an industry standard T8 lamp4

• Warranty period: 48 months

Better for the environment• Only 1.7mg of mercury with ALTO II™ Technology• Reduced impact on the environment without

sacrificing performance

Rated Average LifePhilips Energy Advantage T8 XLL Lamps

See page 11 for ordering information.

* Fluorescent lamps that are TCLP compliant reduce theamount of pollutants released into the environment.

TCLPCOMPLIANT

*

10 Philips T8 Fluorescent Lamps featuring ALTO II™ Technology

Ordering, Electrical, andTechnical Data

* Fluorescent lamps that are TCLP compliant reduce theamount of pollutants released into the environment.

TCLPCOMPLIANT

*

Color Nom. RatedAverage Life (Hrs.)1 Approx.Product Ordering Pack. Temp. Length 12-hr on 12-hr on Initial Design LumenNumber Code Watts Qty. (Kelvin) (In.) Ins. Start Prog. Start Lumens2 Lumens3 CRI Maint.PhilipsT8 Lamps featuring ALTO II™Technology36791-2 F17T8/TL835/ALTO 17 25 3500 24 30,000 36,000 1400 1330 85 95%36793-8 F17T8/TL841/ALTO 17 25 4100 24 30,000 36,000 1400 1330 85 95%14123-4 F17T8/TL850/ALTO 17 25 5000 24 30,000 36,000 1325 1260 82 95%36814-2 F25T8/TL835/ALTO 25 25 3500 36 30,000 36,000 2225 2115 85 95%36825-8 F25T8/TL841/ALTO 25 25 4100 36 30,000 36,000 2225 2115 85 95%14124-2 F25T8/TL850/ALTO 25 25 5000 36 30,000 36,000 2150 2040 82 95%24667-8 F32T8/TL830/ALTO 32 25 3000 48 30,000 36,000 2950 2800 85 95%24670-2 F32T8/TL835/ALTO 32 25 3500 48 30,000 36,000 2950 2800 85 95%24671-0 F32T8/TL841/ALTO 32 25 4100 48 30,000 36,000 2950 2800 85 95%27229-4 F32T8/TL850/ALTO 32 25 5000 48 30,000 36,000 2850 2710 82 95%27252-6 F32T8/TL730 ALTO 32 25 3000 48 30,000 36,000 2800 2660 78 95%27249-2 F32T8/TL735/ALTO 32 25 3500 48 30,000 36,000 2800 2660 78 95%27248-4 F32T8/TL741/ALTO 32 25 4100 48 30,000 36,000 2800 2660 78 95%38351-3 F32T8/TL741/ALTO 32 10 4100 48 30,000 36,000 2800 2660 78 95%27268-2 F32T8/TL750/ALTO 32 25 5000 48 30,000 36,000 2700 2565 78 95%Philips PLUST8 Lamps featuring ALTO II™Technology14552-4 F17T8/TL830/PLUS/ALTO 17 25 3000 24 36,000 42,000 1400 1330 85 95%14553-2 F17T8/TL835/PLUS/ALTO 17 25 3500 24 36,000 42,000 1400 1330 85 95%14554-0 F17T8/TL841/PLUS/ALTO 17 25 4100 24 36,000 42,000 1400 1330 85 95%14555-7 F17T8/TL850/PLUS/ALTO 17 25 5000 24 36,000 42,000 1300 1235 82 95%38215-0 F17T8/TL865/PLUS/ALTO 17 25 6500 24 36,000 42,000 1275 1210 85 95%14556-5 F25T8/TL830/PLUS/ALTO 25 25 3000 36 36,000 42,000 2225 2115 85 95%14557-3 F25T8/TL835/PLUS/ALTO 25 25 3500 36 36,000 42,000 2225 2115 85 95%14558-1 F25T8/TL841/PLUS/ALTO 25 25 4100 36 36,000 42,000 2225 2115 85 95%14559-9 F25T8/TL850/PLUS/ALTO 25 25 5000 36 36,000 42,000 2150 2040 82 95%38258-0 F25T8/TL865/PLUS/ALTO 25 25 6500 36 36,000 42,000 2125 2020 85 95%36000-8 F32T8/TL830/PLUS/ALTO 32 25 3000 48 36,000 42,000 2950 2800 85 95%36001-6 F32T8/TL835/PLUS/ALTO 32 25 3500 48 36,000 42,000 2950 2800 85 95%36002-4 F32T8/TL841/PLUS/ALTO 32 25 4100 48 36,000 42,000 2950 2800 85 95%36003-2 F32T8/TL850/PLUS/ALTO 32 25 5000 48 36,000 42,000 2850 2710 82 95%38261-4 F32T8/TL865/PLUS/ALTO 32 25 6500 48 36,000 42,000 2750 2610 85 95%36004-0 F32T8/TL730/PLUS/ALTO 32 25 3000 48 36,000 42,000 2800 2660 78 95%36005-7 F32T8/TL735/PLUS/ALTO 32 25 3500 48 36,000 42,000 2800 2660 78 95%36013-1 F32T8/TL741/PLUS/ALTO 32 25 4100 48 36,000 42,000 2800 2660 78 95%36014-9 F32T8/TL750/PLUS/ALTO 32 25 5000 48 36,000 42,000 2700 2565 78 95%Philips AdvantageT8 Lamps featuring ALTO II™Technology20483-4 F17T8/ADV830/ALTO 17 25 3000 24 30,000 36,000 1500 1450 85 97%20484-2 F17T8/ADV835/ALTO 17 25 3500 24 30,000 36,000 1500 1450 85 97%20485-9 F17T8/ADV841/ALTO 17 25 4100 24 30,000 36,000 1500 1450 85 97%20487-5 F17T8/ADV850/ALTO 17 25 5000 24 30,000 36,000 1425 1380 82 97%20488-3 F25T8/ADV830/ALTO 25 25 3000 36 30,000 36,000 2380 2300 85 97%20490-9 F25T8/ADV835/ALTO 25 25 3500 36 30,000 36,000 2380 2300 85 97%20495-8 F25T8/ADV841/ALTO 25 25 4100 36 30,000 36,000 2380 2300 85 97%20498-2 F25T8/ADV850/ALTO 25 25 5000 36 30,000 36,000 2275 2210 82 97%13987-3 F32T8/ADV830/ALTO 32 25 3000 48 30,000 36,000 3100 3000 85 97%13988-1 F32T8/ADV835/ALTO 32 25 3500 48 30,000 36,000 3100 3000 85 97%13989-9 F32T8/ADV841/ALTO 32 25 4100 48 30,000 36,000 3100 3000 85 97%13990-7 F32T8/ADV850/ALTO 32 25 5000 48 30,000 36,000 3025 2875 82 97%

1) Average life under engineering data on programmed start ballast with lamps turned off and restarted once every 12 operating hours.

2) Approximate initial lumens.The lamp lumen output is based upon lamp performance after 100 hours of operating life, when the output is measured during operationon a reference ballast under standard laboratory conditions. For expected lamp lumen output, commercial ballast manufacturers can advise the appropriate ballastfactor for each of their ballasts when they are informed of the designated lamp.The ballast factor is a multiplier applied to the designated lamp lumen output.

3) Design lumens are the approximate lamp lumen output at 40% of the lamp’s rated average life.This output is based upon measurements obtained during lampoperation on a reference ballast under standard laboratory conditions. Design lumens rated at 3 hours per start on Instant Start ballast.

4) Industry standard T8 32W 4' lamp with 24,000 hour rated average life (12 hours per start on instant start ballast), with 2800 lumens and 75 CRI.

5) 36,000 rated average life compared to industry standard 24,000 rated average life.

6) 40,000 rated average life compared to industry standard 24,000 rated average life.



Philips T8 Fluorescent Lamps featuring ALTO II™ Technology 11

Upgrade from a Standard 32WT8 4'4 for:

LONGER LIFE

ENERGY SAVINGS

LUMENPERFORMANCE

Philips PLUS T8 Lamp:50% Longer Life5

Philips Energy Advantage T8 Lamp:Save $25 in Energy Costs7

Philips Advantage T8 Lamp:10% More Lumens

Philips T8 Extra Long Life Lamp:67% Longer Life6

Philips Energy Advantage T825W Extra Long Life Lamp:Save $28 in Energy Costs8 and67% Longer Life6

��

��

�

Color Nom. RatedAverage Life (Hrs.)1 Approx.Product Ordering Pack. Temp. Length 12-hr on 12-hr on Initial Design LumenNumber Code Watts Qty. (Kelvin) (In.) Ins. Start Prog. Start Lumens2 Lumens3 CRI Maint.Philips Energy AdvantageT8 Lamps featuring ALTO II™Technology13781-0 F32T8/ADV830/XEW/ALTO 25 25 3000 48 36,000 42,000 2500 2425 85 97%13782-8 F32T8/ADV835/XEW/ALTO 25 25 3500 48 36,000 42,000 2500 2425 85 97%13783-6 F32T8/ADV841/XEW/ALTO 25 25 4100 48 36,000 42,000 2500 2425 85 97%13784-4 F32T8/ADV850/XEW/ALTO 25 25 5000 48 36,000 42,000 2400 2330 82 97%14732-2 F32T8/ADV830/EW/ALTO 28 25 3000 48 36,000 42,000 2725 2645 85 97%14733-0 F32T8/ADV835/EW/ALTO 28 25 3500 48 36,000 42,000 2725 2645 85 97%14734-8 F32T8/ADV841/EW/ALTO 28 25 4100 48 36,000 42,000 2725 2645 85 97%14735-5 F32T8/ADV850/EW/ALTO 28 25 5000 48 36,000 42,000 2675 2595 82 97%PhilipsT8 32W Extra Long Life Lamps featuring ALTO II™Technology15202-5 F32T8/TL830/XLL/ALTO 32 25 3000 48 40,000 46,000 2950 2800 85 95%15203-3 F32T8/TL835/XLL/ALTO 32 25 3500 48 40,000 46,000 2950 2800 85 95%15204-1 F32T8/TL841/XLL/ALTO 32 25 4100 48 40,000 46,000 2950 2800 85 95%15205-8 F32T8/TL850/XLL/ALTO 32 25 5000 48 40,000 46,000 2850 2700 82 95%Philips Energy AdvantageT8 25W Extra Long Life Lamps featuring ALTO II™Technology15206-6 F32T8/ADV830/XLL/ALTO 25W 25 25 3000 48 40,000 46,000 2400 2330 85 97%15207-4 F32T8/ADV835/XLL/ALTO 25W 25 25 3500 48 40,000 46,000 2400 2330 85 97%15208-2 F32T8/ADV841/XLL/ALTO 25W 25 25 4100 48 40,000 46,000 2400 2330 85 97%15209-0 F32T8/ADV850/XLL/ALTO 25W 25 25 5000 48 40,000 46,000 2350 2280 82 97%Philips Energy AdvantageT8 28W Extra Long Life Lamps featuring ALTO II™Technology23454-2 F32T8/ADV830/XLL/ALTO 28W 28 25 3000 48 40,000 46,000 2675 2595 85 97%23726-3 F32T8/ADV835/XLL/ALTO 28W 28 25 3500 48 40,000 46,000 2675 2595 85 97%16933-4 F32T8/ADV841/XLL/ALTO 28W 28 25 4100 48 40,000 46,000 2675 2595 85 97%16938-3 F32T8/ADV850/XLL/ALTO 28W 28 25 5000 48 40,000 46,000 2625 2545 85 97%

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eHID

Universal Lighting Technologies is a subsidiary ofPanasonic Electric Works Co., Ltd., a member of the Panasonic Group

Experience significant energy savings and increased lumen output vs. halogen lamps with ElectronicHigh Intensity Discharge (HID) ballasts from Universal Lighting Technologies. Vossloh-Schwabe (VS), alsoa Panasonic Lighting Company, recently merged its US operation into Universal. This merger combinesVossloh’s market leading high quality electronic HID product line with Universal’s extensive offering.

There are numerous advantages of using VS electronic HID ballasts. Operating HID lamps used in HIDlighting systems with electronic ballasts greatly increases system efficiency in comparison with magnetic

ballasts. These ballasts are designed to provide optimal lamp performance and maximum energy savings. With enhanced capabilities to downsize the form factor of luminaire housings and reduce wiring costs, VS electron-ic HID ballasts lead the way to electronic solutions for HID lighting. Micro-processor controlled intelligence offers superior lamp performance and the flexibility for proprietary value-added functions. VS electronic HID ballasts cover your HID needs with products for Metal Halide Lamps ranging from 20 Watts to 250 Watts.

VS electronic HID ballasts continuously monitors lamp characteristicsduring operation and adjusts the lamp current to optimize performance. This guarantees controlled operation in all modes of operation. The lamp color temperature is also stabilized by using VS electronic HID ballastsdue to its relatively constant output power characteristics in addition to

producing flicker free lighting that usually occurs at the end of the discharge lamp’s service life. The technology enhancements of VS electronic HID ballasts, allowing very small form factors and light weight designs, has enabled new, innovative luminaire designs.

ELECTRO

NIC H

ID

Less energy. Enhanced performances.

2 FOR MORE INFORMATION CALL

1-800-BALLAST(225-5278)

Micro Series: The introduction of the smallest eHID ballasts in the market wascoordinated with the launch of the new miniaturized capsule MH lampsenabling the ultimate luminaire design flexibility. Extremely compactand aesthetically pleasing, luminaire designs are approachingthe form factor and size of low voltage halogen systems.

Mini Ballast Series: Two ideal form factors that are usedin millions of HID track light luminaires characterize the mini series of eHID ballasts. The mini-slim and mini-square units revolutionized track lighting by allowing significantly smaller and greatervariety of luminaire designs while providingenergy savings of 60-70%versus halogen systems.

Standard Case “Valued-added Series”: Millions of recessed, track-head and specialty luminaires have used the de facto industry standard enclosure since introduction. The significant energy savings and enhanced reliability of our ballasts promoted the rapid escalation of electronically ballasted MH luminaires for almost 15 years. Techno-logical advancements have now allowed the integration of multiple, value-added functions such as: a powersource for the self-heating thermal protectors, an electronic 277V step-down transformer, and an intelligent auxiliary lighting control for back-up lighting duringlamp hot restrike modes. Ideal for new, retrofit and replacementapplications in recessed luminaires.

Features and Benefits:• Optimum lamp performance• Rugged, compact and lightweight design• High power factor• Enhanced color and CRI uniformity• Shut-down protection• Reduced wiring costs• Eliminates nuisance lamp cycling at end-of-lamp life (intelligent lamp sensing capabilities)• Constant lamp power• Reduced lamp dropouts due to improved line voltage dip withstand• Quiet operation• Durable performance for various applications • Fewer SKUs required in inventory• Broadens design flexibility for new applications and luminaries

Product OverviewEL

ECTR

ON

IC H

ID

3 FOR MORE INFORMATION CALL

1-800-BALLAST(225-5278)

Order code Part # Lamp Wattage Lamp Type Input Voltage Input Power Mounting Lead Exit Dimensions Wiring

Micro Series

188514 M2012CK-7EUN 20 M/C156 120 24.5 No Feet Side 1 1

188882 M2012CK-7EUN-F 20 M/C156 120 24.5 Feet Side 2 1

188883 M2012CK-7EUN-J 20 M/C156 120 24.5 Studs Top 3 1

188574 M2212CK-7EUN 22 M/C175 120 26.5 No Feet Side 1 1

188884 M2212CK-7EUN-F 22 M/C175 120 26.5 Feet Side 2 1

188885 M2212CK-7EUN-J 22 M/C175 120 26.5 Studs Top 3 1

188635 M3912CK-7EUN 39 M/C130 120 45 No Feet Side 4 1

188776 M3912CK-7EUN-F 39 M/C130 120 45 Feet Side 2 1

188756 M3912CK-7EUN-J 39 M/C130 120 45 Studs Top 3 1

188757 MTm3912CK-7EUN 39Tm M/C179 120 45 No Feet Side 4 1

188777 MTm3912CK-7EUN-F 39Tm M/C179 120 45 Feet Side 2 1

188758 MTm3912CK-7EUN-J 39Tm M/C179 120 45 Studs Top 3 1

Mini-Slim Series




188774 M3927CK-6EUN-J 39 M/C130 277 44 Studs Top 7 1

188164 M7012CK-6EUN-F 70 M/C98, M/C139, M/C143 120 77 Feet Side 5 1

188703 M7027CK-6EUN-F 70 M/C98, M/C139, M/C143 277 77 Feet Side 6 1

188775 M7027CK-6EUN-J 70 M/C98, M/C139, M/C143 277 77 Studs Top 7 1

Mini-Square Series

188151 M2012CK-6EU-F 20 M/C156 120 23 Feet Side 8 1

188627 M2012CK-6EU-J 20 M/C156 120 23 Studs Top 9 1

188701 M2212CK-6EU-J 22 M/C175 120 26.5 Studs Top 9 1





188377 JM7012CK-6EU-F 70 M/C98, M/C139, M/C143 120 77 Feet Side 11 1

188628 M7012CK-6EU-J 70 M/C98, M/C139, M/C143 120 77 Studs Top 9 1

188895 M3912-27CK-6EU-F 39 M/C130 120-277 44 Feet Side 10 1

188896 M3912-27CK-6EU-J 39 M/C130 120-277 44 Studs Top 9 1

188897 M3912/27CK-6EU-JT3 39 M/C130 120/277 44/46 Studs Top 9 2a,2b,2c



188903 M2012/27CK-6EU-JT3 20 M/C156 120/277 24/26 Studs Top 9 2a,2b,2c

188939 M7012-27CK-6EU-F 70 M/C198,M/C139,M/C143 120-277 77 Feet Side 10 1

188940 M7012-27CK-6EU-J 70 M/C198,M/C139,M/C143 120-277 77 Studs Top 9 1

188941 M7012/27CK-6EU-JT3 70 M/C198,M/C139,M/C143 120/277 77/79 Studs Top 9 2a,2b,2c

Standard Series


188611 M2012/27CK-5EU-JT3 20 M/C156 120/277 24/26 Studs Top 13 2a, 2b, 2c

188156 M3912-27CK-5EU 39 M/C130 120-277 44 No Feet Side 14 1



188629 M3912/27CK-5EU-JT3 39 M/C130 120/277 44/46 Studs Top 13 2a, 2b, 2c

188630 M3912/27CK-5EU-JA3 39 M/C130 120/277 46/187 Studs Top 13 3a, 3b, 3c

188612 M5012-27CK-5EU-F 50 M148 or M110 120-277 56 Feet Side 12 1

188613 M5012/27CK-5EU-JT3 50 M148 or M110 120/277 56/58 Studs Top 13 2a, 2b, 2c

188165 M7012-27CK-5EU 70 M/C98, M/C139, M/C143 120-277 78 No Feet Side 14 1

188166 M7012-27CK-5EU-F 70 M/C98, M/C139, M/C143 120-277 78 Feet Side 12 1

188167 M7012-27CK-5EU-J 70 M/C98, M/C139, M/C143 120-277 78 Studs Top 13 1

188631 M7012/27CK-5EU-JT3 70 M/C98, M/C139, M/C143 120/277 79/81 Studs Top 13 2a, 2b, 2c

188632 M7012/27CK-5EU-JA3 70 M/C98, M/C139, M/C143 120/277 81/212 Studs Top 13 3a, 3b, 3c

188633 M10012/27CK-5EU-JT3 100 M/C90, M/C140 and M/C164 120/277 110/212 Studs Top 13 2a, 2b, 2c

188168 M10012-27CK-5EU 100 M/C90, M/C140 and M/C164 120-277 110 No Feet Side 14 1

188169 M10012-27CK-5EU-F 100 M/C90, M/C140 and M/C164 120-277 110 Feet Side 12 1

188302 M10012-27CK-5EU-J 100 M/C90, M/C140 and M/C164 120-277 110 Studs Top 13 1

188634 M10012/27CK-5EU-JA3 100 M/C90, M/C140 and M/C164 120/277 112/235 Studs Top 13 3a, 3b, 3c

188638 M15012-27CK-5EU-F 150 M/C102/E and M/C142/E 120-277 163 Feet Side 12 1

188639 M15012-27CK-5EU-J 150 M/C102/E and M/C142/E 120-277 163 Studs Top 13 1

Mid Wattage

188909 M21020-27CK-2EUN-F 210 C183 208-277 227 Feet Side 17 4a, 4b

188911 M25020-27CK-2EUN-F 250 (100V) M80/M168 208-277 277 Feet Side 17 4a, 4b

eHID Product FamilyELECTR

ON

IC HID

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The sustainable choiceOptanium® high-efficiency ballasts for today’s T8 lighting needs

Optanium High-Efficiency Ballasts�

1Source: Department of Energy/Energy Information Administration

Sustainable lighting solutions such as Philips Advance Optanium

high-efficiency electronic ballasts for T8 lamps can help businesses

significantly reduce their lighting costs. But they also help companies

meet the changing needs of today’s environmentally focused and

cost-conscious marketplace.

New legislation is requiring lighting systems to meet increasingly

strict performance levels, and regulations at the state and local

level are following suit. In addition, building a reputation for following

sustainable business practices that minimize environmental impact

can provide a company with a marketable advantage.

In short, sustainable lighting solutions like Optanium ballasts

for T8 lamps deliver the performance businesses demand in

today's marketplace.

A renewed focus on energyAcross the country today, businesses are taking a much closer look at

ways to conserve energy and save money. And, as lighting accounts for

up to 40% of a typical commercial facility’s electricity consumption1, it’s

not surprising that it’s one of the first places businesses turn to help

reduce their rising energy costs.

Optanium High-Efficiency Ballasts �

Optanium ballasts — The sustainable choice for T8 environmentsPhilips Advance Optanium high-efficiency electronic ballasts represent a breakthrough in fluorescent

T8 system components. Engineered to optimize lighting performance and maximize energy savings,

these innovative ballasts bring sustainable performance to recessed, direct/indirect, or strip lighting

applications in virtually any business setting.

Optanium ballasts for T8 lamps are part of our effort to

promote environmental responsibility through Smart

Solutions™ — energy-efficient products, lighting systems,

services, and expertise based on Philips Advance branded

ballast technology that help customers improve the

bottom line while reducing their carbon footprint.

All of the ballasts that comprise Smart Solutions are

designed to offer the highest energy efficiency, longest

system life, and lowest total cost of ownership in each

product family. To learn more about Smart Solutions, visit

www.philips.com/advance.

Choosing Smart Solutions like Optanium ballasts for T8

lamps means having confidence in lighting solutions that

are backed by 60+ years of industry experience and a

shared commitment to improving our planet.

Optanium High-Efficiency Ballasts�

Current-Fed vs. Voltage-Fed BallastsWhat’s the difference?

110

100

90

80

Inpu

t Po

wer

– W

atts

Current-Fed BallastsCurrent-fed ballasts, like

Optanium, provide the nominal

light output required to operate

the lamp, ensuring energy savings

are realized when paired with

energy-saving lamps.

Voltage-Fed BallastsUsing voltage-fed ballasts to

operate energy-saving T8 lamps

provides slightly higher light

output, but consumes additional

energy to do so.

32W 30W 28W 25W

120V 4' T8 Lamps

A versatile product family for every T8 applicationWith a broad range of models available, Optanium ballasts can

deliver sustainable performance anywhere T8 lighting is used —

offices, cubicle areas, hallways, classrooms, auditoriums, retail/big

box showrooms, healthcare, or industrial facilities.

As these different lighting applications can have varying

usage patterns, Optanium ballasts are offered with

two starting options. For applications involving long,

continuous burn hours, such as hallways, retail showrooms,

manufacturing areas, and security lighting, Optanium

instant start models deliver superior performance.

In situations with frequent on/off switching, such as

restrooms, supply areas, conference rooms, or anytime

occupancy sensors or motion detectors are incorporated,

Optanium programmed start models optimize lamp

life while providing the same efficiency as the instant

start models.

All Optanium ballasts are fully compatible with most major

lamp brands, reliably driving 1–� standard (17W, �5W,

��W) or energy-saving (�5W, �8W, �0W) lamps. And, for

additional flexibility, they are available in low, normal, and

high ballast factor versions.

Maximizes efficiency for the latest

lamp technologies

Optanium’s incorporation of constant-current design

maximizes energy savings by optimizing the regulation

and maintenance of the input watts consumed by the

lamp-ballast system (see chart below). And, as new lamp

technologies are introduced (most likely requiring fewer

input watts), Optanium’s use of constant-current design

also provides for future savings, enabling users to

immediately realize the potential of new energy-saving

lamps without reinvesting in new ballast technology.

Optanium High-Efficiency Ballasts 5

Setting industry standards for ballast efficiency

As a charter product in the NEMA Premium®

Ballast Program, Optanium ballasts are recognized

as supporting energy-efficient lighting objectives.

The National Electrical Manufacturers Association

(NEMA) has created this program to help lighting

professionals and end users recognize the market’s

highest-performing ballast products. For more

information on the NEMA Premium Ballast Program,

visit www.philips.com/advance and click on the

“Sustainability” tab.

As a licensee in the NEMA Premium Ballast Program, Philips Lighting Electronics has determined that these products meet the NEMA Premium specification for premium energy efficiency.

Helping businesses meet green building standardsWith public awareness of the need for sustainable lighting

solutions continuing to rise, the specification of energy-

efficient lighting and NEMA Premium components is

becoming more and more common among architects,

lighting designers, and facility managers alike.

Since Optanium ballasts can be used in such a variety

of applications throughout a facility, they can potentially

help businesses achieve their environmental and

sustainability goals, including LEED certification, meeting

ASHRAE standards, and complying with federal, state, or

local environmental regulations.

For more information on how the market is

moving toward energy-efficient solutions, visit

www.philips.com/advance and click on the

“Sustainability” tab at the top of the page.

Optanium High-Efficiency Ballasts6

Reduce energy costs with unsurpassed efficiencyOptanium’s energy efficiency is the result of extensive research and development by Philips Advance engineers

working with real-world lighting applications. State-of-the-art electronics enable Optanium ballasts to deliver the

ideal balance of light output and energy utilization.

SystemSystem watts

Annual costto operate2

Annual savings per fixture

�-lamp fixture with magnetic ballast and energy-savingT1� lamps

17� $68.80

�-lamp fixture with Optanium low watt electronic ballast and �5W T8 lamps

76 $�0.�0 $38.40

This replacement system also represents an estimated 56% reduction

in energy consumption.

Magnetic T12 vs. Optanium T8

It’s easy to see how these ballasts can deliver significant energy savings

while still providing the desired or required light output.

SystemSystem watts

Annual costto operate3

Annual savings per fixture

�-lamp fixture with standard electronic ballast and F��T8 lamps

11� $��.80

�-lamp fixture with Optanium low watt electronic ballast and �5W T8 lamps

76 $�0.�0 $14.40

Standard T8 vs. Optanium T8

Optanium ballasts also save energy costs over standard T8 electronic

ballasts, especially with lower-wattage energy-saving lamps.

This replacement system also represents an estimated 32% reduction

in energy consumption.

� Comparison based on a fixture with (�) F��T1� lamps and (1) magnetic ballast vs. (1) high-efficiency low watt electronic T8 ballast (IOPA-�P��-LW-SC) w/ (�) �5W energy-saving lamps. Savings based on $0.10 per kWh, �,000 hours/year.

� Comparison based on a fixture with (�) F��T8 lamps and (1) standard electronic ballast vs. (1) high-efficiency low watt electronic T8 ballast (IOPA-�P��-LW-SC) w/ (�) �5W energy-saving lamps. Savings based on $0.10 per kWh, �,000 hours/year.

If a facility has 1,000 4-lamp fixtures with magnetic ballasts and T12 lamps, that’s $38,400 in potential savings lost each year.

Put another way, that company is losing $105.20 each day it waits to upgrade.

Optanium High-Efficiency Ballasts 7

Delivering the performance today’s marketplace demandsFrom rising energy costs to increasingly strict efficiency

standards and the need to reduce their impact on the

environment, business owners and facility managers are

looking for economical and sustainable solutions to their

lighting needs.

Philips Advance Optanium T8 electronic ballasts deliver all

the benefits of the latest high-efficiency ballast technology

that help improve bottom-line profitability, meet new

energy regulations, and provide higher-quality light

throughout any facility.

Contact your Philips Lighting Electronics representative

today to learn more about our industry-leading Optanium

line of high-efficiency ballasts for T8 lamps or visit

www.philips.com/advance for more information.

Additional Optanium featuresOptanium ballasts include a variety of additional features that make integrating

sustainable lighting in any fixed-output T8 application quick and easy.

Feature Benefit

IntelliVolt® technologyAllows the ballast to operate at any input voltage from 1�0–�77V, 50/60 Hz, which simplifies ordering, inventory, and installation

Striation-reduction technologyReduces the likelihood of striation often associated with energy-saving lamps, ensuring consistent light output

Cold temperature lamp ignition using standard T8 lamps: • Programmed start = 0ºF (-18ºC) • Instant start = -�0°F (-�9ºC)

Brings energy-efficient T8 performance to a variety of new applications such as parking garages, warehouses, and cold storage areas

Operation between ��Hz and 5�HzEliminates interference with infrared systems, anti-theft devices, or other electronic equipment

Arc-reduction technology — UL Type CC*

Provides greater flexibility to meet end-user application requirements

*Not available in IOPA models

©�009 Philips Lighting Electronics.All rights reserved. “USGBC” and related logo is a trademark owned by the U.S. Green Building Council and is used by permission.

Form No. EL-�150-R0� 1/09

Philips Lighting Electronics10�75 W. Higgins RoadRosemont IL 60018Tel: 800-��-�086 Fax: 888-��-188�Customer Support/Technical Service: 800-�7�-��1OEM Support: 866-915-5886www.philips.com/advance

WPLED10SW

JOB NAME:

DATE:

TYPE:

DESCRIPTIONLED 10 Watt Wallpacks

SPECIFICATIONSColor Uniformity:RAB’s range of CCT (Correlated colortemperature) follows the guidelines of theAmerican National Standard forSpecifications for the Chromaticity of SolidState Lighting (SSL) Products, ANSIC78.377-2008.Finish:Chip and fade resistant polyester powdercoat finish.

Ambient Temperature:Suitable for use in 40C (104F) ambienttemperatures

California Title 24:LPACK complies with California Title 24building and electrical codes.

Cold Weather Starting:The minimum starting temperature is -40°CColor Accuracy:92 CRIDark Sky Approved:The International Dark Sky Association hasapproved this product as a full cutoff, fullyshielded luminaire.

Equivalency:The WPLED10 is Equivalent in deliveredlumens to a 70W Metal Halide Wallpack.

Fixture Efficacy:41 Lumens per WattFor use on LEED Buildings:IDA Dark Sky Approval means that thisfixture can be used to achieve LEED Creditsfor Light Pollution Reduction.

Gaskets:High Temperature SiliconeGreen Technology:RAB LEDs are Mercury and UV free.

HID Replacement Range:The WPLED10 can be used to replace35-100W Metal Halide Wallpacks based ondelivered lumens.

Heatsink:Cast aluminum thermal management systemfor optimal heat sinking. The LPACK isdesigned for cool operation, most efficientoutput and maximum LED life by minimizingLED junction temperature.

Housing:Precision die cast aluminum housing, lensframe.

IESNA LM-79 & IESNA LM-80 Testing:RAB LED luminaires have been tested by anindependent laboratory in accordance withIESNA LM-79 and 80, and have receivedthe Department of Energy "Lighting Facts"label.

LED Light Engine:Multi-chip 10W high output long life LEDDriver: Constant Current, Class II,120V-240V, 50/6/ Hz, 350mA

Light Color (CCT):5250 K (Daylight)

Lumen Maintenance:The LED will deliver 70% of its initial lumensat 50,000 hours of operation.

Mounting:Junction box and surface mount.Patents:The LPACK design is protected underpatents pending in the U.S., Canada, China,Taiwan and Mexico.

UL Listing:Suitable for wet locations. Suitable formounting within 4' of the ground.

Color:White

DIMENSIONS

ORDERING INFORMATIONLED Total

WattsLamp Type

Lamp Base Ballast

Starting Amps/ Operating Amps120V 208V 240V 277V

Input Watts

LAMP ANSI

Initial Lumens

Lamp HoursLamp supplied with fixture

10 LED ThermalHeatsink

Constant Current .43 A/.43 A.43 A/.43 A.43 A/.43 AN/A 13 N/A 547 50000

Factory Installed OptionsAdd suffix to Catalog Number

Photocontrol for 277V (/PC2) Photocontrol for 120V (/PC)

RAB Lighting, Inc. • 170 Ludlow Ave• Northvale, NJ 07647 • Tel: 888 RAB-1000 • Fax: 888 RAB-1232 • www.rabweb.comNote: Specifications may change without notice

© 2011 RAB Lighting, Inc.

WPLED13

JOB NAME:

DATE:

TYPE:




Cold Weather Starting:The minimum starting temperature is -30°CColor Accuracy:66 CRIColor Temperature:4800 KDark Sky Approved:The International Dark Sky Association hasapproved this product as a full cutoff, fullyshielded luminaire.






LED Light Engine:Multi-chip 13W high output long life LEDDriver: Constant Current, Class 2 100V -277V, 50/60 Hz

Lumen Maintenance:The LED will deliver 70% of its initial lumensat 50,000 hours of operation.

Patents:The LPACK design is protected underpatents pending in the U.S., Canada, China,Taiwan and Mexico.

Surge Protection:4kvUL Listing:Suitable for wet locations. Suitable formounting within 4' of the ground.

Warranty:RAB LED fixtures give you peace of mindbecause both the fixture and light enginecomponents are backed by RAB's 5 YearWarranty. For more information,

Color:BronzeWeight:3.3

DIMENSIONS


WattsLamp Type

Lamp Base Ballast


Input Watts

LAMP ANSI

Initial Lumens



Constant Current 0.3 A 0.3 A 0.3 A 0.15 A 15 N/A 1064 50000





WPLED20

JOB NAME:

DATE:

TYPE:




Cold Weather Starting:The minimum starting temperature is -30°CColor Accuracy:69 CRIDark Sky Approved:The International Dark Sky Association hasapproved this product as a full cutoff, fullyshielded luminaire.

Driver:Automatic Voltage Sensing Driver for 120 –277 volts





Heatsink:Integral cast aluminum mounting pad andexternal fins for optimal heat sinking toensure cool operation with maximum LEDlife and light output.

Housing:Precision die cast aluminum housing, lensframe and moutning plate.


LED Light Engine:Two Multi-chip 10W high output long lifeLED Driver: Constant Current, Class 2

Light Color (CCT):5276 K (Daylight)

Patents:The LPACK design is protected underpatents pending in the U.S., Canada, China,Taiwan and Mexico.

Total Harmonic Distortion:THD = 8.4%Two Mounting Options:Junction Box with 5 Conduit Entry Pointsand Threaded Plugs for surface mountingplus Cover Plate for mounting over 4"recessed junction box included withWPLED20

UL Listing:Suitable for wet locations. Suitable formounting within 4' of the ground.

Color:Bronze

DIMENSIONS


WattsLamp Type

Lamp Base Ballast


Input Watts

LAMP ANSI

Initial Lumens



Constant Current 0.5 0.5 0.5 0.125 22 N/A 1401 50000






Energy Audit Report


**CONFIDENTIAL**

SECTION 4

COST/BENEFIT ANALYSIS

This section outlines the various energy savings measures and their potential energy and cost savings potential. Specific

attachments and supporting documentation has been included within Section 3 to provide a reference on the savings

calculations. The following table outlines the proposed measures estimated cost, energy savings and simple payback. It is

clear that some measures provide a good payback over other measures. Important factors to consider are the annual run

time hours of the system in question, the age, the existing efficiency and the costs to retrofit or upgrade the system. Finally,

this section includes summary sheets related to the ACT 129 electrical efficiency incentive programs.

Water Street and Mulberry Street Parking Garage Option 1

Baseline ECMs

Installed

Hard Costs

$

Annual

Electric

Savings

$

Annual

Natural

Gas

Savings $

Annual

Water

Savings

$

Annual

Maintenance

Savings $

TOTAL

COST

SAVINGS

Simple

Payback

(years)

1 Water Street Lighting Upgrades $32,230 $4,000 $4,000 8.06

2 Mulberry Street Lighting Upgrades $113,140 $14,000 $14,000 8.08

Baseline Project Summary $145,370 $18,000 8.08

Water Street and Mulberry Street Parking Garage Option 2

Baseline ECMs

Installed

Hard Costs

$

Annual

Electric

Savings

$

Annual

Natural

Gas

Savings $

Annual

Water

Savings

$

Annual

Maintenance

Savings $

TOTAL

COST

SAVINGS

Simple

Payback

(years)

1 Water Street Lighting Upgrades $32,100 $3,190 $3,190 10.06

2 Mulberry Street Lighting Upgrades $112,600 $10,550 $10,550 10.67

Baseline Project Summary $144,700 $13,740 10.53

1Rev7e

Non‐StandardLightingIncentivesforBusinessProgram

FirstEnergy’sNon‐StandardLightingIncentivesforBusinessProgramoffersincentivesandinformationtoencourageparticipantstoinstallhigh‐efficiencylightingequipment.TheprogramisfundedbyMet‐Ed,PenelecandPennPowernonresidentialelectricutilitycustomersinPennsylvaniainaccordancewithAct129of2008.

EffectiveDatesToqualifyforincentives,equipmentmusthavebeenpurchasedonorafterOctober28,2009.

EligibleParticipantsTheNon‐StandardLightingIncentivesforBusinessProgramisavailabletocommercialandindustrialretailservicecustomersofMet‐Ed,PenelecandPennPower.Inadditiontoretrofits,newconstructionprojectsandtheportionofbuildingadditionprojectsthatincreaseafacility’sfootprintareeligibleforNon‐StandardLightingincentives.

Pre‐ApprovalRequirementsNon‐Standardlightingprojectscompleted(installed)afterMarch31,2010willrequirepre‐approvalbeforethepurchaseandinstallationofequipmentifthetotalincentiverequestedisgreaterthan$3,000.

Allparticipantsareencouragedtoseekprogramapprovalfortheirproposednewlightingequipmentpriortopurchasetoensureitmeetsprogramrequirementsandiseligibleforincentives. ExistingFacilitiesvs.NewConstructionExistingfacilitiesandnewconstructionprojects,asdefinedabove,areeligiblefortheseincentives.Existingfacilitiesshouldconsidertheexistingequipmentwhencalculatingbaselineenergyusage.Newconstructionprojectsshouldfollowapplicablebuildingenergyconstructioncodeswhencalculatingbaselineenergyusage.

LimitationsThisprogramdoesnotreplacetheStandardLightingProgramforfixedincentivemeasuressuchasCFLs,LEDexitsignsandoccupancysensors.AllincentivesavailablefromanyFirstEnergyBusinessprogramarelimitedtothetotalequipmentcost.Questions?Ifyouhavefurtherquestions,pleasereviewtheFAQsectionoftheprogramwebsite–www.energysavePA.com.Thisinformationisbeingupdatedregularly.

Specificquestionscanalsobesenttoprogramrepresentativesviaemail–[email protected].

HowDoIApplyforIncentives?PleasereviewtheBusinessProgramTermsandConditionsandapplicationrequirements.

Step1: Reviewprogrammaterialstoconfirmtheenergyefficiencymeasuresmeetprogramrequirements.Visitwww.energysavePA.com,reviewtheParticipantManual,and/[email protected] 1‐866‐554‐4430withquestions.

Step2: CompletetheprogramapplicationandtheFirstEnergyNon‐StandardLightingCalculatorspreadsheet.Attachsupportingtechnicaldocumentationrequiredtoverifyequipmentenergyuse,suchasmanufacturers’cutsheets.PleasenotetheNon‐StandardLightingCalculatorspreadsheetisstatemandateddocumentationrequiredbeforeyourapplicationcanbereviewedbytheprogram.

Signtheapplicationformandsubmitacompleteapplicationpackagetotheprogrammanagerforconsideration,reviewandapproval.Incompleteapplicationswillnotbeconsideredandwillbereturnedtotheapplicantforcompletion.

Acompleteapplicationpackageincludes:

• Asignedapplicationformwiththesummaryinformationfieldsenteredonpagethree.

• AnelectroniccopyoftheNon‐StandardLightingCalculatorspreadsheet,asanExcel(xls)file,showingbothannualkWhandkWdemandreduction.

• Manufacturers’specification(cut)sheetsforeachinstalledfixturetypethatisnotontheWattageTableintheNon‐StandardLightingCalculatorspreadsheet.

Completeapplicationpackagesmustbereturnedviaemail,faxorhardcopy:

Mail: FirstEnergyNon‐StandardLightingIncentivesforBusinessProgram6059AllentownBlvd.PMB#573Harrisburg,PA17112

Fax: 610‐743‐8629Email: [email protected]

Step3:Theprogrammanagerwillnotifytheapplicantviaemailwhenthereviewiscompleteandfundshavebeenreserved.Uponreceiptofprogrampre‐approval,participantsmaypurchaseandinstalltheirenergyefficientequipment.

Step4:Oncetheprojectiscomplete,youshouldreviewyourapprovedapplicationforanychangestotheprojectthatoccurredduringinstallationandmaketheneededcorrections.Resubmittheapplication,alongwithadatedproofofpurchase,totheprogramforincentivepayment.

Applicationsandsupportingtechnicaldocumentationwillbereviewedbyprogramstaff.Anonsiteinspectionmaybeconductedtoverifytheinstallation.Uponreceiptandverificationofallrequireddocumentation,theincentivecheckwillbeprocessedandmailedtotheapplicantortoanauthorizedrepresentative,ifrequestedontheapplication.Followingthereviewandapproval,applicantswillberequiredtosubmitaW‐9withTaxIdentificationassociatedwiththeincentiverecipienttoenableprocessing.W‐9sarenotrequireduntilapproved.

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