Product Description
The PV-Storage-Charging Integrated Solution is built on clean energy self-sufficiency, intelligent scheduling, and zero-carbon mobility. It seamlessly integrates solar generation, energy storage, and EV charging infrastructure. During the day, solar power directly supplies charging loads, while surplus energy is stored; at night, the system achieves peak shaving and efficiency optimization.
What's Included
01
High Efficiency Solar Modules
N-Type HJT or TOPCon PV modules featuring high power and excellent low-light performance.
02
All-In-One PV + ESS + EV Charging
An intelligent energy solution designed to enhance utilization efficiency and reduce operating costs.
03
Solar Carport Mounting System
Customized carport solutions integrating parking shelter structures with high-efficiency PV generation.
04
Energy Management System (EMS)
Comprehensive management for data acquisition, plant monitoring, and maintenance of renewable power.
Frequently Asked Questions
What is the battery capacity of this integrated solution?
The system features a substantial battery capacity of 261kWh, designed for efficient energy storage and discharge.
What is the maximum charging power for electric vehicles?
The EV charger provides a powerful DC output of up to 120kW, supporting fast-charging requirements for various electric vehicles.
Is the system suitable for outdoor installation?
Yes, the system has an IP54 rating, ensuring protection against dust and water splashes, making it suitable for outdoor environments.
What types of payment methods are supported?
The charging infrastructure supports multiple convenient payment methods including Mobile APP control, RFID swiping, and POS terminal integration.
What are the main components of the carport solution?
The solution includes high-efficiency N-Type or TOPCon solar modules, an all-in-one storage/charging system, a customized mounting carport, and an Energy Management System (EMS).
Does the system support grid interaction?
Yes, the system supports both DC bus and AC coupling configurations, allowing for peak shaving and cooperation with the grid to optimize energy efficiency.