Convert sunlight into electricity.

Save extra solar energy to use later for a constant power source.

Collect data on power generation, storage, and system status, connect solar power to monitoring systems, and optimize charging efficiency.

Utilize solar power to provide safe energy to power electric loads like lights, access points, and IP cameras.

Data from solar controller sent to local server via RS-485 for centralized management and analysis.

Users can easily monitor and manage their solar unit's performance, energy generation, and storage data through WEB and cloud management platform.

High-Temperature and Lightning Protection

High Compatibility

Design communication system to function in extreme weather conditions with large temperature fluctuations and risk of lightning strikes for continuous operation.

Solar energy systems operate at different voltages (12V/24V/48V) and the communication system should support various voltage inputs for compatibility with different setups.

Diverse Terminal Devices

Visualized O & M

The project includes sensors, IP phones, APs, lighting, and LED devices. The communication system must support both low-power and high-power devices with appropriate power supply capabilities.

The system should have easy access to historical data for improved power supply strategies and energy efficiency. Visualized features should help operators monitor and manage the system effectively.

• PoE Technology

• Wide Device Compatibility

The switch uses PoE technology for power and data over one Ethernet cable, reducing the need for multiple power cords and making installation easier.

The switch works with various outdoor devices like APs, IPCs, streetlights, and city smart screens, providing dependable power and communication for smooth operation and efficient management.

• Flexibility in Deployment

• Centralized Management

PoE technology in the switch simplifies installation and makes outdoor solar smart poles easily relocatable and reconfigurable to meet changing needs and improve efficiency in smart pole infrastructure.

The switch is managed centrally via a network system, giving administrators control over devices for efficient monitoring and maintenance of outdoor smart poles.

Battery Status Monitoring

PoE Power Monitoring

Total Power Monitoring

• Detailed information on battery capacity and status allows users to monitor charge level, voltage, and current for optimal performance and longevity.

• Monitor power consumption of PoE devices for efficient management and optimization of power resources.

• Show details on system power consumption, allowing users to evaluate efficiency, find ways to save energy, and make informed decisions for power management.

Energy Saving

Intelligent Management

Electric Safety

• Monitor energy storage system in real-time to track battery levels, power usage, and system health for efficient operation.

• Identify energy usage patterns, implement energy-saving measures, and optimize resource allocation.

• Allow local devices to be automatically detected and visually display the network layout.

• Real-time monitoring of energy storage systems for streamlined operations and maintenance.

• Track device performance and health, identify problems, and promptly resolve issues to optimize efficiency.

• Combining power and data transmission in one network infrastructure simplifies installation by eliminating the need for separate cabling systems.

• Continuous monitoring and analysis of electricity parameters to ensure devices operate safely, reducing the risk of electrical hazards and improving overall safety.

■ Energy-efficient Renovation of a Villa

■ Digital Camellia Oil Production Facility in Fujian, China

The project aims to transform a villa's traditional power supply to a green and sustainable one, reducing energy consumption.

The Digital Camellia Oil Plantation in China faces challenges with traditional management practices, real-time monitoring, high costs for electrical infrastructure, theft prevention, and production supervision.

Solar panels installed to power the switch and charge battery storage. The switch provides power and communication via PoE to cameras and AP devices, monitors local energy storage system for alerts.

Use advanced sensing tech to monitor soil moisture, seedlings, pests, and disasters in real-time. Optimize energy usage and reduce costs with tailored electrical solutions. Enhance security during harvest season to prevent theft and protect production.

• Safety: Low-voltage DC power and Ethernet power supply reduce fire and electrical hazards.

• Energy Efficiency: The project uses solar power, energy storage, and PoE to achieve up to 90% energy efficiency.

• Intelligence: The system uses digital technology and data visualization for effective monitoring and control.

• Cost-effectiveness: The project cuts costs by streamlining wiring and simplifying systems.

Enterprise management costs reduced by 30%, theft incidents decreased by 90%, oil production rate increased by 3%, Camellia oleifera seed production increased by 15%, Camellia oil quality standards improved by 25%, and product sales increased by 30%.