Power Generation

Choosing Power Generators

Harvesting power from the environment requires choosing the technology that will give the operator the best return on their investment. It is literally a game of averages.

Solar Power Logo

Primary Solar Power - The “Constant”

Daylight is prevalent across most of the earth’s surface. Solar Panels operate best when exposed to direct sunlight but will produce power even in cloudy or low-light conditions. This makes solar a guaranteed daily power source even in the most remote, austere regions where other power sources may be difficult to support or prone to failure.

Solar power should always be the first option when selecting equipment. Whether the system is for personal use or part of a larger system that incorporates multiple technologies, solar should be considered the primary method for power generation. Supplemental power generation equipment can, when necessary, be added along with other resources that are available to the operator.

Wind Power Logo

Supplement Wind Power - If Availiable

There is a geographical component that should be considered when choosing wind as a supplemental power source. For example, if there is no wind, then a wind generator will produce NO power at all. Wind power is an excellent SUPPLEMENT to solar power, except in certain circumstances where wind speed is constant and will (on average) produce more power than solar on a daily basis. Wind is typically more prevalent in higher altitudes, on shorelines, or on open plains.

Water Power Logo Supplement Water Power - If Availiable
Micro-Hydro power generation is a great resource and can be an extremely reliable source of renewable energy, but it does require operation in close proximity to running rivers or streams. One relatively small water turbine will produce power non-stop as long as running water is available, no matter what the weather.
Fuel Cell Logo Supplement Fuel Sources - If Availiable
For operators with close proximity to supply sources where Petroleum, Methanol, or other Hydro-Carbon based fuels are easily acquired, then Fuel Cells and other fuel-driven generators can be utilized based on the resources available to the operator.
3 Key Factors to Power

There are three factors that affect a solar panel’s ability to generate power:

1. Direct sunlight
2. Cool operating temperatures (good air circulation around the panels)
3. MPPT charge controls (m
aximum power point tracking)

A Solar Stik™ directly addresses all three of these factors by design, allowing the solar panels to operate at their maximum capacity. Additionally, the system is designed for long duration deployments and can withstand extended exposure to harsh elements with ease.

Flexi Panel Pak compensates for the inefficiency of a flat-panel system by ‘over-compensating’ with additional PV panel capability.  The form factor allows the Flexi-Panel Systems to be much more portable than a Solar Stik™, however, flexible panels also have a shorter “usable life” (3-5 years).

Any type of Solar Stik™ System should provide the operator with “usable power” based on the operation requirement.





The Solar Stik™


Over the years, the Solar Stik™ design has evolved from a single ‘Marine 100’ model sold in 2004 into a variety of products ranging from simple Consumer-grade Solar Generators to Military-grade Hybrid ‘Solar & Wind’ Power Systems. 



All Solar Stiks™ have two axes of rotation that allow for maximum solar power production. The panels can be rotated on both horizontal and vertical axes and with only three daily panel adjustments (aiming the panels at the sun), it can yield a tremendous solar power gain over a static position.

The 100 Lite, 100, 200 and 400 models are pure “Solar Generators” and the Modular Add-on Breeze Kit (Not capable with the 100 Lite) is the world’s only portable hybrid solar and wind power generator. The tactical design of the Breeze wind generator is the only one of its kind, providing the operator with a superior solution for harnessing energy from the wind in a portable solution.

Solar Stik™ Solar Panels
Solar Stiks™ are cost-effective power solutions for nearly any application ranging from Recreational to Tactical. They can be used as a stand-alone power sources or tailored to a particular application using genuine Solar Stik™ Accessories.
A hallmark of all Solar Stik™ designs is their form-factor. All Solar Stiks™ are compact, lightweight, and allow for easy transport and setup. Assembly requires no tools or special knowledge and and every removable component is leashed to prevent loss. The “Plug & Play” nature of the system means there are no extensive connection processes or difficult operational procedures to follow. Deployment can usually be performed by one person in less than 10 minutes.

All Solar Stiks™ store and transport in either one or two Pelican™ Cases, or in our custom designed Marine-grade canvas soft cases.

There is never any “planned obsolescence” designed into any Solar Stik™ and the construction is primarily T6061 Aluminum (aircraft-grade) and stainless steel. The system can be used in the harshest of environments and deployed for an hour, week, or year without regard for the weather.

All Solar Stik™ Systems are expandable. Stiks™ can be upgraded with larger panels, the addition of a wind generator, or daisy-chained to additional Solar Stiks™.

The Solar Stiks™ are made in the U.S.A. They are field-serviceable, require very little regular maintenance, and carry a 5-year limited warranty on materials and workmanship with a 5-year limited warranty on power output.




Solar Stik Comparison