CELLO LIGHTING "LA LUNE" 4' T8 DIMMABLE
Welcome to the home of IntelligentLEDBulb.com Featuring "La Lune" from Cello Lighting Patented "La Lune" Lamps are the world's 1st LED PlugNPlay and Dim Title 24 Compliant LED BulbsThe new revolutionary Cello Lighting patented "LaLune" can be found at IntelligentLEDbulb.com distributed by Electronic Supply Chain Solutions.
* Cello Lamps are compatible with most electronic ballasts and dim with all existing lighting switches providing personalization of your workspace.
ESCS President Matt Heaphy plays the Cello with the new dimmable Cello "La Lune LED Tube Light as his bow.He knows saving money with CELLO is music to everyone's ears!
Limbo verses LÖSA How to get under the bar of Return on Investment with LED
The cost for a Title 24 Solution using LOSA is 3X less expensive than Wifi/PoE/Bluetooth/0-10v wired approaches.
In order to improve ROI, the cost of the lighting control system has to be under 1/2 of light fixture cost.
Cello Lighting control system is called LÖSA (Light-sensing, Occupancy-sensing, Smart-meter, Auto-demand-response) LÖSA uses the existing power lines as the communication media to control lighting. Consequently, it removes the cost of wiring, the cost of Ethernet cabling and the cost of wire/wireless transceivers. LÖSA 's only material cost of is a PLC master device shared by up to 20 light fixtures, a PLC sensor which includes an occupancy sensor, daylight sensor and a PLC modem attached with each light fixture.
The only labor cost is to install a PLC master shared by a group of up to 20 light fixtures.
This innovation from Cello Lighting eliminates the need for extra wire or wireless communication material/wiring or IP configuration labor.
LÖSA is able to reduce the control overhead on top of fixture cost.
The ROI becomes even shorter than the original plain LED light fixture of 3.7 years!
-Budget and Lead-time(Project Length) are two top concerns for a lighting project.
ROI is the defining factor of the success of a lighting control project. Therefore a comprehensive budget and project length analysis is always crucial before a project plan is finalized.
In order to demonstrate the budget and project length analysis, we propose a sample lighting control project with 25 light fixtures and 5 light switches with every 5 light fixtures controlled by one light switch. The block diagram of the sample lighting system is illustrated here:
Furthermore, in order to standardize the comparison, we assume each original light fixture burns 120W, and is expected to burn 60W after being retrofitted with LED light fixture. The cost of a plain LED light fixture is assumed to be $60. Also the cost of IoT device, which is required to get connected to Internet and Cloud, is assumed to be $100. Last but not least, the labor cost is assumed to be $40 per hour.
Also in order to implement occupancy control and daylight harvest, each light fixture is associated with a sensor box/module with both occupancy and daylight sensors with a cost of $40. Plus, in order to implement Task Tuning / Auto Demand Response Dimming, there must be some communication link between IoT device and light fixtures so that users can send dimming control commands to light fixtures. For Wired Based Lighting Control, the commands are sent through the 0-10 dimming wires. So the cost of communication is the material and labor cost of 0-10v dimming wiring. For Wireless and PoE, the cost of communication means the cost of Transceivers, which is assumed to be $40 per unit. For LÖSA, the communication media is the existing power lines so there is no cost for the communication media for LÖSA. The parameters are summarized here:
Based on the parameters, we are able to make a budget and project length comparison analysis for the following seven lighting control options:
1.) 0-10 Wired Based Lighting Control
2.) Wireless Based Lighting Control
3.) PoE Based Lighting Control
4.) LÖSA - New Fixture Replacement
5.) LÖSA - T8/T5 Retrofit Kit
6.) LÖSA - T8/T5 Tube Retrofit (AC-Direct, Ballast Bypassed)
7.) LÖSA -T8/T5 Tube Retrofit (Plug-and-play, Ballast Compatible)
The results are summarized here:
From the analysis results, it is shown the ratio of budgets among Wired, Wireless, PoE and LÖSA-new fixture is about 1.4: 1.7: 2 : 1. And the Lead-time ratio is : 2.1 : 2.1 : 3 : 1. But when compared to LÖSA-Tube (Type A), the Budget Ratio fro Wired: Wireless : PoE : LÖSA-Tube (Type A) is : 2.8: 3.3 : 3.9: 1. And the Lead-time Ratio is : 9.2: 9.2: 13.3: 1.
Detailed Analysis of Each Lighting Solution
1) 0-10v Wired Based Lighting Control:
2) Wireless solution
3) PoE Solution
4) LÖSA with new light fixture replacement
5) LÖSA with T8/T5 Retrofit Kit:
6) LÖSA with T8/T5 tube lamp retrofit (AC-direct, bypassing)
7) LÖSA with T8/T5 tube lamp retrofit (Plug-n-play, ballast compatible)
LÖSA solution has a much shorter lead-time than any other solution.
With a simple management interface to full Title 24 compliance, Luxul provides users comprehensive control and monitoring abilities that meet modern energy efficiency building standards.
See a live demo on how it works!
Learn more about Luxul MATCH 2.0 Smart LED Technology Info below!
Match allows the user to turn lights on and of at home or the office from anywhere that the user's mobile device has access to the internet.
Match's switch scheduling allows the user to set times to turn on/off light fixtures via the app on a mobile device, ensuring security while providing convenience.
Accurate data reporting help you better control consumption for lower energy bill costs. Get a complete history of your energy use right from your smartphone or tablet.
Choose your preferred level of lighting to decrease the intensity and or automatically turn lights on or off depending on room occupancy.
Extend your WiFi network using extra access points provided by Match devices.
Luxul MATCH smart LED technology switches are easily installed. Follow the step by step illustration guide below.
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