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PV-Storage-Charging Focus on saving money (by utilizing the price difference between peak and off-peak electricity rates)

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PV-Storage-Charging Focus on saving money (by utilizing the price difference between peak and off-peak electricity rates)

PV-Storage-Charging Integrated Smart Solution · Core Topologies

Industry Standard Architectures | High Efficiency | Full Scenario Adaptation

Topology Type Topology Diagram Architecture & Advantages
Common AC Bus
Industry Standard · 80% Sites 		Common AC Bus Topology Architecture: PV, PCS, and chargers connected to 0.4kV AC bus; intelligent energy interaction, surplus power storage, peak discharge.
Advantages: Strong compatibility, flexible deployment, easy construction, low retrofitting & maintenance cost.
Common DC Bus
High Efficiency Type 		Common DC Bus Topology Architecture: PV, storage, DC chargers directly connected to high-voltage DC bus, eliminating multi-stage conversion losses.
Advantages: 3%–5% higher efficiency, minimal energy loss, maximum green energy utilization, faster response.
Hybrid Topology
Full-Adaption Type 		Hybrid Topology Architecture: AC/DC bus integrated design, balancing compatibility and efficiency.
Advantages: Widest scenario coverage, flexible expansion, adapts to complex site energy demands.

Core Advantages

  • ✅ Green & Low-Carbon: PV-powered charging reduces carbon emissions and grid load.
  • ✅ Peak-Valley Arbitrage: Charge during off-peak, discharge at peak, reduce operating costs.
  • ✅ Grid-Friendly: Stabilizes charging load fluctuation and eases grid expansion pressure.
  • ✅ Emergency Power Supply: Backup power for chargers and critical loads during outages.

Application Scenarios

Highway service areas, bus stations, commercial complexes, industrial & park PV-storage-charging stations.

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