Location: Brazil
Product composition:
itel 5kW hybrid solar inverter * 3pcs
Demuda 15kWh energy storage battery * 4pcs
550W solar module * 36 pcs
Targeting small and medium-sized commercial settings such as convenience stores, this 15kW/60kWh photovoltaic energy storage system effectively reduces operating costs and improves power stability, offering the following core advantages:
1. Large-capacity energy storage for continuous operation
The system is equipped with 60kWh LiFePO₄ energy storage batteries (15kWh × 4), providing continuous power to lighting, POS systems, freezers, and air conditioning during nighttime or power outages, ensuring uninterrupted convenience store operations.
2. Reduced electricity costs through photovoltaic power generation
Equipped with 36 550W high-efficiency solar modules, it provides stable power to the store during the day and charges the batteries, significantly reducing reliance on grid power and effectively lowering long-term electricity costs.
3. 15kW high-power output to meet commercial load demands
The system consists of three 5kW hybrid inverters operating in parallel, with a total power of 15kW, capable of simultaneously powering various commercial electrical equipment such as refrigerators, freezers, lighting, POS equipment, and air conditioning.
4. Intelligent Energy Management for Improved Power Efficiency
The hybrid inverter automatically coordinates energy distribution among solar power, batteries, and the grid, achieving intelligent power management and improving energy utilization efficiency.
5. High-Safety and Long-Life Battery System
Utilizing LiFePO₄ (lithium iron phosphate) battery technology, the system boasts a cycle life of over 6000 cycles and features a built-in intelligent BMS battery management system, providing overcharge, over-discharge, overcurrent, and temperature protection for enhanced safety and reliability.
6. Scalable Design to Meet Future Growth Needs
The system supports parallel battery expansion and inverter expansion, facilitating future increases in energy storage capacity or system power based on store size.
