What are the application areas of optical storage and charging.
The photovoltaic energy storage and charging system (photovoltaic+energy storage+charging) combines solar power generation, electrical energy storage, and electric vehicle charging technology, mainly applied in the following fields, aiming to improve energy efficiency, reduce electricity costs, and support low-carbon transformation:
1. Electric vehicle charging infrastructure
Public charging station/fast charging station
Peak shaving and valley filling: Utilizing energy storage batteries to charge during low electricity prices and supply power to electric vehicles during peak hours, reducing electricity costs. Grid pressure: Avoid the instantaneous impact of high-power charging on the grid (such as the power demand of overcharging piles above 350kW). Off grid power supply: In areas with weak power grids, photovoltaic and energy storage support the operation of charging piles (such as highway service areas).
Business park/parking lot
Carport photovoltaic+energy storage+charging: covering daytime charging needs, storing excess electricity for nighttime use. Intelligent scheduling: dynamically optimize charging and discharging strategies based on vehicle charging demand and electricity prices.
2. Distributed energy scenarios
Industrial and commercial microgrid
Factory/Logistics Park: Priority is given to photovoltaic power generation for production electricity, energy storage is used to regulate surplus electricity, and charging piles are used to serve electric fleets of enterprises. Light storage charging+V2G: Electric vehicle batteries participate in microgrid scheduling (bidirectional charging and discharging). Shared photovoltaic and energy storage charging in communities/residential areas: Multiple households share photovoltaic and energy storage equipment to reduce charging costs. Emergency power supply: In the event of a disaster, the energy storage system provides emergency power to charging stations and households.
3. Off grid or weak grid areas
Remote areas/islands replace diesel generators with photovoltaic charging systems to provide power for local electric vehicles and residents (such as tourist areas without grid coverage). The mobile light storage charging unit for field operations/temporary sites supports charging of engineering vehicles and exploration equipment (with container energy storage).
