v16_120815 high performance led superior light output longer lifecycle lower cost customizable...

V16_120815

HIGH PERFORMANCE LED

S U P E R I O R L I G H T O U T P U T

L O N G E R L I F E C Y C L E

L O W E R C O S T

C U S T O M I Z A B L E

P r e s e n t e d f o r : C i t y T o w n s h i p P r e s e n t a t i o n

Sustainable efficiency

Global Ocean Group

V16_120815

250

Green L ight Soluti ons Corp.

Financing Opportunity from Green Light Solutions to deliver to Any City an example of 1000+/- Street Lights with no up front costs… City can Pay from the energy and maintenance savings over next 4-5 years…

Product can be supplied only / or ‘’Turn Key’’ supplied and installed…

We Can offer a Turn-Key Product / Install and Service Management Contract

The Average Maintenance and Replacement Costs for one (1) HPS Street Light:

The Conventional High Pressure Sodium Street light lamp bulb (HPS) is replaced every three years (3.0 years) However…Wind Vibration and Cold Temperatures can destroy a High Pressure Sodium Bulb in as quickly as just one year… Cost $200(labor) +$50(bulb) + $5.0(waste mgt.) = $255 every 3 years or $85 / yr.

The ballast is replaced every 5 years at a cost of $350 (ballast + labor + waste mgt.) = $70/yr.

The fixture/aluminum head is replaced every 18 years at a cost of $425 = $23.61 per year.

Therefore, the average maintenance and replacement cost per year is $178.61.

Over the lifespan equivalent of a LED street light of 50,000hrs (13.7 years), the cost savings of maintenance / replacement for just one current HPS street light is: 13.7 yrs x $178.61/yr. = $2446.96

Maintenance & Energy Cost Savings by converting just One (1) Green Light Solutions Street Light: Maintenance Cost Savings ($2,446.96) and Energy Cost Savings ($985.03) and ($10.00) Carbon Credit *outlined on page 4

$3,568.99 Minimum Savings for each of our LED Street Lamps$260.51 cost savings per year per Green Light Solutions Street Light. Return on Investment (R.O.I.): 3.6 years

V16_120815

1. Lower cost of ownershipa) Longer lifetime (10x)b) Less replacement costsc) 70% savings on energy

2. Environmentally friendly

a) Less heatb) No mercury

3. Pure perfect light

a) No UV or IR radiation

LED S t ree t Lamps?


V16_120815

1. Lower cost of ownershipa) Longer lifetime (10x)b) Less replacement costsc) 70% savings on energy

2. Environmentally friendly

a) Less heatb) No mercury

3. Pure perfect light

a) No UV or IR radiation

City Savings if we switched just 1000 current Street Lights to our LED technology 91 Watt vs. 250 Watt High Pressure Sodium Lights *EEMCSC Page 5 example

1. $2.605 Million Dollars in electricity & maintenance costs per year

2. 2.5 thousand tons of CO2 emissions/year

3. 5,000 barrels of oil/year

LED S t ree t Lamps?

Compare Our LED’s Green Light LED Fluorescent (CFL) Incandescent

Light Bulb projected lifespan 50,000 Hours 10,000 Hours 1,200 Hours

Watts (energy) per bulb required (100w) 13 26 100

KWh of Electricity used over 50,000 hours 650 2,800 5,000

Bulbs needed for 50,000 hours of light 1 5 42

Cost of Electricity (@ 0.10 per KWh) $65 $280 $500

Energy Savings per 100 watts $435 Savings $220 Savings $0 No Savings

Additional Savings when using LED’s Total cost of the bulbs and the labor to change them is saved!

403-389-3133 (CND) www.globalocean.org [email protected]


http://www.cdifirst.com/

http://www.globalocean.org/

mailto:[email protected]

V16_120815

250* Watt HPS Street Light 288 Watts x 10 hrs. = 2880 WH per day 2880 WH x 365 days = 1,051,200 WH or 1,051.2 KWH per year Cost/yr: 1,051.2 KWH x $0.10/KWH = $105.12 per 288 watt HPS street light Electrical energy cost of one 288 watt HPS street light over 50,000 hours (13.7 years) = $1440.14

*250 watt High Pressure Sodium (HPS) streetlight lamp consists of a 250 watt bulb plus the ballast which consumes greater than 38 watts of energy = 288 watts energy consumption.

91 Watt Green Light Solutions Street Light 91 Watts x 10 hrs. = 910 WH per day 910 WH x 365 days = 332,150 WH or 332.2 KWH per year Cost/yr: 332.2 KWH x $0.10/KWH = $33.22 per 91 watt LED street light Electrical energy cost of one 91 watt LED street light over 50,000 hours (13.7 years) = $455.11 Energy Cost Savings over the life span of one Green Light Solutions Street Light vs. conventional HPS street light = $985.03 (68% energy savings).

Average maintenance and replacement costs of one High Pressure Sodium Street Light:

The Street light lamp bulb is replaced every three years (3.0 years) if no wind vibration…Cold temperatures and wind vibration can burn High Pressure Sodium in just 1 year…

Maintenance Cost is $200 (labor) +$50 (bulb) + $5.0(waste mgt.) = $255 every 3 years or $85/ yr. The ballast is replaced every 5 years at a cost of $350 (ballast + labor + waste mgt.) or $70 /yr. The fixture/aluminum head is replaced every 18 years at a cost of $425 or $23.61 per year.

Therefore, the average ‘’best case’’ maintenance and replacement cost per year for conventional High Pressure Sodium Lights is $178.61 Per Year.

Over the lifespan equivalent of a LED street light of 50,000 hrs or (13.7 years), the cost Savings of maintenance / replacement of one current HPS street light is: 13.7 x $178.61/yr. = $2446.96

Maintenance Cost Savings of ($2,446.96) and Energy Cost Savings of ($985.03) using our LED: $3, 431.99 for each Green Light Solutions LED Street Light.

Return on Investment (R.O.I.) Less than 3.6 years

$739 (Additional cost of LED street light fixture vs. conventional) + Installation $200 = $939 expense divided by $260.51 / yr. savings = 3.6 years

A city/town with an average of 1,000 street lights will save over Thirty Five ($35.690) Million over the lifespan of the LED Street Lights. Applicable Savings from Energy Rebates and CO2 tax credits approx $10.00 per year per light post to further reduce the ROI.

Note: energy and maintenance costs continue to escalate.

Estimated Energy and Maintenance Cost Savings Calculations Global Ocean Street Light vs. Conventional Street Light

V16_120815

LED Street Series

Wattage BUG Rating L70 Hours @ 25˚ C Dimensions/in

61 B1–U1–G1 > 105,000 21.77 x 13.62 x 4.01

91 B2-U2-G2 > 105,000 24.21 x 13.62 x 4.01

Additional Specifications and Performance Information

Testing Certifications:LM70 and LM80 information is provided by CreeLM79 testing files are provided by a third-party

POC: CDF – Energy Solutions and Developer Past Performances Available Preferences: Tribal 8(a), SDVOSDB, WOSDB, WOEDSB, NAOSDB, VA Verified and other certifications - CCR & ORCA






V16_120815

Color Correlated Temperature

WW 2700-3500KNW 4100-4500KDW 5000-6000KCW 6500-7500K

Light Angle (1)

See Optics Chart For Options

FEATURES & SPECIFICATIONSColor Rendering: Power Factor: Lamp Life:IP Rating: Housing:Tilt Angle:Operating Temp:Surge Protection:

820.9850,000 Hours

67Aluminum-30° to 90°-40°F to 149°F4KV

StreetsParking LotsPathwaysParks

AirportsGas StationsShopping CentersWarehouse

APPLICATIONS

Ordering Information Lead times will vary depending on options selected. Consult with your sales representative.Example: ST 70 MT DW 3 Yes OD Yes GR

ST

ST

Series Voltage

MT

MT AC 120-277V480 AC 480V

Photocell

YesNo

Wattage Chip Count Lumens Weight/lb Dimensions/in

61 28 5512 13.53 21.77 x 13.62 x 4.01

91 42 8446 14.76 24.21 x 13.62 x 4.01

124 56 11206 15.90 26.65 x 13.62 x 4.01

152 70 13878 17.40 29.09 x 13.62 x 4.01

181 84 16733 18.81 31.53 x 13.62 x 4.01

216 98 18861 22.77 33.85 x 13.62 x 4.01

254 112 21211 29.70 36.22 x 13.62 x 4.01

278 126 24248 33.44 38.38 x 13.62 x 4.01

Mounting (2)

OD 2 3/8 PoleWA Wall

Dimmable (3)

NoYes

Pre-programmed

Notes:

1. Consult your representative for information about different angles.

2. Lights will fit onto a pole with an outer diameter up to 2 3/8 inch.

3. Consult your sales representative for the pre-programmed option.

Color

GR GreyBL Black

BZ BronzeCU Custom

Wattage

6191124152181216254278






V16_120815



Type 1Symmetric Medium

Type 1Symmetric Short

Type 1Symmetric Short

Type 2Asymmetric Medium

Type 5Symmetric

Medium

Type 2Asymmetric Medium

Type 3Asymmetric Large Type 4

Asymmetric Short

H i g h B a y & S t r e e t O p t i c C o d e s

1 12 13 2 22

Place these codes on order form.

3 4 5





V16_120815

RetailSupermarketsCooler/Freezer CasesOfficesAirportsFactories

Gas StationsShopping MallsSchoolsWarehouseParking GaragesRestaurants

A P P L I C A T I O N S T U B E L I G H T I N G

H I G H B A Y L I G H T I N G

Retail WarehouseHigh BaysParking GaragesGas StationsIndustrialTunnels

SoffitsFlood LightsSports CourtsSupermarketsOfficesAirportsFactories

StreetsAirportsParking LotsGas StationsPathways

Shopping CentersParksWarehouseSchoolsSports Courts

S T R E E T L I G H T I N G

P A R L I G H T I N G

OfficesAirportsRetail StoresGas StationsShopping Malls

MuseumsGalleriesHospitalsHomesRestaurants


Green L ight Soluti ons Corp.Other Products Avai lable




V16_120815

FEATURES & SPECIFICATIONSLighting Angle:Color Rendering: Power Factor: Lamp Life: Replaces:Warranty:

120° +830.9550,000 Hours

Fluorescent Tubes5 Years

Retail WarehouseSchoolsParking GaragesGas StationsIndustrialTunnels

SoffitsHospitalsSports CourtsSupermarketsOfficesAirportsFactories

APPLICATIONS

LED T8EX Parabolic Series

Ordering Information Lead times will vary depending on options selected. Consult with your sales representative.Example: T8EXP 24T MT NW CL BI

T8EXP

T8EXP

Fixture Type Voltage Color Correlated Temperature

Series

MT

22 2x2 2 Lamp24 2x4 3 Lamp

MT AC 100-277VWW 2700-3500KNW 4100-4500KDW 5000-6000KCW 6500-7500K

CL ClearFS Frosted

Fixture Wattage Lumens

22P 19 1692

24P 53 5049

End Type

BI

BI Bi Pin G13

Lens Type







V16_120815

72* Watt Fluorescent Light 108 Watts x 10 hrs. = 1080 WH per day

1080 WH x 365 days = 394,200 WH or 394.2 KWH per year

Cost/yr: 394.2 KWH x $0.10/KWH = $39.42 per 108 watt fluorescent light

Electrical energy cost of one 108 watt fluorescent light over 50,000 hours (13.7 years) = $540.05

Note: Fluorescent tubes would have to be replaced approx. 7 times during the life span of one LED Linear Luminaire

36 Watt Green Light Solutions Linear Luminaire 36 Watts x 10 hrs. = 360 WH per day

360 WH x 365 days = 131,400 WH or 131.4 KWH per year

Cost/yr: 131.4 KWH x $0.10/KWH = $13.14 per 36 watt LED Linear Energy Cost Savings/yr (66.6%): $26.28 (LED vs. fluorescent)

Electrical energy cost of one 36 watt LED Linear over 50,000 hours (13.7 years) = $180.02

Energy Cost Savings over the life span of one Linear Light vs. conventional Fluorescent Light = $360.03 (68% energy savings).

*72 Watt Fluorescent light consists of 2 x 32 watt mercury tubes, and a ballast which consumes 36 watts of energy = 108 watts.

Average maintenance and replacement costs of fluorescent tubes and ballast:

Maintenance cost to replace florescent tubes: $25.00. Fluorescent tubes have to be replaced every two years (2.0 years) and Ballast every 5 years; therefore, maintenance $12.50 per year + cost of tubes $2.5 + cost of ballast and labor replacement $25 + $5.0 (waste mgt.) = $45.00 maintenance and replacement cost per year.

Over the lifespan equivalent of a LED Linear Luminaire of 13.7 years the cost of maintenance / Replacement of one fluorescent is: 13.7 x $45/yr. = $616.50

ROI: Savings per year (Energy, air conditioning and maintenance): $26.28 + $9.86 + $45.00 = $81.14 / yr. savings

$150 (LED Linear Selling Price) divided by $81.14 / yr. savings = 1.8 years R.O.I.

Note: Energy Saving Rebates have to be added to the ROI plus carbon credits plus escalating cost of energy. $3,000,000 in carbon tax credits would be generated annually for every 1 million fluorescent lighting fixtures replaced with our linear LED luminaires, approximately $12 million in carbon tax credits generated annually to replace 4 million fluorescent lighting fixtures.

Note: Energy and Maintenance costs continue to escalate with conventional lighting.

Estimated Energy and Maintenance Cost Savings Calculations Global Ocean 36 Watt Linear LED Luminaires vs. 72 Watt Florescent Tubes

V16_120815

FEATURES & SPECIFICATIONSLighting Angle:Color Rendering: Power Factor: Lamp Life: Replaces:Warranty:

120° +830.9550,000 Hours

Fluorescent Tubes5 Years

Retail WarehouseSchoolsParking GaragesGas StationsIndustrialTunnels

SoffitsHospitalsSports CourtsSupermarketsOfficesAirportsFactories

APPLICATIONS

LED T8EX 4ft Tube External Driver Series

Ordering Information Lead times will vary depending on options selected. Consult with your sales representative.Example: T8EXR 4 MT NW 192 CL BI

T8EX

T8EXR

Voltage Color Correlated Temperature

Series

MT

2 2 Tubes3 3 Tubes4 4Tubes6 6 Tubes

MT AC 100-277VWW 2700-3500KNW 4100-4500KDW 5000-6000KCW 6500-7500K

CL ClearFS Frosted

# of Tubes Wattage Lumens

2 35 3366

3 53 5049

4 69 6732

6 106 10098

End Type (2)

BI Bi Pin G13HO High Output

Notes:

1. When ordering HO ends, consult your representative for proper fit.

System Lens Type






V16_120815



LED AUDIT CHECKLIST In determining project costs and potential energy savings it is very important to ensure that an accurate count of all fixtures take place. Below is a checklist of items needed to included in an audit or when asking potential clients for information about their facilities. Audit Information Needed: Fixture type

Bulb type, i.e.) Fluorescent, metal halide, parBulb size, i.e.) 4ft tube, incandescent bulb, par 30/38# of bulbs per fixtureWattage of each bulbFixture size and type (if applicable), i.e.) 2ftx4ft fluorescent troffer. This is important because in replacing tubes if the fixture is a troffer it will have an acrylic lens so clear LED tubes will be best. If the fixture is a parabolic, which means it just has a grid cover where you can see the physical tubes, then frosted tubes will be needed.

Example: (T8 4ft 3 Lamp 32w 2x4 parabolic) Be consistent in how you list information so it will be easier to do a final count.# of each fixture typeAverage hours each fixture is turned on each dayDays of the weeks fixtures are onZones/Offices fixtures are grouped together for determining potential use of sensors How to obtain fixture information: There are 2 ways to gather information for accurate audits: Obtain electrical plans and lighting schedules. If the building still has the original lighting then going over the lighting plans will be the quickest and easiest way to gather this information. Please ensure to confirm with the client if any modifications or retrofits have been performed. Also do a quick visual inspection verifying that the lights in the plans are in fact the ones that are currently installed.The second way is to do a visual inspection and physical count of every fixture. This method is can be time consuming and difficult to keep track of, but if plans are not available it is your only option. After a couple audits it will become easier. The best way to keep track of the fixture count is to have a layout of the floor plan and label each zone/office and on another sheet detailing the fixture information. Ask the client if they have a office location sheet and if one is not available just draw the floor plan as best as you can. Knowing what fixtures are in each zone/office is very important. If the client needs to replace lights in phases you can refer back to your audit to know exactly how many lights are in each phase without having to go back and count again. A lot of times clients will just give you a total count as basic information but it is not always accurate. When in doubt take a picture of the fixture or bulb.




V16_120815



Location Quantity Fixture Type # of Hours Operated

# of Days Operated

Client: Location:




v16_120815 high performance led superior light output longer lifecycle lower cost customizable...

Documents

maintenance cost savings

conventional hps street

current hps street light

year maintenance cost

energy savings

light post

led street lights

maintenance savings