ggi fgi lumismart educational 120v.pdf
TRANSCRIPT
Educational
Facilities (120v)
An Ideal Solution for Schools & Universities.
Situational Case Study
Interior Lighting Environment
The LumiSmart Solution.
ROI Metrics
ROI Results
www.cavettech.com
Typically educational facilities are comprised of several different types of lighting utilizing fluorescent technology. Fluorescent lighting is an efficient and cost effective way of provid-ing consistent light levels and a predictable lamp life for optimum illumination levels. 25-32 Watt T8 fixtures are typically deployed in these tenures including 2 lamp and 4 lamp fixtures and plug-in compact fluorescent. The lighting circuits are commonly segmented into loads that are controlled by 20AMP breakers. General educational applications including entry areas, stairs, washrooms, private offices, open office space, boardrooms and parking facilities use similar lamping types to ensure a consistently lit environment.
Although T8 lighting is the standard for todays lighting designer/Architect and/or Electrical Engineer, older and less efficient T12 technologies remain the dominant legacy lamp type. Designers will recommend a lamp and ballast retrofit to increase the lighting efficiency to meet todays lighting design standards for both light levels and energy efficiency.
120VAC
T8 32w HPF Electronic Ballast(BF=.95)
84 Hours/week
$200 (each)
$0.15
73
$160,600 (incl. install)
$80,300 (50%)
$80,300
Voltage:
Lamp & Ballast Type:
Usage (hrs.):
Install Cost:
Cost/Kwh:
No. of LS’s Required:
Total LumiSmart Cost:
Available Rebates:
Capital Expenditure:
35.6 Months
182,992.90 Kwh
98.27 Metric tonnes
$56,944.68
$27,449.00
Capital Recovery:
Annual Kwh reduction:
Annual CO2 reduction:
5 Yr. Total savings:
Annual Savings:
In general, educational facilities are over lit and many areas remain unnecessarily lit during a 24 hour cycle. Furthermore, fluorescent lights are not easily dimmed and continue to consume significant power even when not required. Deployment of the LumiSmart device in this building type is cost effective, easy to install and maintenance free, enabling a minimum of 30% or more power reduction and associated costs.
Example: 100,000 sq.ft elementary school with a lighting level of 1.5w/ft2 = 150 Kw load 120 V high efficacy fixed voltage ballast 80% Loading on a 20 amp circuit breaker
Based on the data above, the maximum number of T8, 4 lamp 2’x4’ fixtures with a 16 cell reflector is 14. This consumes a total of 1.920 Kw of electricity per 20 amp circuit breaker per hour with an 80% loading capacity. Therefore, based on this lighting load, this space will require the installation of 73 LumiSmart devices. In the event that each circuit is under utilized, meaning, each circuit has a max capability of handling up to 1.920 Kw but actual readings indicate a much lower load, multiple circuits may be ganged together into one LumiSmart device providing the local electrical and/or building code permits circuit ganging.
Based on an MSRP of $2,000.00 USD, the Return on Investment prior to any incentives or Government rebates is 35.6 months. Refer to the ROI Metrics data for a detailed analysis.
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About Cavet Technologies
avet Technologies 201 - 10 Wanless Ave. Toronto, OntarioM4N 1V6 Canada
Cavet Technologies Inc. [email protected] Service [email protected] Technical Support Centre Contact your distributor.
Copyright © 2010, Cavet Technologies Inc. The Cavet Technologies Logo, LumiSmart ILC, the LumiSmart ILC Logo are all trademarks of Cavet Technologies Inc. Any product photos shown are for reference only and are subject to change without notice. All other product and company names are trademarks or registered trademarks of their respective holders. All rights reserved. Printed in Canada.
Reduce your lighting costs
an immediate energy consumption reduction of 30% with no
Deploy in minutesInstalling is easy; LumiSmart ILC is connected to individual dedicated
lighting circuits at the electrical panel. A licensed electrician can
install the product within 30-60 minutes. Savings are immediate!
Reduce your carbon footprintLumiSmart actively reduces electricity consumption at the source by
adding pulses into the electrical waveform which reduces energy
consumption, the strain on the electricity supply system and
Greenhouse Gas Emissions.
SmartGrid UpgradeableLumiSmart has been designed to interact with the SmartGrid. All
LumiSmart ILC’s have the capability to be remotely managed
through Cavet’s web-based control solution and the LumiSmart DRC.
SmartGrid UpgLumiSmart has been
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Based out of Toronto Canada, Cavet Technologies is a lighting solutions company that has developed the award winning LumiSmart ILC - Inteligent Lighting Control solution. LimiSmart ILC is the result of over 10 years of research and development in the area of lighting sciences and electrical waveform modification (sine wave compression). Cavet has a unique view on the lighting control market; being green is simply not good enough - control solutions must provide demonstrable savings within a 2 - 3 year period for customers and electrical utilities while also dramatically reducing barriers to installation. Cavet’s technology is designed, manufactured and distrib-uted in Canada for the world market through our leading technology and distribution partners.For more information visit www.cavettech.com or www.lumismart.com
About LumiSmart LumiSmart Intelligent Lighting Controller by Cavet Technologies Inc., the worldwide de facto standard in lighting controls. LumiSmart ILC is the first of a new class of Smart Grid enabled lighting controllers that provide adaptive control of lighting circuits to reduce power consumption using waveform modification and power factor correction. It is compatible with Incandescent, Halogen, Compact Fluorescent & most Linear Fluorescent lighting systems including T5, T8 and T12 lamp technologies running on Electronic or Magnetic ballasts over a range of voltages. It provides an instant 30% or more power reduction, depending on lighting system design, while providing power factor correction with minimal impact on perceived lighting output. The compact size of the unit takes minutes to install in an electrical closet/room and most importantly, for the building operator, there is minimal disruption to the occupants during installation unlike the installation of a complete lighting retrofit system.
Stacey RutherfordGGI Lights2443 Fillmore St #265San Francisco, CA [email protected]