Battery Capacity
5kWh ~ 256kWh (Modular expansion, supports parallel connection of 16×16kWh batteries)
Safe · Flexible · Long-Lasting Power Supply – Meeting Full-Scenario Power Needs from Remote Mountainous Areas to Modern Villas
Target Users: Food processing, textile, hardware factories in areas without grid access or with high electricity costs. .
Solution:
Basic Config: 32kWh (2×16kWh batteries) + 11kW inverter → Supports 8-hour operation of small machine tools, sewing machines, packaging equipment.
Expanded Config: 128kWh (8×16kWh) + 33kW inverter (3×11kW) → Meets 24/7 production demands.
User Value:
● Eliminates high noise and fuel costs of diesel generators (cuts electricity costs by >50%).
● Modular expansion allows gradual battery additions as operations grow.
Target Users: 4G/5G base stations in power-deficient regions (e.g., Africa, Southeast Asia).
Solution:
Off-Grid Base Station: 16kWh battery + 5kW inverter → Ensures 72-hour backup (replaces lead-acid batteries).
Solar Hybrid System: Paired with 3kW solar panels for zero fuel-cost operation.
Technical Advantages:
● LiFePO4 batteries offer 5x lifespan of lead-acid, reducing maintenance costs.
● Remote battery monitoring prevents outage risks.
Target Users: Farms, greenhouses, irrigation systems, livestock operations.
Solution:
Solar Water Pumps: 5kWh battery + 5kW inverter → Drives 1.5kW pumps for daily irrigation of 5-acre fields.
Livestock Climate Control: 64kWh battery + 22kW inverter → Supports ventilation systems, cold storage (e.g., dairy preservation).
Case Data:
● Kenya coffee farm: Achieved 80% diesel reduction and $3,000 annual fuel savings with 16kWh system.
Solution:
Basic Power Supply: 16kWh battery + 5kW inverter → Supports 24/7 operation of freezers, lighting, POS systems.
High-Power Scenarios: Parallel 11kW inverters → Drives commercial ovens, ice makers, etc.
Key Selling Points:
● Automatic outage switching prevents perishable goods spoilage.
● Silent operation (vs. diesel generators) enhances customer experience.
