Engineered for mission-critical operations in extreme environments, this all-in-one hybrid power system integrates enterprise-level power management and networking within an IP-rated weatherproof enclosure. It delivers unmatched energy autonomy through dual-input flexibility, seamlessly switching between AC mains and high-efficiency solar harvesting via its integrated MPPT controller – now supporting dual 300W solar panels (600W total input) for rapid renewable charging. The ruggedized housing protects against moisture, dust, and temperature extremes, providing a turnkey power solution for off-grid sites, industrial perimeters, or infrastructure with unreliable grid access.

This powerhouse redefines deployment capabilities with massive energy reserves and smart connectivity:

8x PoE++ Ports (IEEE 802.3bt): Delivers 90W per port to simultaneously power high-demand devices like PTZ cameras, Wi-Fi 7 APs, or industrial IoT controllers

Expansive 3000Wh Lithium Battery: Ensures days of backup operation during grid outages or low-sunlight conditions

Multi-Voltage DC Outputs: 12V/24V auxiliary power for peripherals like environmental sensors, gateways, or LED lighting systems

Proactive Monitoring: RS485 communication enables remote management, while 8-segment F8 LED indicators provide instant visual diagnostics for solar efficiency, battery health, and load status

As the ultimate backbone for smart infrastructure, this system powers next-generation applications:

Security: IP cameras, ANPR systems, and AI surveillance arrays

Connectivity: Outdoor Wi-Fi 7 access points, 5G small cells, and mesh networks

Industrial IoT: Multi-sensor arrays for environmental monitoring, predictive maintenance, or agricultural automation

Smart Lighting: LED streetlights, perimeter lighting, and emergency illumination systems
Combining massive 3000Wh storage, 600W solar input, high-density PoE++, and multi-protocol monitoring, it enables resilient, sustainable deployments for telecom, smart cities, and remote industrial sites – eliminating power constraints in any environment.