Working Modes：

针对工商业高用电负荷场景，打造以光伏消纳为核心、储能调控为支撑的能源管理方案。
For industrial and commercial scenarios with high power load, we create an energy management solution centered on PV consumption and supported by energy storage regulation.

方案无需依赖柴油发电机，通过EMS智能调度实现光伏高效利用、用电成本优化与供电弹性提升，适配各类通用工商业场景。

Without relying on diesel generators, it realizes efficient PV utilization, power consumption cost optimization and power supply flexibility improvement through EMS intelligent dispatching, adapting to various general industrial and commercial scenarios.

Core Features：

– 多模式智能运行：响应EMS系统运行指令，灵活切换自发自用、发电优先、负载优先等运行策略，最大化提升光伏能源利用效率。
– Multi-mode intelligent operation: Responds to EMS system operation instructions, flexibly switches between operation strategies such as self-consumption of generated power, power generation priority and load priority, and maximizes the utilization efficiency of PV energy.

– 灵活离网切换：电网突发断电时，系统可手动或自动断开电网连接，快速切换为离网光储模式，持续为负载供电，保障核心用电需求。

– Flexible off-grid switching: In case of sudden grid power outage, the system can manually or automatically disconnect from the grid, quickly switch to off-grid PV-storage mode, and continuously supply power to the load to ensure core power demand.

– 光伏高效吸纳：搭载专业预测算法，精准预判光伏出力、优化能源调度，大幅提升光伏渗透率，减少光伏弃电现象。

– Efficient PV absorption: Equipped with professional prediction algorithms to accurately predict PV output, optimize energy dispatching, greatly improve PV penetration rate, and reduce PV power curtailment.

Application Scenarios：

– 工业园区（集中高用电负荷，光伏铺设条件优越）
– Industrial parks (concentrated high power load with superior PV installation conditions)

– 商业区（写字楼、商铺集中，用电时段相对集中）

– Commercial districts (concentrated office buildings and shops with relatively concentrated power consumption periods)

– 充电站（高功率用电需求，可实现光伏自发自用，降低运营成本）

– Charging stations (high-power power demand, which can realize self-consumption of PV and reduce operation costs)

– 其他高用电负荷、光伏铺设条件良好的通用工商业场景

– Other general industrial and commercial scenarios with high power load and good PV installation conditions

Application Value:

– 高效吸纳光伏能源，提升光伏渗透率，充分利用清洁新能源，践行绿色发展理念。
– Efficiently absorbs PV energy, improves PV penetration rate, makes full use of clean new energy, and practices the concept of green development.

– 无需大规模改造电网即可实现电力扩容，有效缓解工商业用电负荷压力。

– Realizes power expansion without large-scale grid renovation, effectively alleviating the pressure of industrial and commercial power load.

– 依托峰谷电价差实现峰谷套利，进一步降低工商业用电成本，提升经济效益。

– Realizes peak-valley arbitrage relying on the peak-valley electricity price difference, further reducing the power consumption cost of industrial and commercial users and improving economic benefits.

– 通过预测算法优化能源调度，提升系统运行稳定性与能源利用效率。

– Optimizes energy dispatching through prediction algorithms, improving system operation stability and energy utilization efficiency.