Project Overview
This project deploys a 10kW/15kWh integrated residential energy storage system in Jamaica. Through intelligent power management, it provides domestic users with an autonomous, reliable and sustainable energy solution. The system not only supports electricity cost savings but also delivers critical emergency backup power during grid instability.
- Project Specifications
2.1 Application Scenario
Self-Generation and Self-Consumption with Surplus Grid Feed-in: Maximises utilisation of photovoltaic power, with excess electricity optionally fed back into the grid.
Automatic Grid/Off-Grid Switching: Enables seamless transition between grid-connected and off-grid modes, ensuring uninterrupted power supply.
Emergency Standby Power: Automatically activates off-grid power protection during outages.
Time-of-Use Electricity Management: Optimises electricity costs through peak shaving and valley filling.
2.2 Configuration Specifications
Inverter Rated Power: 10kW (maximum power up to 11kW).
Energy Storage Battery Capacity: 15.36kWh 51.2V/300Ah.
Maximum PV Input: 6400W.
2.3 Key Equipment
Inverter (US-standard split-phase): Supports 110V/230V output, incorporates built-in MPPT controller (maximum charging current 120A), equipped with LCD display and RS485 communication interface.
Lithium Battery Module: Utilises stacked lithium iron phosphate batteries, with charge/discharge rate of 0.5C and cycle life ≥3000 cycles.
Smart Monitoring Terminal: Equipped with WiFi module, enabling real-time viewing of inverter and battery operational data and alarm notifications via mobile application.
Installation Method: Floor-standing installation with IP20 or higher protection rating.
- Project Advantages
High Integration & Aesthetics: Floor-standing integrated unit design with seamless, flawless structure, aligning with overseas aesthetics while saving installation space.
Global Compatibility: Features an English-language interface and labelling, conforms to US voltage standards, and holds international transport and quality certifications including CE, UN38.3, and MSDS.
Exceptional Durability: Battery cycle life exceeds 3000 cycles, ensuring long-term system stability and investment return.
Intelligent Operations: Enables deep communication between batteries and inverters, allowing remote monitoring via the app to significantly reduce maintenance costs.
Cost-Efficiency: Intelligent scheduling enhances energy autonomy, effectively reducing long-term electricity expenditure.
Project Video
