Working Modes：

针对光伏配置比例高、备电时间要求长的工商业场景，采用交直流混合架构，打造高效、低成本储能微电网解决方案。
For industrial and commercial scenarios with high PV configuration ratio and long backup power time requirements, an AC-DC hybrid architecture is adopted to create an efficient and low-cost energy storage microgrid solution.

方案兼顾能源转换效率与供电稳定性，实现光伏高效利用、成本优化与供电保障多重目标。

It balances energy conversion efficiency and power supply stability, and achieves multiple goals of efficient PV utilization, cost optimization and power supply guarantee.

Core Features：

– 架构高效节能：采用交直流混合架构，减少能源转换环节，大幅提升能源转换效率，同时优化系统整体成本，降低全周期投入。
– Efficient and energy-saving architecture: Adopts AC-DC hybrid architecture, reduces energy conversion links, greatly improves energy conversion efficiency, and optimizes the overall system cost, reducing life-cycle investment.

– 多模式灵活适配：支持并网、离网模式无缝自动切换，可与柴油发电机联动协同运行，具备黑启动能力，应对各类电网突发情况。

– Flexible adaptation to multiple modes: Supports seamless automatic switching between grid-connected and off-grid modes, can operate in linkage with diesel generators, and has black-start capability to respond to various sudden grid situations.

– 光伏高效利用：光伏富余电量可直接为电池充电，减少能源转换损耗，最大化提升光伏能源利用效率，减少弃电现象。

– Efficient PV utilization: Surplus PV power can directly charge the battery, reducing energy conversion loss, maximizing the utilization efficiency of PV energy, and reducing power curtailment.

Application Scenarios：

– 光伏配置较高、备电时间较长的工商业储能微电网场景（光伏出力充足，需长期保障供电）
– Industrial and commercial energy storage microgrid scenarios with high PV configuration and long backup power time (sufficient PV output, need to ensure long-term power supply)

– 典型场景示例：负载60kW、光伏500kW的工商业项目，采用直流耦合PCS（100kW）+MPPT模块（500kW）方案，相比交流耦合PCS（500kW），在能源效率与系统成本上更具优势。

– Typical scenario example: For an industrial and commercial project with a load of 60kW and PV of 500kW, the scheme of DC-coupled PCS (100kW) + MPPT module (500kW) has more advantages in energy efficiency and system cost compared with AC-coupled PCS (500kW).

Application Value:

– 保障工商业场景供电连续稳定，有效应对电网断电、光伏出力波动等突发情况，提升系统运行可靠性。
– Ensures continuous and stable power supply in industrial and commercial scenarios, effectively responds to sudden situations such as grid power outages and PV output fluctuations, and improves system operation reliability.

– 交直流混合架构减少能源转换损耗，提升能源转换效率，实现节能降耗。

– The AC-DC hybrid architecture reduces energy conversion loss, improves energy conversion efficiency, and realizes energy conservation and consumption reduction.

– 优化系统整体成本，降低设备投入与后期运维成本，提升项目全周期经济效益。

– Optimizes the overall system cost, reduces equipment investment and later operation and maintenance costs, and improves the life-cycle economic benefits of the project.