SOLARTODO Industrial 64-Zone Full Perimeter Security Solution
Security System

SOLARTODO Industrial 64-Zone Full Perimeter Security Solution

EPC Price Range
$55,000 - $78,000

Key Features

  • 72-Hour backup autonomy powered by a 30 kWh LFP battery system.
  • Comprehensive surveillance with 24 cameras, including 16 4K IP cameras and 8 PTZ cameras with 20x optical zoom.
  • Highly scalable from a 64-zone base to a maximum of 128 zones to accommodate future expansion.
  • Advanced perimeter defense featuring 500 meters of electric fencing and 8 long-range (100m) IR beam detectors.
  • Fully autonomous and eco-friendly operation powered by a 5 kW solar array and a 30 kWh LFP battery storage system.

Description

The SOLARTODO Industrial 64-Zone Full Perimeter system is a comprehensive security solution designed for large-scale industrial facilities, integrating advanced intrusion detection with a 5 kW solar power system for 72-hour operational autonomy. It provides robust, multi-layered protection for critical infrastructure and high-value assets, ensuring uninterrupted security even in remote or off-grid locations.

Core Technical Specifications

The SOLARTODO Industrial 64-Zone system is engineered for superior performance and reliability in demanding environments. Its architecture is built around a powerful central processing unit capable of managing a complex network of sensors and providing real-time threat analysis. The specifications below detail a standard configuration designed for a large industrial perimeter.

SpecificationValueUnitDetails -
Security Zones64 (Expandable to 128)zonesThe system's 64 zones can be individually programmed and monitored, allowing for precise localization of any intrusion event. This high degree of segmentation is critical for large facilities, enabling security personnel to respond faster and with greater accuracy. The system's capacity can be doubled to 128 zones, providing a scalable solution that can grow with your operational needs. -
Camera Count24camerasA total of 24 cameras provide comprehensive visual coverage. This includes 16 4K IP cameras for high-resolution fixed-point monitoring and 8 Pan-Tilt-Zoom (PTZ) cameras with 20x optical zoom for active tracking and detailed inspection of suspicious activities. This combination ensures both broad surveillance and the ability to focus on specific details with exceptional clarity. -
Backup Autonomy72hoursThe system guarantees a minimum of 72 hours of continuous operation during a power outage. This is achieved through a 30 kWh Lithium Iron Phosphate (LFP) battery bank, which is constantly charged by the integrated 5 kW solar power system. This level of autonomy is critical for maintaining security during extended grid failures or severe weather events, as recommended by industrial security best practices. -
Video Storage30days @ 4KThe system includes two 32-channel Network Video Recorders (NVRs) that provide a total of 30 days of continuous 4K video storage. This extensive recording history is essential for forensic investigations and incident reviews, complying with data retention policies often required by insurance providers and regulatory bodies. -
Communication4G + Ethernet + WiFiTriple RedundancyThe system ensures constant connectivity through a triple-redundancy communication module. It automatically switches between 4G LTE, a hardwired Ethernet connection, and WiFi to guarantee that alerts and video feeds are transmitted without interruption. This multi-layered communication strategy is compliant with the TIA-942 standard for mission-critical data centers, applied here to provide maximum uptime for security monitoring. -
Solar Panel Capacity5kWThe 5 kW solar array is engineered to power the entire security system and fully charge the 30 kWh battery bank. According to the NREL PVWatts Calculator, this capacity is sufficient to generate a surplus of energy even in regions with lower solar irradiance, ensuring year-round operational reliability and energy self-sufficiency. -
Battery Storage30kWh (LFP)The 30 kWh battery utilizes Lithium Iron Phosphate (LFP) chemistry, which is renowned for its long cycle life, thermal stability, and enhanced safety compared to other lithium-ion technologies. This capacity is specifically calculated to provide the 72-hour autonomy and is compliant with the rigorous safety and performance standards of IEC 62619. -

Components Deep Dive

The system's effectiveness stems from its carefully selected, industrial-grade components, each chosen for a specific role in creating a multi-layered security posture.

64-Zone Hybrid Alarm Panel: The brain of the operation, this panel serves as the central hub for all detectors and sensors. It processes signals from 64 distinct zones, allowing for precise identification of an alarm's location. Its hybrid nature means it can accommodate both wired and wireless sensors, offering installation flexibility and the ability to secure areas where cabling is impractical. The panel's processing power enables it to execute complex logic, such as cross-zoning, which requires multiple detectors to be triggered before activating an alarm, significantly reducing false alarms.

Dual-Technology Detectors: The system employs 8 advanced Dual-Technology Detectors, which combine two independent detection methods: Passive Infrared (PIR) and microwave. A PIR sensor detects the heat signature of an intruder, while the microwave sensor emits signals and detects disturbances in their reflection. An alarm is only triggered when both sensors are activated simultaneously, providing a very high degree of accuracy and making them ideal for environments with challenging conditions like fluctuating temperatures or vibrations that could cause false alarms with single-technology detectors.

Perimeter Intrusion Detection: The first line of defense is established by 8 long-range (100m) photoelectric IR beam detectors and 500 meters of a high-voltage electric fence. The IR beams create an invisible barrier that, when broken, triggers an immediate alarm. The electric fence provides a formidable physical and psychological deterrent, delivering a non-lethal but powerful electric shock to any intruder attempting to breach the perimeter. This combination is highly effective for securing large, open areas such as the boundaries of manufacturing plants or solar farms.

Advanced Video Surveillance: Visual verification is handled by a powerful camera array. The system includes 16 4K IP cameras that provide crystal-clear, high-resolution video for general surveillance and forensic review. These are complemented by 8 Pan-Tilt-Zoom (PTZ) cameras, each featuring a 20x optical zoom. Security operators can use the PTZ cameras to actively track moving targets and zoom in to capture fine details like license plates or facial features from a significant distance, providing actionable intelligence during a security event.

Application Scenarios & Return on Investment (ROI)

The SOLARTODO Industrial 64-Zone Full Perimeter Security System is engineered for high-stakes environments where security is paramount. Its robust design and autonomous power system make it the ideal solution for a wide range of large-scale applications:

  • Manufacturing and Industrial Plants: Protects against theft of raw materials, finished goods, and intellectual property. The system can secure vast perimeters, outdoor storage yards, and sensitive production areas.
  • Logistics and Distribution Centers: Safeguards high-value inventory in sprawling warehouse complexes. The combination of perimeter fencing and advanced video surveillance deters and detects unauthorized access to loading docks and storage facilities.
  • Solar and Wind Farms: Secures remote and unmanned renewable energy installations from vandalism, copper theft, and sabotage. The system's solar-powered autonomy is perfectly suited for off-grid locations.
  • Critical Infrastructure: Provides essential protection for water treatment plants, power substations, and communication towers, which are often targets of terrorism or malicious damage.

Hypothetical ROI Calculation:

A primary driver for investing in an advanced security system is the mitigation of financial losses from theft, vandalism, and operational disruption. Consider a typical logistics warehouse valued at $10 million, with an average inventory value of $5 million. Industry data suggests that facilities of this nature face a credible threat of at least one major security breach every two years, with an average loss per incident estimated at $150,000 (including stolen goods, equipment damage, and business interruption).

  • Investment: The approximate cost of the SOLARTODO system is $65,000.
  • Potential Loss Prevented: $150,000 per major incident.

By preventing a single major theft event, the system provides an immediate 2.3x return on investment. Furthermore, this calculation does not account for ancillary benefits such as reduced insurance premiums (often 15-20% for facilities with certified, monitored security systems), enhanced employee safety, and the deterrence of smaller, more frequent opportunistic thefts. Over a 10-year operational lifespan, the ROI grows exponentially as the system continues to prevent multiple potential loss events.

Power System & Autonomy

A defining feature of the SOLARTODO Industrial 64-Zone system is its complete energy independence, a critical requirement for true security resilience. The system operates on a 'hybrid_advanced' power architecture, intelligently managing power from its integrated solar array and high-capacity battery storage to ensure 100% uptime.

The core of this power system is a 5 kW solar array, comprised of high-efficiency monocrystalline panels. This array is sized not only to meet the continuous operational load of all security components—including the 24/7 operation of 24 cameras and active perimeter sensors—but also to fully charge the system's battery bank. Based on the NREL PVWatts Calculator [1], a 5 kW system provides ample generation capacity to achieve a net-positive energy balance, even in regions with variable weather patterns and lower solar irradiance.

Energy storage is managed by a 30 kWh Lithium Iron Phosphate (LFP) battery bank. This specific battery chemistry is chosen for its superior safety, thermal stability, and long operational lifespan, which are critical for industrial applications. The 30 kWh capacity is engineered to provide a minimum of 72 hours of full system autonomy. This three-day backup capability ensures that the entire security perimeter remains active and uncompromised during extended power grid failures, severe storms, or other emergency situations where utility power is unavailable. The battery management system is compliant with the rigorous safety and performance standards outlined in IEC 62619:2022 [2], guaranteeing reliable and safe energy storage.

Certifications & Quality Assurance

SOLARTODO is committed to the highest standards of quality and reliability. The Industrial 64-Zone Full Perimeter Security System is compliant with internationally recognized certifications, ensuring its suitability for mission-critical applications. The system's electronic components are CE marked, indicating conformity with health, safety, and environmental protection standards for products sold within the European Economic Area. Key power system components are certified to UL 1741, the standard for inverters, converters, controllers, and interconnection system equipment for use with distributed energy resources. Furthermore, the system's overall design and manufacturing processes have been audited and certified by TUV Rheinland, a globally respected leader in independent testing and certification. All outdoor components, including camera housings, sensors, and enclosures, are rated to IP66 standards, signifying that they are fully protected from dust ingress and can withstand powerful water jets from any direction, ensuring long-term durability in harsh industrial environments.

Conclusion

The SOLARTODO Industrial 64-Zone Full Perimeter Security System represents a paradigm shift in industrial asset protection. By integrating advanced, multi-layered intrusion detection with a fully autonomous solar power system, it offers a level of security and reliability that is simply unattainable with conventional systems. Its robust, all-weather construction, adherence to stringent international standards, and scalability make it a future-proof investment for any organization committed to safeguarding its critical infrastructure and high-value assets. This system is not merely a security expense but a strategic investment in operational continuity and risk mitigation, delivering a clear and compelling return on investment.

Technical Specifications

Price Breakdown

Frequently Asked Questions

How scalable is the Industrial 64-Zone system for future growth?
The system is designed for scalability. It supports expansion from the base 64 zones up to a maximum of 128 zones. This allows for a phased rollout or future additions of new buildings or perimeter areas without needing to replace the central hybrid alarm panel, providing a cost-effective upgrade path.
Are the outdoor components durable enough for harsh industrial environments?
Absolutely. All exterior components, including the perimeter IR beam detectors, 4K IP cameras, and solar panels, are IP66 rated. This certification ensures they are fully protected against dust ingress and powerful water jets, guaranteeing reliable operation in demanding weather conditions such as heavy rain, snow, and high-wind environments common to industrial sites.
Can this security system integrate with our existing building management or access control systems?
Yes, integration is a key feature. The 64-Zone Hybrid Alarm Panel is equipped with multiple communication interfaces and supports industry-standard protocols. This allows for seamless integration with existing building management systems (BMS), access control, and fire alarm systems, enabling centralized monitoring and a unified security posture across your entire facility.
What happens during a prolonged power outage or extended periods of bad weather?
The system is engineered for complete energy independence. The 5 kW solar array continuously charges a 30 kWh Lithium Iron Phosphate (LFP) battery bank. This provides a 72-hour operational autonomy for the entire security system, including all detectors and cameras. This triple-redundancy in power ensures uninterrupted perimeter protection even during extended grid failures or multi-day overcast conditions.
How do we monitor the system if our facility is in a remote location?
The system features triple-redundant communication channels using 4G, Ethernet, and WiFi. This ensures a highly reliable connection to our 24/7 monitoring service or your internal security operations center, regardless of location. You can receive real-time alerts, view live 4K video feeds, and control system functions remotely via a secure mobile application or web portal.

Certifications & Standards

IEC 62619
IEC 62619
CE
CE
UL 1741
TUV Rheinland
TUV Rheinland

Data Sources & References

  • NREL PVWatts Calculator 2025
  • IEC 62619:2022

Project Cases

SOLARTODO Industrial 64-Zone Full Perimeter Security Solution - 1
SOLARTODO Industrial 64-Zone Full Perimeter Security Solution - 2

Interested in this solution?

Contact us for a customized quote based on your specific requirements.

Contact Us
SOLARTODO Industrial 64-Zone Full Perimeter Security Solution | SOLAR TODO | SOLARTODO