Question 1

What does "off-grid" mean in the context of security and power?

Accepted Answer

Off-grid means Secure Defence security system operates completely independently from the electrical grid and wired internet. It uses solar panels to generate its own power and cellular or satellite connections for communication, so you can secure locations that have no existing infrastructure.

Question 2

What are the main benefits of choosing a Secure defence off-grid solution?

Accepted Answer

The biggest benefits are avoiding expensive infrastructure costs like trenching power lines or installing internet services, rapid deployment in days instead of months, and complete independence from local utilities. You also get 24/7 protection even when the power goes out elsewhere.

Question 3

Who is a typical customer for Secure Defence off-grid solutions? (e.g., remote properties, cabins, construction sites, farms?)

Accepted Answer

Off-grid security solution information.

Question 4

Are Secure Defence off-grid solutions completely independent, or can they work with a backup generator?

Accepted Answer

Our systems are designed to run completely independent on solar and batteries, but they can absolutely work alongside a generator as a backup. Many customers use generators during extended bad weather periods to ensure continuous operation.

Question 5

How do your off-grid systems perform during long periods of bad weather (e.g., cloudy, snowy, or rainy days)?

Accepted Answer

Our systems include large battery banks that typically provide 5 to 7 days of operation even with zero solar input. During Canadian winters, we oversize the solar array and battery capacity to handle extended cloudy periods. If weather lasts longer, the system can connect to a generator or we can add more battery capacity.

Question 6

What are the core components of a Secure Defence off-grid power system? (e.g., solar panels, batteries, inverter)

Accepted Answer

The core components include solar panels to capture sunlight, a charge controller to manage battery charging, lithium-ion battery banks for energy storage, and an inverter or DC power supply to run your cameras and equipment. We also include cellular modems or satellite communicators for connectivity.

Question 7

What kind of batteries do you use (e.g., lithium-ion, lead-acid) and what are the advantages?

Accepted Answer

We use lithium-ion batteries because they last much longer, charge faster, work better in cold weather, and require almost no maintenance. Lead-acid batteries are cheaper upfront but need regular maintenance, don't handle cold as well, and wear out faster, so lithium-ion saves money and headaches over the long term.

Question 8

Are your outdoor cameras and components durable and weather-resistant?

Accepted Answer

Yes, all our cameras and equipment are rated for outdoor use with IP67 or higher weather resistance. They're built to handle Canadian conditions including heavy rain, snow, extreme cold, and high winds. We test everything for durability in real Canadian weather.

Question 9

Do your off-grid cameras include features like night vision and motion detection?

Accepted Answer

Yes, all our cameras include infrared night vision for 24-hour monitoring, advanced motion detection to filter out false alarms, and HD video quality. They also connect to our AI detection system for smarter threat identification.

Question 10

How do I determine the right size system for my power needs?

Accepted Answer

We calculate this based on your camera count, how many hours they need to run each day, and local weather patterns. During your site assessment, we'll measure your actual power draw and design a system with enough solar and battery capacity to handle your worst-case scenarios.

Question 11

What is the installation process like, and how long does it typically take?

Accepted Answer

Installation is straightforward, our field team brings the complete Secure Defence mobile tower system on a trailer. Once on site, we set up the tower, mount the solar panels, connect the batteries, and position the cameras. Most installations take one day, sometimes two if the location is very remote or terrain is challenging.

Question 12

What are the best locations for installing solar panels to ensure maximum efficiency?

Accepted Answer

Solar panels work best facing south with a clear view of the sky from sunrise to sunset. We avoid shadows from trees, buildings, or equipment. The panels tilt at an angle optimized for your latitude to catch maximum sunlight year-round, especially during winter when you need it most.

Question 13

How much power can an off-grid system generate?

Accepted Answer

A typical 450W Secure Defence solar array generates around 1.5 to 2 kilowatt-hours per day in good conditions, enough to power multiple cameras, cellular connectivity, and LED lights continuously. We can scale up to larger arrays for higher power needs or locations with less sunlight.

Question 14

How long will the battery bank power my property if the solar panels aren't generating electricity?

Accepted Answer

Our standard Secure Defence battery banks provide 5 to 7 days of continuous operation with zero solar input. Larger battery systems can extend this to 15 days or more. The exact duration depends on how many cameras and how much equipment you're running, which we calculate during your assessment.

Question 15

Can I monitor my system's performance and battery level remotely?

Accepted Answer

Off-grid security solution information.

Question 16

What happens if my power needs increase? Can the system be expanded later?

Accepted Answer

Absolutely, our systems are modular and designed to expand. You can add more solar panels, increase battery capacity, or connect additional cameras. We design initial systems with expansion in mind, so upgrades are straightforward when your needs grow.

Question 17

What kind of maintenance do off-grid power and security systems require?

Accepted Answer

Maintenance is minimal, lithium-ion batteries need almost no attention, and solar panels just need occasional cleaning to remove snow or dust. Cameras may need lens cleaning. We offer maintenance packages where our team handles everything on a regular schedule, typically quarterly or semi-annually depending on your location.

Question 18

What is the typical lifespan of the key components (solar panels, batteries, cameras)?

Accepted Answer

Solar panels typically last 20 to 25 years with minimal degradation. Lithium-ion batteries last 10 to 15 years depending on usage patterns. Cameras usually operate reliably for 5 to 7 years before needing replacement. We use commercial-grade components built for continuous operation.

Question 19

What warranties do you offer on your off-grid products and installation?

Accepted Answer

We provide comprehensive warranties including 25 years on solar panels, 10 years on batteries, and 3 to 5 years on cameras depending on the model. Installation work is covered under our service warranty, and we include ongoing support to ensure everything keeps working as expected.

Security Beyond Power Lines. Protection Beyond Limits.

Our self-sufficient, solar-powered security solutions bring 24/7 proactive monitoring to your most remote and challenging sites. No power? No internet? No problem.

Security Where You Need It Most

From a Patch of Dirt to a Digital Fortress

Rapid, All-Terrain Deployment

Solar & Cellular Integration

Seamless Command Centre Connection

Rapid, All-Terrain Deployment

Solar & Cellular Integration

Seamless Command Centre Connection

The Off-Grid Advantage

Secure Your Most Vulnerable Assets

Eliminate Infrastructure Costs

Deploy Security in Days, Not Months

Ensure Uninterrupted Protection

Secure Your Most Vulnerable Assets

Eliminate Infrastructure Costs

Deploy Security in Days, Not Months

Ensure Uninterrupted Protection

What Makes Our Towers Different

450W Solar Array + Lithium-Ion Batteries

Telescopic 6-8m Mast

LTE & Satellite Internet Failover

Live Voice, Siren, Strobes

Everything You Want To Know

Ready to Secure Your Remote Operations?

Free Off-Grid Security Assessment