1. Project Overview

This project delivers a mobile photovoltaic storage and charging system for Romania and neighbouring countries. Its core integrates photovoltaic, energy storage, and charging infrastructure to provide green, sustainable energy solutions for new energy vehicles. Through flexibly configured mobile PV systems and energy storage equipment, it ensures continuous charging for new energy vehicles even during periods of insufficient sunlight.

2. Project Details

Application

This system is primarily deployed in off-grid scenarios, particularly where new energy vehicle charging services are required. Utilising mobile PV containers and energy storage platforms, it charges and stores solar energy during daylight hours, then supplies power to charging points from stored energy at night. Should sunlight be insufficient, the energy storage equipment can prioritise charging from the grid. It can even integrate with diesel generators to provide supplementary power, ensuring uninterrupted service.

Installed Capacity

Photovoltaic capacity: 184 kWp (5 PV inverters)

Energy storage capacity: 500 kW – 1 MWh (5 x 100 kW/215 kWh energy storage cabinets)

5 PV inverters

2 x 500 kVA STS

5 x 100 kW/215 kWh energy storage cabinets

Key Equipment

PV inverters: Convert solar energy into electricity.

Mobile PV containers: Each unit comprises a 10-foot collapsible PV container; four units are deployed for transport and deployment flexibility.

Energy Storage System: Five 215KWh energy storage cabinets mounted on mobile platforms, ensuring easy relocation of the storage system.

Charging Pile System: Provides charging services for new energy vehicles; the client has independently constructed the charging station.

3. Project Advantages

Flexibility and Mobility: Utilises mobile photovoltaic and energy storage systems, enabling flexible deployment to suit diverse scenarios.

Sustainable Energy: Utilises solar power for charging, reducing reliance on conventional grids and promoting green energy usage.

All-Weather Service: Ensures charging availability even without sunlight, supplemented by grid connection or diesel generators.

Efficient Energy Management: The system autonomously adjusts power sources across varying conditions, guaranteeing stable charging station operation.