Remote Solar Power System for Sensors & Field Sites

solar powered surveillance system deployed in forested hillside

Stop Truck Rolls. Start Reliable Uptime.

Remote sites fail for predictable reasons: undersized panels, poor mounting angles, and batteries that degrade too fast. A proper Remote Solar Power System is a packaged approach—generation, storage, control, mounting, and safe wiring—so your device stays online through storms, short winter days, and long unattended intervals.

Applications for Remote Power Systems

Security cameras, gates, and perimeter monitoring
Environmental monitoring, weather stations, and data loggers
Farms, rivers, ridge-top masts, construction sites, and off-grid infrastructure
Teams that want fewer service visits through smarter sizing and field-serviceable wiring

What’s Included in a Off-Grid Solar System

A complete power path: Panel → Controller → Battery → Load

A remote solar power system is only as reliable as the full chain.

We package the PV module(s), charge controller, battery storage, mounting hardware, and weather-ready wiring so your load sees stable power
—especially during cold mornings, cloudy stretches, and high-draw events (radios, IR LEDs, modems, or actuators).

Compact Class (Lower Loads / Tight Budgets)

Best for low-to-mid draw devices or duty-cycled nodes. Expect simple deployment, manageable battery size, and fast field installation when the site has decent sun access.
For example: Model LS-100W50A
Balanced Class (Higher Duty Cycles / More Autonomy)

Designed for heavier daily energy use—routers, gateways, longer transmit windows, or multi-device setups—where you want stronger recovery after cloudy days and less performance anxiety in winter.
For example: Model LS-300W180A
Extended Uptime Class (Winter-Ready / Higher Reserve)

For critical sites that must stay online through storms, short days, or limited service access. Built with more reserve so the system can ride through multi-day low-harvest periods.
For example: Model LS-600W300A

Typical Remote Solar Power System Configurations

Below are specification examples to help you anchor size ranges. Actual sizing depends on your load profile (Wh/day), worst-month sun, and required autonomy days.
If you share device datasheets and duty cycle, we’ll recommend the most cost-effective configuration.

Model	Peak Power	Panel Dimensions	Battery Capacity	Battery Weight	Charge Current	Bracket Weight
LS-600W400A	150W×4	1320×670×35mm×4	400A	17kg	60A	7kg
LS-300W180A	150W×2	1320×670×35mm×2	180A	8.5kg	30A	9.5kg
LS-240W130A	120W×2	1000×670×25mm×2	130A	6.7kg	10A	9.5kg
LS-240W100A	120W×2	1000×670×25mm×2	100A	4.6kg	10A	9.5kg
LS-200W100A	100W×2	800×670×25mm×2	100A	5kg	10A	7kg
LS-200W80A	100W×2	800×670×25mm×2	80A	4.5kg	10A	7kg
LS-180W100A	180W	1480×670×30mm	100A	6.2kg	10A	7kg
LS-150W100A	150W	1320×670×35mm	100A	6.2kg	10A	7kg
LS-150W80A	150W	1320×670×30mm	80A	4.5kg	10A	7kg
LS-140W70A	140W	1200×670×30mm	70A	3.9kg	10A	7kg
LS-140W60A	140W	1200×670×30mm	60A	3.9kg	10A	7kg
LS-120W70A	120W	1000×670×30mm	70A	3.9kg	10A	7kg
LS-120W60A	120W	1000×670×25mm	60A	3.6kg	10A	7kg
LS-120W40A	120W	1000×670×25mm	40A	2.9kg	10A	7kg
LS-100W50A	100W	800×670×25mm	50A	3.6kg	10A	7kg
LS-100W40A	100W	800×670×25mm	40A	2.9kg	10A	7kg
LS-80W30A	80W	530×670×25mm	30A	1.45kg	5A	3.5kg
LS-60W45A	60W	530×670×25mm	45A	3.3kg	5A	3.5kg
LS-60W40A	60W	530×670×25mm	40A	2.9kg	5A	3.5kg
LS-60W40A-P	60W	350×600×25mm	40A	1.45kg	5A	2kg
LS-60W30A	60W	530×670×25mm	30A	1.45kg	5A	3.5kg
LS-45W27A-P	45W	530×670×25mm	40A	2.9kg	5A	2kg

Remote Solar Power System Back LS-240W100A

Core Features for Unattended Outdoor Deployments

High-efficiency, low-power controller with 0V start for reliable charging and less manual maintenance.
Built-in safety protections: overcharge/over-discharge protection plus trickle charging to help extend battery life.
Triangle mounting bracket for quick installation and optimized tilt; baked paint finish for tough outdoor conditions.
Monocrystalline solar panels with ≥21% efficiency and aluminum frame for long outdoor service life.
Ternary lithium battery designed for frequent cycling (listed as 1500+ charge/discharge in the feature notes).
Aviation-grade waterproof 4-core switch cable to reduce short-circuit risk and improve connection safety.

Off-Grid Remote Solar Power System LS-140W70A

Sizing That Survives Winter

Add up each device’s average watts × daily hours. Include standby draw—remote equipment “idles” more than people expect.
Use worst-month sun hours, then add margin for wiring, controller losses, temperature, and conversion overhead.
If uptime matters through long cloudy spells, add battery reserve first; it’s often the cleanest way to reduce service visits and avoid brownouts.

Off-Grid Remote Solar Power System Bracket LS-140W70A

Placement Beats Oversizing

Most failures come from moving shade lines and shallow tilt that collapses winter harvest. Fixing placement often beats buying more panel.
Keep DC runs short, label connections, and avoid messy cable paths that invite water ingress or voltage drop.
Place enclosures where techs can safely access them, keep wiring tidy, and make swap-outs quick—without dismantling the site.

Get a Remote Solar Power System Sized for Your Site

FAQ