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Explore Systems
A Solar Stik portable power system can be used in most applications where a traditional fuel-driven generator has been used. The configuration of every Solar Stik system includes energy storage, power generation, and power management components to meet power needs and application requirements.
Small System
Loads ≤ 3 kW
Charge mobile phones, tablets, communication devices, or portable satellites using a small system with minimal deployed footprint.
Medium System
3 kW < Loads ≤ 10 kW
Generate power for medical stations, ISR trailers, aerostats, and more by using renewables, energy storage, and fuel-driven generators.
Large System
Loads > 10 kW
Support trailer-based surveillance systems with environmental conditioning units using multiple hybrid generators, power managers, batteries, and solar arrays.
Explore Power Generation
Fuel-driven generators have been the standard for power generation in the industry since their inception. They can generate power with energy-dense fuel sources such as gasoline or diesel. Solar Stik offers ruggedized, field-proven generators and a Remote Start Enabling Kit (RsEK) to ensure optimized fuel efficiency in the field.
Defender 1kW Generator with E-Start Mod
Continuous Power: 900 W
Auto-Start Function: Yes
Dry Weight: 34 lb (15.4 kg)
Defender 1kW Generator Spec Sheet (PDF)
Ranger 2kW Generator with E-Start Mod
Continuous Power: 1250 W
Auto-Start Function: Yes
Dry Weight: 52 lb (23.59 kg)
Ranger 2kW Generator Spec Sheet (PDF)
7 kW, 230V, 50HZ Generator with RsEK
Continuous Power: 6,900 W
Auto-Start Function: Yes
7 kW Generator Spec Sheet (PDF)
13 kW, 230V, 50HZ Generator with RsEK
Peak Power: 13,000 W
Auto-Start Function: Yes
13 kW Generator Spec Sheet (PDF)
Rigid panels have the highest efficiencies, making them ideal for stationary applications that require maximum power and a small installation footprint. Rigid solar panels do not degrade significantly over time, making rigid panels the best choice for long-term investment. Solar Stik uses both multi- and monocrystalline, glass and non-glass—impact-resistant and shatterproof—rigid panels.
Solar Stik 200
Array Power: 200 W
Cell Efficiency: > 18 %
Assembled Weight: 73 lb (33.1 kg)
Solar Stik 200 Spec Sheet (PDF)
Solar Stik 400
Array Power: 400 W
Cell Efficiency: > 18 %
Assembled Weight: 111 lb (50.3 kg)
Solar Stik 400 Spec Sheet (PDF)
Rigid, foldable solar panels are the best choice for expeditionary applications requiring significant power generation in combination with ease of storage or transport. Solar Stik offers monocrystalline, antireflective, antistatic, and low-visibility front surface rigid, foldable panels.
Solar Expedition 450W
Array Power: 450 W
Cell Efficiency: > 18 %
Assembled Weight: 44 lb (20 kg)
Solar Expedition 450W Spec Sheet (PDF)
Solar Venture 320W
Array Power: 320 W
Cell Efficiency: > 24.1 %
Assembled Weight: 26 lb (11.8 kg)
Solar Venture 320W Spec Sheet (PDF)
Solar Venture 320W Kit Spec Sheet (PDF)
Solar Expedition 570W
Array Power: 570 W
Cell Efficiency: > 21 %
Assembled Weight: 88 lb (39.9 kg)
Solar Expedition 570W Spec Sheet (PDF)
Flexible solar panels fuse form factor with capability and deliver maximum power generation with minimum weight. Flexible panels use amorphous silicon thin-film technology, which can be used with many substrate options that allow flexible panels to be folded or rolled. Solar Stik uses extremely rugged, paper-thin flexible panels that can stand harsh conditions.
Flexi-Panel Kit
Array Power: 240–480 W kits
Panels: Amorphous silicon, foldable
Panel Weight: 2–4.5 lb (0.9–2.04 kg)
Flexi-Panel Kit Spec Sheet (PDF)
Solar Endurance Flex RV
Array Power: 100–360 W
Panels: mc-Si PERC (G!), flexible
Panel Weight: 60% lighter than glass panels
Solar Endurance Flex RV Spec Sheet (PDF)
Renewable generators should be selected to best fit the environment and conditions where they will be operating. Wind turbines can generate power day or night and are an easily deployed power generation option. Solar Stik offers wind turbines with the lowest start-up generation wind speeds on the market.
Wind Stik 160
Storage Capacity: 1.2 kWh
Output: DC port(s), AUX port
Weight: 55 lb
Wind Stik 160 Spec Sheet (PDF)
Explore Energy Storage
LiFePO4 Energy Storage Modules (ESMs) can endure more charge/discharge cycles than other battery chemistries. Solar Stik uses the LiFePO4 chemistry in almost all its lithium-chemistry ESM products. LiFePO4 is slightly less powerful than other commercially available lithium chemistries, but it has the great advantage of using a nonflammable electrolyte, providing equivalent safety characteristics to lead-acid batteries.
Li ESM 1300
Storage Capacity: 1.3 kWh
Current Capacity: 54 Ah
Weight: 34 lb
Li ESM 1300 Spec Sheet (PDF)
Li ESM 2000
Storage Capacity: 2.1 kWh
Current Capacity: 82 Ah
Weight: 64 lb
Li ESM 2000 Spec Sheet (PDF)
Li ESM 2100 Spec Sheet (PDF)
Li Expander Pak 2400
Storage Capacity: 2.4 kWh
Current Capacity: 100 Ah
Weight: 110 lb
Li Expander Pak 2400 Spec Sheet (PDF)
Lead-acid Energy Storage Modules (ESMs) are the most widely understood and used 12 V batteries. Solar Stik Lead-acid ESMs use absorbed glass mat (AGM) sealed lead-acid technology. Lead-acid ESMs are housed in rugged cases and will not leak if inverted, pierced, or otherwise compromised.
Expander Pak 500
Storage Capacity: 0.45 kWh
Current Capacity: 38 Ah (12 VDC), 19 Ah (24 VDC)
Weight: 50 lb
Expander Pak 500 Spec Sheet (PDF)
Expander Pak 1000
Storage Capacity: 1.0 kWh
Current Capacity: 80 Ah (12 VDC), 40 Ah (24 VDC)
Weight: 97 lb
Expander Pak 1000 Spec Sheet (PDF)
Explore Power Management
AC/DC power management modules provides a single point of power management, control, and distribution to a portable, battery based, electrical circuit. Solar Stik offerings include the Portable Remote Operation Inverter/Charger (PRO-Verter) and Hybrid Power Router (HyPR) families of products. PRO-Verters have COMBINED inverter / charger functions, and can only execute ONE of these functions at a time. HyPRs have SEPARATE inverter / charger functions, and can execute ONE or BOTH of these functions simultaneously.
PRO-Verter 1600
Continuous Output Power: 1000 W
Nominal Input Voltage: 12 VDC
Generator Compatibility: 1-3 kW
PRO-Verter 1600 Spec Sheet (PDF)
PRO-Verter 2300
Continuous Output Power: 1500 W
Nominal Input Voltage: 24 VDC
Generator Compatibility: 1-3 kW
PRO-Verter 2300 Spec Sheet (PDF)
PRO-Verter 3000
Continuous Output Power: 2000 W
Nominal Input Voltage: 24 VDC
Generator Compatibility: 1-3 kW
PRO-Verter 3000 Spec Sheet (PDF)
PRO-Verter 5000
Continuous Output Power: 4000 W
Nominal Input Voltage: 24 VDC
Generator Compatibility: 3-13 kW
PRO-Verter 5000 Spec Sheet (PDF)
PRO-Verter 7000
Continuous Output Power: 4000 W
Load Support: Output dependent on generator
Generator Compatibility: 3-13 kW
PRO-Verter 7000 Spec Sheet (PDF)
PRO-Verter S 2000
Continuous Output Power: 1200 W
Nominal Input Voltage: 24 VDC
Generator Compatibility: 1-2 kW
PRO-Verter S 2000 Spec Sheet (PDF)
PRO-Verter S 3000
Continuous Output Power: 2200 W
Nominal Input Voltage: 24 VDC
Generator Compatibility: 1-2 kW
PRO-Verter S 3000 Spec Sheet (PDF)
HyPR 1000
Continuous Output Power: 1000 W
Nominal Input Voltage: 24 VDC
Solar Input Power: 400 W
HyPR 1000 Spec Sheet (PDF)
HyPR 6000
Continuous Output Power: 2300 W
DC Output:Regulated & Unregulated
Universal AC input : Accepts up to 6000 W
HyPR 6000 Spec Sheet (PDF)
The Power Hub serves as a singular collection point for multiple DC power sources including large portable solar arrays, wind turbines, fuel cells, and more. It can accept up to 2.4 kWh of power generation inputs and is a fully automated system with remote monitoring capabilities.
Power Hub 2400
Solar Input: Up to 2.4 kW PV power
Nominal Input Voltage: 24 VDC
Operation: Automatic
Power Hub 2400 Spec Sheet (PDF)
Power Hub 2500
Solar Input: Up to 2.5 kW PV power
Nominal Input Voltage: 24 VDC
Operation: Automatic
Power Hub 2500 Spec Sheet (PDF)
Power Hub 3500
Solar Input: Up to 3.5 kW PV power
Nominal Input Voltage: 24 VDC
Operation: Automatic
Power Hub 3500 Spec Sheet (PDF)
The Power Distribution Module (PDM) is a power distribution system that provides energy for USB, CLA and terminal-post devices. The PDM is capable of powering or recharging multiple 5 VDC, 12 VDC, 24 VDC (24 VDC Version ONLY) appliances simultaneously. It requires a connection to a 12 or 24 VDC battery to function.
PDM Plus
Nominal Input Voltage: 24 VDC
Ports: USB, CLA, terminal post, 120 VAC out
Inverter: 250 W pure sine wave
PDM Plus Spec Sheet (PDF)
The primary role of the generator in a Solar Stik Hybrid System is to charge the batteries when required. Solar Stik power management components monitor the amount of energy in the battery bank—the components automatically signal the generator to start when the battery bank voltage reaches the system-defined threshold, and automatically signal the generator to stop when the battery bank is fully charged. Most generators—military, commercial, and residential—can be modified to use a Solar Stik RsEK.
5kW MEP-802A TQG RsEK
Installation: Moderate
Requires: PRO-Verter with AGS
Compatibility: 5kW MEP-802A TQG only
5kW MEP-802A TQG RsEK Spec Sheet (PDF)
3kW MEP-831A TQG RsEK
Installation: Easy
Requires: PRO-Verter with RMK
Compatibility: 3kW MEP-831A only
3kW MEP-831A TQG RsEK Spec Sheet (PDF)
Yanmar 3700/5500 EV RsEK
Installation: Easy
Requires: PRO-Verter with AGS
Compatibility: 3700/5500 Yanmar only
Yanmar 3700/5500 EV RsEK Spec Sheet (PDF)
The RMK provides remote access to vital System operating data via the user interface on the Faceplate. The RMK also records and stores all of the System data and graphical reports of these data on a user friendly, web browser-based user interface.
PRO-Verter RMK (LAN)
Requires: PRO-Verter
Connection: TCP/IP over Ethernet
Use: Remote access to PRO-Verter data
PRO-Verter RMK (LAN Spec Sheet (PDF)
PRO-Verter RMK (AGS)
Requires: PRO-Verter and AMMPS generator
Connection: TCP/IP over Ethernet
Use: Remote access to PRO-Verter data, Autostarting AMMPs generator
PRO-Verter RMK (AGS) Spec Sheet (PDF)
Solar RMK (LAN)
Requires: Power Hub 2400, BOS or Power Pak 1000
Connection: TCP/IP over Ethernet
Use: Remote access to Power Hub and Power Pak data
Solar RMK (LAN) Spec Sheet (PDF)
Explore Storage with Management
Lithium Power Paks and Balance of Systems (BOS) units combine energy storage and power management into a single-case solution. Li Power Paks and BOS units use lithium-ion chemistry, which offers the greatest energy density, making them ideal for expeditionary applications. Both products are available in 12- or 24-volt options.
12VDC Li Power Pak 1200
Storage Capacity: 1.2 kWh
Output: DC port(s), AUX port
Weight: 55 lb
12VDC Li Power Pak 1200 Spec Sheet (PDF)
24VDC Li Power Pak 2400
Storage Capacity: 2.4 kWh
Output: DC port(s), AUX port
Weight: 110 lb
Li Power Pak 2400 Spec Sheet (PDF)
24VDC Li BOS 2000
Storage Capacity: 2.0 kWh
Output: AC and DC ports
Weight: 110 lb (50 kg)
Li BOS 2000 Spec Sheet (PDF)
24VDC Li BOS 2400
Storage Capacity: 2.4 kWh
Output: AC and DC ports
Weight: 125 lb
Li BOS 2400-120 Spec Sheet (PDF)
Li BOS 2400-230 Spec Sheet (PDF)
Lead-acid Power Paks and Balance of Systems (BOS) units are single-case energy storage and power management solutions. Lead-acid Power Paks and BOS units use lead-acid battery chemistry best suited for fixed applications and have a 500-cycle life span. Both products can be configured for 12- or 24-volt applications.
BOS 500
Storage Capacity: 0.45 kWh
Output: DC port(s), AUX port
Weight: 55.8 lb (25.3 kg)
BOS 500 Spec Sheet (PDF)
Power Pak 500
Storage Capacity: 0.45 kWh
Output: DC port(s), AUX port
Weight: 50 lb
Power Pak 500 Spec Sheet (PDF)
Power Pak 1000
Storage Capacity: 1.0 kWh
Output: DC port(s), AUX port, SB50 & SB175 ports
Weight: 97-100 lb
Power Pak 1000 Spec Sheet (PDF)
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