Hybrid design incorporates a minimum of four (4) separate power sources: batteries, solar panels, diesel/JP-8 generator, and grid power/exterior generator.
Battery - Engine Starter Battery: 12 volt M-24 800 CCA - Optional: 12/24 volt super capacitor 2000 CCA
HYBRID System Battery - Lithium (standard): 2, 24 volt (29.5 to 22.5 operating range) 660 amp/hr (total) - Temperature Range: -40°C to 60°C - UN38.3 certified for transport by plane - AGM Lead Acid (optional): 4, 24 volt (27.5 to 23 operating range) 400 amp/hr (total) - Lithium 6T (optional): 6, 24 volt (29.5 to 22.5 operating range) 380 amp/hr - Nano Wet Cell: In testing – drop in place replacement
Engine/Generator - Caterpillar/Perkins JP8: C1.1/403-D11 19.7 hp with 10kw generator single phase 60 hz - Optional: 10kw generator three phase 60 hz 50 hz 400 hz - Caterpillar JP* (optional): C2.2. 28 hp with 20kw generator three phase - Optional: Honda Duel Fuel Gas NG/Propane - Fuel Capacity: 35 gallons
HYBRID/Battery Power - Single phase pure sine 60 hz 3kw - 125 VAC 15 Amp GFI (NEMA 5-15R) - Optional: Outlets or connectors on request - Optional: 28 volt DC GPU, conforms to 28 volt DC MIL-STD-704F - Optional:: 270 volt DC GPU, conforms to 270 volt DC MIL-STD-704F
Solar Panels - 525 watt 3 panels - Optional: Additional panels up to eight (8)
LED Light Fixtures - 105235 max lumen output per LED fixture (4 total) 320 W each - Dimmable IP67 two (2) lens patterns – 60/150 degree - Optional: Two (2) LED fixture Fixtures (rather than 4) - Optional: Infrared and/or UV lights - Optional: Additional four (4) LED fixtures (up to a maximum of 8)
Frame - Four (4) wheel site trailer - Optional: Two (2) wheel high speed/rough terrain trailer - Conforms to MIL-STD-209
Mast Height: - Maximum 18 ft - Optional: Maximum 30 ft - Optional: Maximum 12 ft
Dimensions: - L 99” x W 42” x H 83”
Additional Specifications:
- Top of mast 120 volt pure SINE accessory power to quick attach video surveillance, a lightning prevention, additional lighting, traffic control equipment, gunshot detection, or other 120 volt accessories. - Perform safely in sustained winds of up to 45 m/h - Each LED fixture is connected to the end of the mast by means of a quick connect system. - Each LED fixture can be completely and quickly removed or reattached with no tools. - LED fixtures are attached to the end of the mast on a manually adjusted rotation system that allows the LED fixtures to rotate from a traditional light tower position with all four (4) fixtures facing forward to a street-light position where all LED fixtures are facing down. In the street-light position lighting meets all IES anti-glare standards for Federal DOT and FAA airport lighting - LED fixtures can be removed from the mast and placed up to 250 ft from the unit with use of a quick attach extension cable - Lights can run over 250 hours at full intensity and over 500 hours at low intensity with no operator input or supervision while the lights turn on/off by way of timer or photocell. - Hybrid system has a fail-safe operation where switching between power sources is automatic and requires no operator input or adjustment - Solar panels are folded in and protected from exposure during transport and folded out for operation. The angle towards the sky for the solar panels are adjustable - Electronic engine controller that allows to select between on, off, auto mode, or maintainer mode - Under auto (automatic) control the engine reads primary battery voltage (not the starter battery). If the voltage drops below a specified voltage (adjustable and predetermined by the operator) the engine will start automatically. - When the engine is operating; power is supplied to run lights, supply auxiliary 120/240 volt power, and recharge the primary batteries - An external standard 120/240 volt electrical plug will simultaneously power the LED fixtures, supply auxiliary 120/240 volt power, and recharge the primary batteries - Lights can be controlled on/off manually or through a seven (7) day programmable timer - Lights can be controlled on/off manually or through a photocell that
