HiCUBE Portable Solar Tower

HiCUBE Portable Solar Tower

The HiCUBE Solar Surveillance Tower is a compact, reliable, and off-grid security solution designed for professional monitoring in remote or temporary locations. Built with high-efficiency bifacial solar panels, lithium battery storage, and a strong galvanized base, it provides continuous power and stable surveillance performance in all environments.
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Description
Technical Parameters

HiCUBE 3*450w Mobile Solar Surveillance Security Tower

Key Features

High-Efficiency Solar System:
Equipped with 3 × 450W bifacial solar panels, capturing sunlight from both sides for maximum energy output.

Lithium Battery Storage:
3 × 100Ah lithium batteries provide stable, long-lasting energy supply with better cycle life than traditional lead-acid batteries.

Intelligent Power Control:
Integrated Victron controller for efficient power management and system protection.

Extended Operation:
Supports a 170W continuous load for up to 72 hours, ensuring reliable off-grid performance.

Durable Base:
Hot-dip galvanized base for superior rust resistance and long service life, even in harsh outdoor environments.

Flexible CCTV Setup:
6-sided CCTV box allows multiple camera mounting options, each side independently removable for easy maintenance and installation.

Telescopic Mast:
7m extendable mast for optimal camera coverage and stable operation in challenging field conditions.

 

Advantages

Fully solar-powered, no fuel cost or grid dependency.

Quick deployment and relocation with forklift-friendly design.

Rugged construction, ideal for long-term outdoor use.

Scalable solution for security, lighting, and monitoring equipment.

 

Applications

Construction & mining sites

Public events & festivals

Parking lots & logistic centers

Border security & government facilities

Remote areas without reliable grid power

The HiCUBE Solar Surveillance Tower offers a powerful, efficient, and maintenance-friendly solution for mobile security needs - designed to perform where traditional surveillance systems cannot.