The Office of the Assistant Secretary of Defense (Energy, Installations and Environment) (OASD (EI&E)) and the National Defense Center for Energy and Environment (NDCEE) are demonstrating a sustainable modular lighting system at Department of Defense (DoD) Installations.
Chemiluminescent lights are single use items used for lighting in a wide range of applications such as personnel, area, map, or Landing Zone/Drop Zone (LZ/DZ) lighting. A modular lighting system was identified as a sustainable alternative technology to single use chemiluminescent lights. Chemiluminescent lights must be disposed after one use while the modular lighting system, using battery powered Light Emitting Diode (LED) lights can be reused. This sustainable modular lighting system can improve mission readiness through improved lighting functionality and reducing load weights, costs and waste associated with single use light systems.
Before sustainable products such as this lighting system are utilized by the Military Departments and DoD Components, their performance must be proven to meet DoD requirements. The objective of this demonstration is to evaluate the effectiveness of the sustainable modular lighting system through pilot demonstrations in DoD operational environments. The demonstration of the sustainable modular lighting system allows DoD end-users to determine, through firsthand experience, if the products meet their requirements for use.
DoD installations expressed interest in evaluating the LazerBrite Modular Lighting System, manufactured by Tactical Lighting Solutions, LLC as an alternative to chemiluminescent lights.. The lighting system is comprised of two independent LED light heads and one translucent tube. The system is fully modular to accommodate multiple modes of operation and light color selection. The system can emulate a light similar to a chemiluminescent light stick, function as a wide-angled flashlight, separate into two different lights, and produce a focused spot light. The LED light heads are available in a Single Mode (high beam) or Multi-lux (low-high or flashing beam). The Single Mode LED head provides a continuous source of high beam light. The Multi-lux light provides three different lighting options: a continuous low beam, a continuous high beam, or a flashing beam of light. The Single Mode or Multi-lux LED heads can be interchanged to accommodate the specific application. The LED lights are available in seven different color selections including white, red, green, blue, orange, yellow, and infrared. The LED lights do not interfere with night vision devices. The infrared LED light provides tactical lighting capabilities that are only visible through night vision devices. Unlike traditional chemiluminescent lights, the LED lights can be turned on and off providing control during operational scenarios.
The LazerBrite Modular Lighting System LED head technology allows screw-on attachment of the LED light either pointing into or away from the translucent tube. In addition, the system can be attached to an additional LazerBrite unit to function as a signal baton for marshaling ground traffic. A wide variety of accessories are available to increase the LazerBrite lighting system capabilities and applications. Common accessories include:
The LazerBrite Modular Lighting System benefits include both performance and environmental benefits over conventional chemiluminescent light sticks including:
Demonstrations of the sustainable modular lighting system are underway or planned for the following DoD installations:
Overall performance criteria were established to validate the sustainable modular lighting system for use by DoD. These performance criteria allow the evaluation of the lighting system to DoD requirements. The following key performance criteria were identified:
The lighting system components are distributed to personnel at each installation to be used in various operating environments in place of conventional chemiluminescent lights. The sustainable modular lighting systems are used in applications as determined by each participating site activity. Demonstration feedback and data is collected and analyzed to evaluate the demonstration products against the key performance criteria.