Inverter Configuration
16kWh~256kWh (Modular parallel expansion)
Safe · Flexible · Long-Lasting Power Supply – Meeting Full-Scenario Power Needs from Remote Mountainous Areas to Modern Villas
Target Areas: Un-electrified villages in Africa, Southeast Asia, South America
Solution:
50-Household Community: 128kWh (8×16kWh batteries) + 33kW inverter → Powers household lighting, phone charging, small appliances
Solar Hybrid System: Paired with 50kW solar array for 24/7 power
Core Value:
● 60% lower initial cost than grid infrastructure deployment
● Smart metering for per-household billing
Scenarios: Remote schools, night classrooms, computer labs
Solution:
Basic Config: 32kWh battery + 11kW inverter → Ensures lighting, fans, projectors
Expanded Needs: Add battery capacity for computer labs (≈200W per PC)
Case Result:
● Tanzania primary school: 90% increase in evening study attendance after installation
Critical Loads: Vaccine refrigeration, surgical lighting, medical equipment
Solution:
Clinic Edition: 16kWh battery + 5kW inverter → Maintains refrigerator operation
Hospital Edition: 256kWh system + 66kW inverter → Supports X-ray machines, ventilators
Safety Design:
● Isolated power circuits for batteries and medical devices to prevent EMI
Scenarios:
Border outposts, weather stations, disaster command centers
Temporary shelters post-earthquake/typhoon
System Features:
● Military-grade protection (IP65 enclosure, -30°C~60°C operation)
● Rapid deployment (containerized pre-assembled systems)
