AMPORA-TECH adopts standard 20HQ / 40HQ container structures, integrating PV modules, inverter systems, energy storage equipment, and support structures into a mobile energy station for easy transportation, rapid deployment, and fast on-site commissioning. The modular architecture supports both standalone operation and multi-unit parallel expansion, enabling flexible microgrid configurations for temporary power, remote power supply, and emergency energy needs.

The system integrates high-efficiency TOPCon PV modules, lithium battery energy storage, PCS, and an Energy Management System (EMS) to enable coordinated power generation, energy storage, and consumption. Through an intelligent control platform, the system supports load optimization, peak shaving and valley filling, remote monitoring, fault alerts, and O&M management, improving energy efficiency and overall system stability.

Designed for demanding environments such as deserts, mining sites, islands, cold regions, and disaster areas, the system features high-strength structures, corrosion-resistant supports, weather-resistant materials, and reliable electrical design. It offers strong wind resistance, dust protection, moisture resistance, and corrosion resistance to ensure long-term stable operation in outdoor environments.

Compared with conventional diesel generation, mobile PV and energy storage systems help reduce fuel consumption, operating noise, maintenance costs, and carbon emissions, while also lowering fuel transportation requirements in remote areas. Suitable for mining, oil and gas, infrastructure, emergency response, and industrial projects, the system provides customers with a cleaner and more efficient energy solution.

Based on different regional and project requirements, AMPORA-TECH provides customized configurations for power capacity, energy storage, container structure, grid-tied/off-grid operation, and application-specific functions.