Solar & Wind Power for Remote WiFi, Cameras, and Low Voltage Systems
No utility power nearby? GNS Wireless helps design off-grid solar and wind power systems for remote WiFi, wireless bridges, IP cameras, sensors, and low voltage outdoor equipment that need to stay online in real-world conditions.
Power Your Network Where the Grid Stops
Most remote networking projects do not fail because of signal. They fail because the power system was undersized, mismatched, or never engineered for the actual equipment load. GNS Wireless helps you avoid that by recommending the right remote solar, wind, battery, and power-delivery setup for the devices you are actually deploying.
We don’t just point you at parts. We help match the right remote power platform to your radios, cameras, routers, sensors, runtime targets, and site conditions.
Solar Power Systems
The core solution for most remote wireless deployments, especially where access points, bridges, cameras, or sensors need dependable daily charging.
Wind Power Systems
A smart fit for coastal, open, and windy sites where extra charging during storms, cloud cover, or overnight periods improves uptime.
Battery Runtime
Battery capacity is what gets you through the night, poor weather, and heavy operating cycles. This is where many off-grid systems are undersized.
Hybrid Solar + Wind
Best for higher-importance remote links and surveillance systems where a second renewable source adds valuable uptime insurance.
Built for Real Remote Deployments
These systems are ideal for low voltage devices that need reliable off-grid power in locations where trenching utility power is difficult, costly, or impossible.
Recommended Starting Points by Load and Use Case
These are example starting points based on common remote wireless applications. Final sizing should always be based on actual power draw, runtime expectations, sunlight, weather, and site conditions.
Tycon RPPL2424-18-30
Best for: very small access points, low-draw radios, compact remote devices
Official spec: 6.5W load, 30W solar, 36Ah SLA battery, 24V / 30W PoE output
Why it fits: good entry point for light-duty remote wireless gear where the load is modest and efficient.
Tycon RPS12/24-100-170
Best for: single access points, routers, modest bridge links, small remote camera support
Official spec: 25W load, 170W solar, 100Ah SLA battery, 12/24V output
Why it fits: a practical middle ground when your system is beyond a micro-load but not yet a high-draw site.
Tycon RPL12/24M-200-170
Best for: heavier wireless bridges, larger AP loads, multi-device remote enclosures
Official spec: 37W load, 170W solar, 200Ah SLA battery, MPPT
Why it fits: stronger battery reserve and MPPT make it a better choice when uptime pressure rises.
Tycon RPL12/24M-200L-340
Best for: more demanding radio stacks, camera + wireless combinations, sites needing lithium performance
Official spec: 75W load, 340W solar, 200Ah lithium battery
Why it fits: a strong option when the site is heavier-duty and you want a more robust modern battery platform.
Need wind support too? Tycon’s BreezePro TPW-400DT-12/24 is a 400W 12/24V wind turbine with integrated controller and dump load, and it is a strong add-on for hybrid solar + wind uptime support in windy environments.
How a Proper Remote Power System Is Built
The right off-grid system starts with the actual load and runtime target, not with guessing panel size. This is where GNS Wireless can help keep your project from being undersized or overbuilt.
We total the real power draw of your radios, access points, cameras, routers, and supporting electronics.
Battery reserve is sized for overnight runtime, poor weather, and the operating duty cycle of the site.
Panels and optional wind support are selected based on load, geography, weather patterns, and target uptime.
Voltage, PoE, controllers, enclosures, and accessories are matched so the finished system actually powers your equipment correctly.
Tell Us Your Load — We’ll Size the System for You
Not sure what size system you need? That is where most remote power projects go wrong. Send us your equipment list, total wattage, location, and runtime goal, and we’ll recommend the right solar, wind, battery, and power-delivery setup.
We’ll help point you toward the right system family — without guesswork, and without recommending a setup that is too small for the job.
Frequently Asked Questions
Can solar power run a wireless access point?
Yes — if the panel, battery reserve, voltage output, and load are matched correctly to the device and the site conditions. Ubiquiti WAPs require less, maybe 10W. Cisco Meraki require more, up to 50W…just for the WAP.
When should I add wind to a solar system?
Wind makes the most sense in consistently windy, coastal, elevated, or storm-prone sites where extra charging support improves uptime.
What is the biggest mistake in remote power design?
Undersizing the battery reserve or assuming the solar side alone will carry the site without accounting for actual runtime and poor-weather performance. Many of the remote pro packages will accomadate an additional battery or two or three inside the NEMA enclosure.
Can GNS Wireless help recommend a Tycon-based system?
Yes — if you send us your equipment list, runtime target, and site details, we can help point you toward the right Tycon Solar product family or comparable remote power approach.